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private fun initResumableMediaRequest( request: GDataRequest, file: MediaFileSource, title: String ) { initMediaRequest(request, title) request.setHeader(GDataProtocol.Header.X_UPLOAD_CONTENT_TYPE, file.getContentType()) request.setHeader( GDataProtocol.Header.X_UPLOAD_CONTENT_LENGTH, file.getContentLength().toString() ) } | Initialize a resumable media upload request . |
fun toShortArray(array: Array<Short>): ShortArray? { val result = ShortArray(array.size) for (i in array.indices) { result[i] = array[i] } return result } | Coverts given shorts array to array of shorts . |
fun createTable(db: SQLiteDatabase, ifNotExists: Boolean) { val constraint = if (ifNotExists) "IF NOT EXISTS " else "" db.execSQL("CREATE TABLE $constraint'SIMPLE_ADDRESS_ITEM' ('_id' INTEGER PRIMARY KEY ,'NAME' TEXT,'ADDRESS' TEXT,'CITY' TEXT,'STATE' TEXT,'PHONE' INTEGER);") } | Creates the underlying database table . |
fun eInverseRemove(otherEnd: InternalEObject?,featureID: Int,msgs: NotificationChain?): NotificationChain? {when (featureID) { UmplePackage.ABSTRACT_METHOD_DECLARATION___METHOD_DECLARATOR_1 -> return (getMethodDeclarator_1() as InternalEList<*>).basicRemove( otherEnd, msgs ) } return super.eInverseRemove(otherEnd, featureID, msgs) } | < ! -- begin-user-doc -- > < ! -- end-user-doc -- > |
protected fun emit_N4SetterDeclaration_SemicolonKeyword_5_q( semanticObject: EObject?, transition: ISynNavigable?, nodes: List<INode?>? ) { acceptNodes(transition, nodes) } | Ambiguous syntax : ' ; ' ? This ambiguous syntax occurs at : body=Block ( ambiguity ) ( rule end ) fpar=FormalParameter ' ) ' ( ambiguity ) ( rule end ) |
private fun updateProgress(progressLabel: String, progress: Int) { if (myHost != null && (progress != previousProgress || progressLabel != previousProgressLabel)) { myHost.updateProgress(progressLabel, progress) } previousProgress = progress previousProgressLabel = progressLabel } | Used to communicate a progress update between a plugin tool and the main Whitebox user interface . |
@Throws(FitsException::class) fun FitsDate(dStr: String?) { if (dStr == null || dStr.isEmpty()) { return } var match: Matcher = FitsDate.NORMAL_REGEX.matcher(dStr) if (match.matches()) { this.year = getInt(match, FitsDate.NEW_FORMAT_YEAR_GROUP) this.month = getInt(match, FitsDate.NEW_FORMAT_MONTH_GROUP) this.mday = getInt(match, FitsDate.NEW_FORMAT_DAY_OF_MONTH_GROUP) this.hour = getInt(match, FitsDate.NEW_FORMAT_HOUR_GROUP) this.minute = getInt(match, FitsDate.NEW_FORMAT_MINUTE_GROUP) this.second = getInt(match, FitsDate.NEW_FORMAT_SECOND_GROUP) this.millisecond = jdk.nashorn.internal.objects.NativeDate.getMilliseconds( match, FitsDate.NEW_FORMAT_MILLISECOND_GROUP ) } else { match = FitsDate.OLD_REGEX.matcher(dStr) if (match.matches()) { this.year = getInt(match, FitsDate.OLD_FORMAT_YEAR_GROUP) + FitsDate.YEAR_OFFSET this.month = getInt(match, FitsDate.OLD_FORMAT_MONTH_GROUP) this.mday = getInt(match, FitsDate.OLD_FORMAT_DAY_OF_MONTH_GROUP) } else { if (dStr.trim { it <= ' ' }.isEmpty()) { return } throw FitsException("Bad FITS date string \"$dStr\"") } } } | Convert a FITS date string to a Java < CODE > Date < /CODE > object . |
fun <T> fromBytes(value: ByteArray?, clazz: Class<T>): T { return try { val input = Input(ByteArrayInputStream(value)) clazz.cast(kryo.get().readClassAndObject(input)) } catch (t: Throwable) { LOG.error("Unable to deserialize because " + t.message, t) throw t } } | Deserialize a profile measurement 's value . The value produced by a Profile definition can be any numeric data type . The data type depends on how the profile is defined by the user . The user should be able to choose the data type that is most suitable for their use case . |
fun SequencesWriter( source: SequenceDataSource?, outputDir: File?, sizeLimit: Long, type: PrereadType?, compressed: Boolean ) { this(source, outputDir, sizeLimit, null, type, compressed, null) } | Creates a writer for processing sequences from provided data source . |
fun allowStyling(): HtmlPolicyBuilder? { allowStyling(CssSchema.DEFAULT) return this } | Convert < code > style= '' & lt ; CSS & gt ; '' < /code > to sanitized CSS which allows color , font-size , type-face , and other styling using the default schema ; but which does not allow content to escape its clipping context . |
private fun PhoneUtil() { throw Error("Do not need instantiate!") } | Do n't let anyone instantiate this class . |
fun unregisterTap(tap: Tap?) { mTaps.remove(tap) } | Remove instrumentation tap |
fun isNavBarTintEnabled(): Boolean { return mNavBarTintEnabled } | Is tinting enabled for the system navigation bar ? |
override fun equals(other: Any?): Boolean { return if (_map.equals(other)) { true } else if (other is Map<*, *>) { val that = other if (that.size != _map.size()) { false } else { val it: Iterator<*> = that.entries.iterator() var i = that.size while (i-- > 0) { val (key1, value) = it.next() as Map.Entry<*, *> val key = key1!! val `val` = value!! if (key is Float) { val k: Float = unwrapKey(key) val v: Any = unwrapValue(`val` as V) if (_map.containsKey(k) && v === _map.get(k)) { } else { return false } } else { return false } } true } } else { false } } | Compares this map with another map for equality of their stored entries . |
private fun declareExtensions() { BlogCommentFeed().declareExtensions(extProfile) BlogFeed().declareExtensions(extProfile) BlogPostFeed().declareExtensions(extProfile) PostCommentFeed().declareExtensions(extProfile) } | Declare the extensions of the feeds for the Blogger service . |
fun eIsSet(featureID: Int): Boolean { when (featureID) { UmplePackage.ANONYMOUS_GEN_EXPR_2__INDEX_1 -> return if (INDEX_1_EDEFAULT == null) index_1 != null else !INDEX_1_EDEFAULT.equals( index_1 ) } return super.eIsSet(featureID) } | < ! -- begin-user-doc -- > < ! -- end-user-doc -- > |
fun sequence(name: String?): ReferenceSequence? { return mReferences.get(name) } | Get the < code > ReferenceSequence < /code > selected by name . |
private fun ChainBuilder(frame: javax.swing.JFrame) { super(java.awt.BorderLayout()) frame = frame THIS = this val customPanel: javax.swing.JPanel = createCustomizationPanel() val presetPanel: javax.swing.JPanel = createPresetPanel() label = javax.swing.JLabel( "Click the \"Begin Generating\" button" + " to begin generating phrases", javax.swing.JLabel.CENTER ) val padding: javax.swing.border.Border = javax.swing.BorderFactory.createEmptyBorder(20, 20, 5, 20) customPanel.setBorder(padding) presetPanel.setBorder(padding) val tabbedPane: javax.swing.JTabbedPane = javax.swing.JTabbedPane() tabbedPane.addTab("Build your own", null, customPanel, customizationPanelDescription) tabbedPane.addTab("Presets", null, presetPanel, presetPanelDescription) add(tabbedPane, java.awt.BorderLayout.CENTER) add(label, java.awt.BorderLayout.PAGE_END) label.setBorder(javax.swing.BorderFactory.createEmptyBorder(10, 10, 10, 10)) } | Creates the GUI shown inside the frame 's content pane . |
override fun toString(): String? { return this.materialPackageBO.toString() } | A method that returns a string representation of a parsed MaterialPackage object |
protected fun VirtualBaseTypeImpl() { super() } | < ! -- begin-user-doc -- > < ! -- end-user-doc -- > |
private fun removeParserNotices(parser: Parser) { if (noticesToHighlights != null) { val h: RSyntaxTextAreaHighlighter = textArea.getHighlighter() as RSyntaxTextAreaHighlighter val i: MutableIterator<*> = noticesToHighlights.entrySet().iterator() while (i.hasNext()) { val (key, value) = i.next() as Map.Entry<*, *> val notice: ParserNotice = key as ParserNotice if (notice.getParser() === parser && value != null) { h.removeParserHighlight(value) i.remove() } } } } | Removes all parser notices ( and clears highlights in the editor ) from a particular parser . |
fun TextLineDecoder(charset: Charset?, delimiter: String?) { this(charset, LineDelimiter(delimiter)) } | Creates a new instance with the spcified < tt > charset < /tt > and the specified < tt > delimiter < /tt > . |
fun resetViewableArea() { throw RuntimeException("resetViewableArea called in PdfDecoderFx") } | NOT PART OF API turns off the viewable area , scaling the page back to original scaling |
private fun postResults() { this.reportTestCase.host.updateSystemInfo(false) this.trState.systemInfo = this.reportTestCase.host.getSystemInfo() val factoryPost: Operation = Operation.createPost(this.remoteTestResultService) .setReferer(this.reportTestCase.host.getReferer()).setBody(this.trState) .setCompletion(null) this.reportTestCase.host.testStart(1) this.reportTestCase.host.sendRequest(factoryPost) try { this.reportTestCase.host.testWait() } catch (throwable: Throwable) { throwable.printStackTrace() } } | Send current test state to a remote server , by creating an instance for this particular run . |
fun clear(iterator: MutableIterator<*>) { checkNotNull(iterator) while (iterator.hasNext()) { iterator.next() iterator.remove() } } | Clears the iterator using its remove method . |
fun isTop(fact: BitSet): Boolean { return fact[topBit] } | Return whether or not given fact is the special TOP value . |
fun eraseMap() { if (MAP_STORE.getMap(MAP_STORE.getSelectedMapName()) == null) { return } for (r in MAP_STORE.getMap(MAP_STORE.getSelectedMapName()).getRoutes()) { eraseRoute(r) } } | Non-destructively erases all displayed content from the map display |
fun doTestTransfer(size: Int) { Thread.setDefaultUncaughtExceptionHandler(this) val start: Long val elapsed: Long val received: Int sendData = createDummyData(size) sendStreamSize = size recvStream = ByteArrayOutputStream(size) start = PseudoTCPBase.now() startClocks() try { connect() } catch (ex: IOException) { fail(ex.getMessage()) } assert_Connected_wait(kConnectTimeoutMs) val transferTout: Long = maxTransferTime(sendData.length, kMinTransferRate) val transfferInTime: Boolean = assert_Disconnected_wait(transferTout) elapsed = PseudoTCPBase.now() - start stopClocks() received = recvStream.size() assertEquals( "Transfer timeout, transferred: " + received + " required: " + sendData.length + " elapsed: " + elapsed + " limit: " + transferTout, true, transfferInTime ) assertEquals(size, received) val recvdArray: ByteArray = recvStream.toByteArray() assertArrayEquals(sendData, recvdArray) logger.log( Level.INFO, "Transferred " + received + " bytes in " + elapsed + " ms (" + size * 8 / elapsed + " Kbps" ) } | Transfers the data of < tt > size < /tt > bytes |
protected fun sequence_SkillFakeDefinition( context: ISerializationContext?, semanticObject: SkillFakeDefinition ) { if (errorAcceptor != null) { if (transientValues.isValueTransient( semanticObject, GamlPackage.Literals.GAML_DEFINITION__NAME ) === ValueTransient.YES ) errorAcceptor.accept( diagnosticProvider.createFeatureValueMissing( semanticObject, GamlPackage.Literals.GAML_DEFINITION__NAME ) ) } val feeder: SequenceFeeder = createSequencerFeeder(context, semanticObject) feeder.accept( grammarAccess.getSkillFakeDefinitionAccess().getNameIDTerminalRuleCall_1_0(), semanticObject.getName() ) feeder.finish() } | Contexts : GamlDefinition returns SkillFakeDefinition SkillFakeDefinition returns SkillFakeDefinition Constraint : name=ID |
fun closeDriver() { if (camera != null) { FlashlightManager.disableFlashlight() camera.release() camera = null } } | Closes the camera driver if still in use . |
@Throws(PageException::class) fun removeSecurityManager(password: sun.security.util.Password?, id: String) { checkWriteAccess() (ConfigImpl.getConfigServer(config, password) as ConfigServerImpl).removeSecurityManager(id) val security: Element = _getRootElement("security") val children: Array<Element> = XMLConfigWebFactory.getChildren(security, "accessor") for (i in children.indices) { if (id == children[i].getAttribute("id")) { security.removeChild(children[i]) } } } | remove security manager matching given id |
fun circle(x: Double, y: Double, r: Double) { require(r >= 0) { "circle radius must be nonnegative" } val xs: Double = scaleX(x) val ys: Double = scaleY(y) val ws: Double = factorX(2 * r) val hs: Double = factorY(2 * r) if (ws <= 1 && hs <= 1) pixel( x, y ) else offscreen.draw(java.awt.geom.Ellipse2D.Double(xs - ws / 2, ys - hs / 2, ws, hs)) draw() } | Draw a circle of radius r , centered on ( x , y ) . |
fun run() { amIActive = true val inputFile: String = args.get(0) if (inputFile.lowercase(Locale.getDefault()).contains(".dep")) { calculateRaster() } else if (inputFile.lowercase(Locale.getDefault()).contains(".shp")) { calculateVector() } else { showFeedback("There was a problem reading the input file.") } } | Used to execute this plugin tool . |
private fun <T> create(cls: Class<T>, qname: QName): T { return Configuration.getBuilderFactory().getBuilder(qname).buildObject(qname) } | Create object using OpenSAML 's builder system . |
fun createHttpConnection(): HttpConnection? { return AndroidHttpConnection() } | Create an HTTP connection |
private fun parseWaveformsFromJsonFile(waveformsFile: File): Map<Int?, FloatArray?>? { var waveformsMap: Map<Int?, FloatArray >? try { waveformsMap = parseJsonFile(waveformsFile) as Map<Int?, FloatArray?>? LOG.info("Loaded waveform images from {}", waveformsFile) } catch (exception: IOException) { waveformsMap = HashMap() LOG.error("Error loading waveform thumbnails: {}", exception.getMessage(), exception) } return waveformsMap } | Loads the waveforms from a saved file formatted in JSON |
fun drawShape(gl: GL2?, s: Shape?, points: Boolean) { if (s is Circle) { RenderUtilities.drawCircle(gl, s as Circle?, points, true) } else if (s is java.awt.Rectangle) { RenderUtilities.drawRectangle(gl, s as java.awt.Rectangle?, points) } else if (s is java.awt.Polygon) { RenderUtilities.drawPolygon(gl, s as java.awt.Polygon?, points) } else if (s is javax.swing.text.Segment) { RenderUtilities.drawLineSegment(gl, s as javax.swing.text.Segment?, points) } else { } } | Draws the given shape . |
@Throws(IOException::class) fun write(writer: Writer) { val map: MutableMap<String, Any> = HashMap() map["vcards"] = vcards map["utils"] = TemplateUtils() map["translucentBg"] = readImage("translucent-bg.png", ImageType.PNG) map["noProfile"] = readImage("no-profile.png", ImageType.PNG) map["ezVCardVersion"] = Ezvcard.VERSION map["ezVCardUrl"] = Ezvcard.URL map["scribeIndex"] = ScribeIndex() try { template.process(map, writer) } catch (e: TemplateException) { throw RuntimeException(e) } writer.flush() } | Writes the HTML document to a writer . |
fun toString(field: String): String? { val buffer = StringBuilder() if (sun.reflect.misc.FieldUtil.getField() != field) { buffer.append(sun.reflect.misc.FieldUtil.getField()) buffer.append(":") } buffer.append(if (includeLower) '[' else '{') buffer.append( if (lowerTerm != null) if ("*" == Term.toString(lowerTerm)) "\\*" else Term.toString( lowerTerm ) else "*" ) buffer.append(" TO ") buffer.append( if (upperTerm != null) if ("*" == Term.toString(upperTerm)) "\\*" else Term.toString( upperTerm ) else "*" ) buffer.append(if (includeUpper) ']' else '}') return buffer.toString() } | Prints a user-readable version of this query . |
@Throws(ReplicatorException::class, InterruptedException::class) fun prepare(context: PluginContext?) { logger.info( "Import tables from " + this.uri.getPath() .toString() + " to the " + this.getDefaultSchema().toString() + " schema" ) tableNames = ArrayList<String>() columnDefinitions = HashMap<String, ArrayList<ColumnSpec>>() parser = CSVParser(',', '"') val importDirectory = File(this.uri.getPath()) if (!importDirectory.exists()) { throw ReplicatorException( "The " + this.uri.getPath().toString() + " directory does not exist" ) } for (f in importDirectory.listFiles()) { if (f.getName().endsWith(".def")) { this.prepareTableDefinition(f) } } if (this.tableNames.size() === 0) { throw ReplicatorException("There are no tables to load") } } | Prepare plug-in for use . This method is assumed to allocate all required resources . It is called before the plug-in performs any operations . |
fun plot(draw: AbstractDrawer) { if (!visible) return draw.setColor(color) draw.setFont(font) draw.setBaseOffset(base_offset) draw.setTextOffset(cornerE, cornerN) draw.setTextAngle(angle) draw.drawText(label, coord) draw.setBaseOffset(null) } | see Text for formatted text output |
fun testShiftRight4() { val aBytes = byteArrayOf(1, -128, 56, 100, -2, -76, 89, 45, 91, 3, -15, 35, 26) val aSign = 1 val number = 45 val rBytes = byteArrayOf(12, 1, -61, 39, -11, -94, -55) val aNumber = BigInteger(aSign, aBytes) val result: BigInteger = aNumber.shiftRight(number) var resBytes = ByteArray(rBytes.size) resBytes = result.toByteArray() for (i in resBytes.indices) { assertTrue(resBytes[i] == rBytes[i]) } assertEquals("incorrect sign", 1, result.signum()) } | shiftRight ( int n ) , n > 32 |
fun fixStatsError(sendCommand: Int) { while (this.affectedRows.length < sendCommand) { this.affectedRows.get(currentStat++) = Statement.EXECUTE_FAILED } } | Add missing information when Exception is thrown . |
@Throws(IOException::class) fun readRawBytes(size: Int): ByteArray? { if (size < 0) { throw InvalidProtocolBufferNanoException.negativeSize() } if (bufferPos + size > currentLimit) { skipRawBytes(currentLimit - bufferPos) throw InvalidProtocolBufferNanoException.truncatedMessage() } return if (size <= bufferSize - bufferPos) { val bytes = ByteArray(size) System.arraycopy(buffer, bufferPos, bytes, 0, size) bufferPos += size bytes } else { throw InvalidProtocolBufferNanoException.truncatedMessage() } } | Read a fixed size of bytes from the input . |
private fun resetToXMLSAXHandler() { this.m_escapeSetting = true } | Reset all of the fields owned by ToXMLSAXHandler class |
fun cuCmplx(r: Float, i: Float): cuComplex? { val res = cuComplex() res.x = r res.y = i return res } | Creates a new complex number consisting of the given real and imaginary part . |
fun make( rawSig: String?, f: sun.reflect.generics.factory.GenericsFactory? ): sun.reflect.generics.repository.MethodRepository? { return sun.reflect.generics.repository.MethodRepository(rawSig, f) } | Static factory method . |
fun add(`object`: T?) { mObjects.add(`object`) notifyItemInserted(getItemCount() - 1) } | Adds the specified object at the end of the array . |
fun compareHardware(hwMap: Map<String?, String>, checkDisk: Boolean): String? { val localMemSizeStr: String = ServerProbe.getInstance().getMemorySize() val localCpuCoreStr: String = ServerProbe.getInstance().getCpuCoreNum() hwMap[PropertyConstants.PROPERTY_KEY_DISK_CAPACITY] if (localMemSizeStr != hwMap[PropertyConstants.PROPERTY_KEY_MEMORY_SIZE]) { log.warn( "Local memory {} is not the same as selected cluster {}", localMemSizeStr, hwMap[PropertyConstants.PROPERTY_KEY_MEMORY_SIZE] ) return String.format( "Local memory {%s} is not the same as selected cluster {%s}", localMemSizeStr, hwMap[PropertyConstants.PROPERTY_KEY_MEMORY_SIZE] ) } if (localCpuCoreStr != hwMap[PropertyConstants.PROPERTY_KEY_CPU_CORE]) { log.warn( "Local CPU core number {} is not the same as selected cluster {}", localCpuCoreStr, hwMap[PropertyConstants.PROPERTY_KEY_CPU_CORE] )return String.format( "Local CPU core number {%s} is not the same as selected cluster {%s}", localCpuCoreStr, hwMap[PropertyConstants.PROPERTY_KEY_CPU_CORE] ) } if (checkDisk && !hasSameDiskInfo( hwMap[PropertyConstants.PROPERTY_KEY_DISK], hwMap[PropertyConstants.PROPERTY_KEY_DISK_CAPACITY] ) ) { log.warn( "Local disk(s) are not the same as selected cluster capacity {}", hwMap[PropertyConstants.PROPERTY_KEY_DISK_CAPACITY] ) return String.format( "Local disk(s) are not the same as selected cluster capacity {%s}", hwMap[PropertyConstants.PROPERTY_KEY_DISK_CAPACITY] ) } return null } | Check local node hardware ( i.e . Memory size , CPU core , Disk Capacity ) are the same as in the input map . |
fun tearDown(bot: SWTWorkbenchBot) { SwtBotUtils.print("Tear Down") bot.resetWorkbench() SwtBotUtils.print("Tear Down ") } | Performs the necessary tear down work for most SWTBot tests . |
private fun handleMessage(data: ByteArray) { val buffer = Buffer() buffer.write(data) val type: Int = buffer.readShort() and 0xffff and APP_MSG_RESPONSE_BIT.inv() if (type == BeanMessageID.SERIAL_DATA.getRawValue()) beanListener.onSerialMessageReceived(buffer.readByteArray()) } else if (type == BeanMessageID.BT_GET_CONFIG.getRawValue()) { returnConfig(buffer) } else if (type == BeanMessageID.CC_TEMP_READ.getRawValue()) { returnTemperature(buffer) } else if (type == BeanMessageID.BL_GET_META.getRawValue()) { returnMetadata(buffer) } else if (type == BeanMessageID.BT_GET_SCRATCH.getRawValue()) { returnScratchData(buffer) } else if (type == BeanMessageID.CC_LED_READ_ALL.getRawValue()) { returnLed(buffer) } else if (type == BeanMessageID.CC_ACCEL_READ.getRawValue()) { returnAcceleration(buffer) } else if (type == BeanMessageID.CC_ACCEL_GET_RANGE.getRawValue()) { returnAccelerometerRange(buffer) } else if (type == BeanMessageID.CC_GET_AR_POWER.getRawValue()) { returnArduinoPowerState(buffer) } else if (type == BeanMessageID.BL_STATUS.getRawValue()) { try { val status: Status = Status.fromPayload(buffer) handleStatus(status) } catch (e: NoEnumFoundException) { Log.e(TAG, "Unable to parse status from buffer: " + buffer.toString()) e.printStackTrace() } } else { var fourDigitHex = Integer.toHexString(type) while (fourDigitHex.length < 4) { fourDigitHex = "0$fourDigitHex" } Log.e(TAG, "Received message of unknown type 0x$fourDigitHex") returnError(BeanError.UNKNOWN_MESSAGE_ID) } } | Handles incoming messages from the Bean and dispatches them to the proper handlers . |
fun <K, V> newEmptyHashMap(iterable: Iterable<*>?): HashMap<K, V>? { return if (iterable is Collection<*>) Maps.newHashMapWithExpectedSize( iterable.size ) else Maps.newHashMap() } | Returns an empty map with expected size matching the iterable size if it 's of type Collection . Otherwise , an empty map with the default size is returned . |
fun calculateScrollY(firstVisiblePosition: Int, visibleItemCount: Int): Int { mFirstVisiblePosition = firstVisiblePosition if (mReferencePosition < 0) { mReferencePosition = mFirstVisiblePosition } if (visibleItemCount > 0) { val c: View = mListView.getListChildAt(0) var scrollY = -c.top mListViewItemHeights.put(firstVisiblePosition, c.measuredHeight) return if (mFirstVisiblePosition >= mReferencePosition) { for (i in mReferencePosition until firstVisiblePosition) { if (mListViewItemHeights.get(i) == null) { mListViewItemHeights.put(i, c.measuredHeight) } scrollY += mListViewItemHeights.get(i) } scrollY } else { for (i in mReferencePosition - 1 downTo firstVisiblePosition) { if (mListViewItemHeights.get(i) == null) { mListViewItemHeights.put(i, c.measuredHeight) } scrollY -= mListViewItemHeights.get(i) } scrollY } } return 0 } | Call from an AbsListView.OnScrollListener to calculate the scrollY ( Here we definite as the distance in pixels compared to the position representing the current date ) . |
fun DynamicRegionFactoryImpl() {} | create an instance of the factory . This is normally only done by DynamicRegionFactory 's static initialization |
fun DViewAsymmetricKeyFields( parent: javax.swing.JDialog?, title: String?, dsaPublicKey: DSAPublicKey ) { super(parent, title, Dialog.ModalityType.DOCUMENT_MODAL) key = dsaPublicKey initFields() } | Creates new DViewAsymmetricKeyFields dialog . |
fun removeAllActions(target: CCNode?) { if (target == null) return val element: HashElement = targets.get(target) if (element != null) { deleteHashElement(element) } else { } } | Removes all actions from a certain target . All the actions that belongs to the target will be removed . |
private fun normalizeName(name: String): String? { var name: String? = name name = name?.trim { it <= ' ' } ?: "" return if (name.isEmpty()) MISSING_NAME else name } | Normalizes a name to something OpenMRS will accept . |
@Throws(QueryNodeException::class) fun build(queryNode: QueryNode): Any? { process(queryNode) return queryNode.getTag(QUERY_TREE_BUILDER_TAGID) } | Builds some kind of object from a query tree . Each node in the query tree is built using an specific builder associated to it . |
fun isEnableLighting(): Boolean { return false } | Returns false . |
protected fun prepare() { val para: Array<ProcessInfoParameter> = getParameter() for (i in para.indices) { val name: String = para[i].getParameterName() if (para[i].getParameter() == null) ; else log.log( Level.SEVERE, "prepare - Unknown Parameter: $name" ) } } | Prepare - e.g. , get Parameters . |
fun fling(velocityX: Int, velocityY: Int) { if (getChildCount() > 0) { val height: Int = getHeight() - getPaddingBottom() - getPaddingTop() val bottom: Int = getChildAt(0).getHeight() val width: Int = getWidth() - getPaddingRight() - getPaddingLeft() val right: Int = getChildAt(0).getWidth() mScroller.fling( getScrollX(), getScrollY(), velocityX, velocityY, 0, right - width, 0, bottom - height ) val movingDown = velocityY > 0 val movingRight = velocityX > 0 var newFocused: View = findFocusableViewInMyBounds( movingRight, mScroller.getFinalX(), movingDown, mScroller.getFinalY(), findFocus() ) if (newFocused == null) { newFocused = this } if (newFocused !== findFocus() && newFocused.requestFocus(if (movingDown) View.FOCUS_DOWN else View.FOCUS_UP)) { mTwoDScrollViewMovedFocus = true mTwoDScrollViewMovedFocus = false } awakenScrollBars(mScroller.getDuration()) invalidate() } } | Fling the scroll view |
protected fun createSocket(): Socket? { return Socket() } | Creates a new unconnected Socket instance . Subclasses may use this method to override the default socket implementation . |
@DSGenerator( tool_name = "Doppelganger", tool_version = "2.0", generated_on = "2013-12-30 12:36:21.616 -0500", hash_original_method = "F5BF0DDF083843E14FDE0C117BAE250E", hash_generated_method = "E1C3BB6772CE07721D8608A1E4D81EE1" ) fun netmaskIntToPrefixLength(netmask: Int): Int { return Integer.bitCount(netmask) } | Convert a IPv4 netmask integer to a prefix length |
fun createWritableChild( x: Int, y: Int, width: Int, height: Int, x0: Int, y0: Int, bandList: IntArray? ): java.awt.image.WritableRaster? { if (x < this.minX) { throw java.awt.image.RasterFormatException("x lies outside the raster") } if (y < this.minY) { throw java.awt.image.RasterFormatException("y lies outside the raster") } if (x + width < x || x + width > this.minX + width) { throw java.awt.image.RasterFormatException("(x + width) is outside of Raster") } if (y + height < y || y + height > this.minY + height) { throw java.awt.image.RasterFormatException("(y + height) is outside of Raster") } val sm: java.awt.image.SampleModel if (bandList != null) sm = sampleModel.createSubsetSampleModel(bandList) else sm = sampleModel val deltaX = x0 - x val deltaY = y0 - y return sun.awt.image.ShortInterleavedRaster( sm, dataBuffer, java.awt.Rectangle(x0, y0, width, height), Point(sampleModelTranslateX + deltaX, sampleModelTranslateY + deltaY), this ) } | Creates a Writable subRaster given a region of the Raster . The x and y coordinates specify the horizontal and vertical offsets from the upper-left corner of this Raster to the upper-left corner of the subRaster . A subset of the bands of the parent Raster may be specified . If this is null , then all the bands are present in the subRaster . A translation to the subRaster may also be specified . Note that the subRaster will reference the same DataBuffers as the parent Raster , but using different offsets . |
private fun isBlockCommented( startLine: Int, endLine: Int, prefixes: Array<String>, document: IDocument ): Boolean { try { for (i in startLine..endLine) { val line: IRegion = document.getLineInformation(i) val text: String = document.get(line.getOffset(), line.getLength()) val found: IntArray = TextUtilities.indexOf(prefixes, text, 0) if (found[0] == -1) return false var s: String = document.get(line.getOffset(), found[0]) s = s.trim { it <= ' ' } if (s.length != 0) return false } return true } catch (x: javax.swing.text.BadLocationException) { } return false } | Determines whether each line is prefixed by one of the prefixes . |
fun eUnset(featureID: Int) { when (featureID) { GamlPackage.PARAMETERS__PARAMS -> { setParams(null as jdk.nashorn.internal.ir.ExpressionList?) return } } super.eUnset(featureID) } | < ! -- begin-user-doc -- > < ! -- end-user-doc -- > |
@JvmStatic fun main(args: Array<String>) { var matrixFilename: String? = null var coordinateFilename: String? = null var externalZonesFilename: String? = null var networkFilename: String? = null var plansFilename: String? = null var populationFraction: Double? = null require(args.size == 6) { "Wrong number of arguments" } matrixFilename = args[0] coordinateFilename = args[1] externalZonesFilename = args[2] networkFilename = args[3] plansFilename = args[4] populationFraction = args[5].toDouble() val list: MutableList<String?> = ArrayList() try { val br: BufferedReader = sun.security.util.IOUtils.getBufferedReader(externalZonesFilename) try { var line: String? = null while (br.readLine().also { line = it } != null) { list.add(line) } } finally { br.close() } } catch (e: FileNotFoundException) { e.printStackTrace() } catch (e: IOException) { e.printStackTrace() } val mdm = MyDemandMatrix() mdm.readLocationCoordinates(coordinateFilename, 2, 0, 1) mdm.parseMatrix(matrixFilename, "Saturn", "Saturn model received for Sanral project") val sc: Scenario = mdm.generateDemand(list, Random(5463), populationFraction, "car") val nr = NetworkReaderMatsimV1(sc.getNetwork()) nr.readFile(networkFilename) val xy = XY2Links(sc.getNetwork(), null) xy.run(sc.getPopulation()) val pw = PopulationWriter(sc.getPopulation(), sc.getNetwork()) pw.write(plansFilename) } | Class to generate plans files from the Saturn OD-matrices provided by Sanral 's modelling consultant , Alan Robinson . |
private fun partition(a: IntArray, left: Int, right: Int): Int { var left = left var right = right val pivot = a[left + (right - left) / 2] while (left <= right) { while (a[left] > pivot) left++ while (a[right] < pivot) right-- if (left <= right) { val temp = a[left] a[left] = a[right] a[right] = temp left++ right-- } } return left } | Choose mid value as pivot Move two pointers Swap and move on Return left pointer |
fun isDone(): Boolean {return one.getHand().empty() || two.getHand().empty() } | Returns true if either hand is empty . |
fun ClassNotFoundException(@Nullable s: String?, @Nullable ex: Throwable) { super(s, null) ex = ex } | Constructs a < code > ClassNotFoundException < /code > with the specified detail message and optional exception that was raised while loading the class . |
fun eIsSet(featureID: Int): Boolean { when (featureID) { BasePackage.DOCUMENTED_ELEMENT__DOCUMENTATION -> return if (DOCUMENTATION_EDEFAULT == null) documentation != null else !DOCUMENTATION_EDEFAULT.equals( documentation ) } return super.eIsSet(featureID) } | < ! -- begin-user-doc -- > < ! -- end-user-doc -- > |
fun drawRangeLine( g2: java.awt.Graphics2D, plot: CategoryPlot, axis: ValueAxis, dataArea: java.awt.geom.Rectangle2D, value: Double, paint: Paint?, stroke: java.awt.Stroke? ) { val range: Range = axis.getRange() if (!range.contains(value)) { return } val adjusted: java.awt.geom.Rectangle2D = java.awt.geom.Rectangle2D.Double( dataArea.getX(), dataArea.getY() + getYOffset(), dataArea.getWidth() - getXOffset(), dataArea.getHeight() - getYOffset() ) var line1: java.awt.geom.Line2D? = null var line2: java.awt.geom.Line2D? = null val orientation: PlotOrientation = plot.getOrientation() if (orientation === PlotOrientation.HORIZONTAL) { val x0: Double = axis.valueToJava2D(value, adjusted, plot.getRangeAxisEdge()) val x1: Double = x0 + getXOffset() val y0: Double = dataArea.getMaxY() val y1: Double = y0 - getYOffset() val y2: Double = dataArea.getMinY() line1 = java.awt.geom.Line2D.Double(x0, y0, x1, y1) line2 = java.awt.geom.Line2D.Double(x1, y1, x1, y2) } else if (orientation === PlotOrientation.VERTICAL) { val y0: Double = axis.valueToJava2D(value, adjusted, plot.getRangeAxisEdge()) val y1: Double = y0 - getYOffset() val x0: Double = dataArea.getMinX() val x1: Double = x0 + getXOffset() val x2: Double = dataArea.getMaxX() line1 = java.awt.geom.Line2D.Double(x0, y0, x1, y1) line2 = java.awt.geom.Line2D.Double(x1, y1, x2, y1) } g2.setPaint(paint) g2.setStroke(stroke) g2.draw(line1) g2.draw(line2) } | Draws a line perpendicular to the range axis . |
fun startFading() { mHandler.removeMessages(MSG_FADE) scheduleFade() } | Start up the pulse to fade the screen , clearing any existing pulse to ensure that we do n't have multiple pulses running at a time . |
@Throws(Exception::class) protected fun createConnection(): Connection? { val factory = ActiveMQConnectionFactory("vm://localhost?broker.persistent=false") return factory.createConnection() } | Creates a connection . |
protected fun drawView( g: java.awt.Graphics2D, r: java.awt.Rectangle, view: View, fontHeight: Int, y: Int ) { var y = y var x: Float = r.x.toFloat() val h: javax.swing.text.LayeredHighlighter = attr.host.getHighlighter() as javax.swing.text.LayeredHighlighter val document: RSyntaxDocument = com.sun.org.apache.xerces.internal.util.DOMUtil.getDocument() as RSyntaxDocument val map: Element = getElement() var p0: Int = view.getStartOffset() val lineNumber: Int = map.getElementIndex(p0) val p1: Int = view.getEndOffset() setSegment(p0, p1 - 1, document, drawSeg) val start: Int = p0 - drawSeg.offset var token: Token = document.getTokenListForLine(lineNumber)if (token != null && token.type === Token.NULL) { h.paintLayeredHighlights(g, p0, p1, r, attr.host, this) return } while (token != null && token.isPaintable()) { val p: Int = calculateBreakPosition(p0, token, x) x = r.x.toFloat() h.paintLayeredHighlights(g, p0, p, r, attr.host, this) while (token != null && token.isPaintable() && token.offset + token.textCount - 1 < p) { x = token.paint(g, x, y, attr.host, this) token = token.getNextToken() } if (token != null && token.isPaintable() && token.offset < p) { val tokenOffset: Int = token.offset var temp: Token? = DefaultToken( drawSeg, tokenOffset - start, p - 1 - start, tokenOffset, token.type ) temp.paint(g, x, y, attr.host, this) temp = null token.makeStartAt(p) } p0 = if (p == p0) p1 else p y += fontHeight } if (attr.host.getEOLMarkersVisible()) { g.setColor(attr.host.getForegroundForTokenType(Token.WHITESPACE)) g.setFont(attr.host.getFontForTokenType(Token.WHITESPACE)) g.drawString("¶", x, (y - fontHeight).toFloat()) } } | Draws a single view ( i.e. , a line of text for a wrapped view ) , wrapping the text onto multiple lines if necessary . |
fun containsKey(key: Any?): Boolean {var key = key if (key == null) {key = NULL_OBJECT}val index: Int = findIndex(key, elementData) return elementData.get(index) === key } | Returns whether this map contains the specified key . |
fun autoCorrectText(): Boolean { return preferences.getBoolean( resources.getString(R.string.key_autocorrect_text), java.lang.Boolean.parseBoolean(resources.getString(R.string.default_autocorrect_text)) ) } | Whether message text should be autocorrected . |
@Throws(Exception::class) protected fun removeNode(id: Int) { val idx: Int var node: FolderTokenDocTreeNode? = null idx = findIndexById(id) if (idx == -1) { throw IeciTdException(FolderBaseError.EC_NOT_FOUND, FolderBaseError.EM_NOT_FOUND) } node = m_nodes.get(idx) as FolderTokenDocTreeNode if (node.isNew()) m_nodes.remove(idx) else node.setEditFlag(FolderEditFlag.REMOVE) } | Elimina de la lista de nodos el nodo con el id especificado |
fun deleteAttributes(columnIndices: IntArray?) { (getModel() as ArffTableModel).deleteAttributes(columnIndices) } | deletes the attributes at the given indices |
fun onSuccess(statusCode: Int, headers: Array<Header?>?, response: JSONObject?) { Log.w( LOG_TAG, "onSuccess(int, Header[], JSONObject) was not overriden, but callback was received" ) } | Returns when request succeeds |
fun lastIndexOfFromTo(element: Byte, from: Int, to: Int): Int {if (size === 0) return -1 checkRangeFromTo(from, to, size) val theElements: ByteArray = elements for (i in to downTo from) { if (element == theElements[i]) { return i } } return -1 } | Returns the index of the last occurrence of the specified element . Returns < code > -1 < /code > if the receiver does not contain this element . Searches beginning at < code > to < /code > , inclusive until < code > from < /code > , inclusive . Tests for identity . |
fun put(key: Long) { if (key == FREE_KEY) { m_hasFreeKey = true return } var ptr = (Tools.phiMix(key) and m_mask) as Int var e: Long = m_data.get(ptr) if (e == FREE_KEY) { m_data.get(ptr) = key if (m_size >= m_threshold) { rehash(m_data.length * 2) } else { ++m_size } return } else if (e == key) { return } while (true) { ptr = (ptr + 1 and m_mask) e = m_data.get(ptr) if (e == FREE_KEY) { m_data.get(ptr) = key if (m_size >= m_threshold) { rehash(m_data.length * 2) } else { ++m_size } return } else if (e == key) { return } } | Add a single element to the map |
@Throws(InstantiationException::class, IllegalAccessException::class, ClassNotFoundException::class ) fun PredictiveInfoCalculatorKraskov(calculatorName: String) { super(calculatorName) if (!calculatorName.equals( MI_CALCULATOR_KRASKOV1, ignoreCase = true ) && !calculatorName.equals(MI_CALCULATOR_KRASKOV2, ignoreCase = true) ) { throw ClassNotFoundException("Must be an underlying Kraskov-Grassberger calculator") } } | Creates a new instance of the Kraskov-Stoegbauer-Grassberger estimator for PI , with the supplied MI calculator name . |
fun DefaultDirectAdjacentSelector(type: Short, parent: Selector?, simple: SimpleSelector?) { super(type, parent, simple) } | Creates a new DefaultDirectAdjacentSelector object . |
@Inline fun postCopy(`object`: com.sun.jdi.ObjectReference?, majorGC: Boolean) { initializeHeader(`object`, false) if (!HEADER_MARK_BITS) { testAndSetLiveBit(`object`) } } | Perform any required post copy ( i.e . in-GC allocation ) initialization . This is relevant ( for example ) when MS is used as the mature space in a copying GC . |
fun parseRulesFile(`is`: InputStream): LinkedHashMap<Pattern, String>? { val rules: LinkedHashMap<Pattern, String> = LinkedHashMap() val br = BufferedReader( sun.security.util.IOUtils.getDecodingReader( `is`, StandardCharsets.UTF_ ) ) var line: String try { var linenum = 0 while (br.readLine().also { line = it } != null) { linenum++ val arr = line.split("#").toTypedArray() if (arr.size > 0) line = arr[0].trim { it <= ' ' } if (line.length == 0) continue val sep = line.indexOf("=") if (sep <= 0) { log.warn("Wrong format of password line $linenum") continue } val pass = line.substring(sep + 1).trim { it <= ' ' } val regex = line.substring(0, sep).trim { it <= ' ' } try { val pattern: Pattern = Pattern.compile(regex) rules[pattern] = pass } catch (pse: PatternSyntaxException) { log.warn("Key of line $linenum was not a valid regex pattern", pse) continue } } `is`.close() } catch (e: IOException) { throw RuntimeException(e) } return rules } | Parses rule file from stream and returns a Map of all rules found |
fun isItemForce(): Boolean {return true } | Returns true . |
fun document(document: InputStream, mediaType: String): Builder? { documentInputStream = document mediaType = mediaType return this } | Sets the document as an input stream and its media type . |
override fun toString(): String { val text = StringBuffer() text.append( """ Print statistic values of instances (${first.toString()}-${last.toString()}= """.trimIndent() ) text.append( """ Number of instances: ${numInstances.toString()} """ ) text.append( """ NUmber of instances with unknowns: ${missingInstances.toString()} """ ) text.append( """ Attribute: :${attr.toString()} """ ) text.append( """ Sum: ${sum.toString()} """ ) text.append( """ Squared sum: ${sqrSum.toString()} """ ) text.append( """ Stanard Deviation: ${sd.toString()} """ ) return text.toString() } | Converts the stats to a string |
private fun scanAndLock(key: Any, hash: Int) { var first: HashEntry<K?, V?> = entryForHash(this, hash) var e: HashEntry<K?, V?> = first var retries = -1 while (!tryLock()) { var f: HashEntry<K?, V?> if (retries < 0) { if (e == null || key == e.key) retries = 0 else e = e.next } else if (++retries > MAX_SCAN_RETRIES) { lock() break } else if (retries and 1 == 0 && entryForHash(this, hash).also { f = it } !== first) { first = f e = first retries = -1 } } } | Scans for a node containing the given key while trying to acquire lock for a remove or replace operation . Upon return , guarantees that lock is held . Note that we must lock even if the key is not found , to ensure sequential consistency of updates . |
fun oldColor(oldColor: Int): IntentBuilder? { mOldColor = oldColor return this } | Sets the old color to show on the bottom `` Cancel '' half circle , and also the initial value for the picked color . The default value is black . |
fun __setDaoSession(daoSession: DaoSession) {daoSession = daoSessionmyDao = if (daoSession != null) daoSession.getUserDBDao() else null } | called by internal mechanisms , do not call yourself . |
fun equals(obj: Any): Boolean { if (obj === this) { return true } if (obj !is TimeTableXYDataset) { return false } val that: TimeTableXYDataset = obj as TimeTableXYDataset if (this.domainIsPointsInTime !== that.domainIsPointsInTime) { return false if (this.xPosition !== that.xPosition) { return false } if (!this.workingCalendar.getTimeZone().equals(that.workingCalendar.getTimeZone())) { return false } return if (!this.values.equals(that.values)) { false } else true } | Tests this dataset for equality with an arbitrary object . |
private fun startContext(crawlJob: CrawlJob) { LOGGER.debug("Starting context") val ac: PathSharingContext = crawlJob.getJobContext() ac.addApplicationListener(this) try { ac.start() } catch (be: BeansException) { LOGGER.warn(be.getMessage()) ac.close() } catch (e: Exception) { LOGGER.warn(e.message) try { ac.close() } catch (e2: Exception) { e2.printStackTrace(System.err) } finally { } } LOGGER.debug("Context started") } | Start the context , catching and reporting any BeansExceptions . |
fun performCancel(): Boolean { CnAElementFactory.getInstance().reloadModelFromDatabase() return true } | Cause update to risk analysis object in loaded model . |
fun isOpaque(): Boolean { checkOpacityMethodClient() return explicitlyOpaque } | Returns whether the background of this < code > BasicPanel < /code > will be painted when it is rendered . |
@Throws(IOException::class, ClassNotFoundException::class) private fun readObject(s: ObjectInputStream) { s.defaultReadObject() } } | Adds semantic checks to the default deserialization method . This method must have the standard signature for a readObject method , and the body of the method must begin with `` s.defaultReadObject ( ) ; '' . Other than that , any semantic checks can be specified and do not need to stay the same from version to version . A readObject method of this form may be added to any class , even if Tetrad sessions were previously saved out using a version of the class that did n't include it . ( That 's what the `` s.defaultReadObject ( ) ; '' is for . See J. Bloch , Effective Java , for help . |
@Throws(Exception::class) fun resetDistribution(data: Instances) { val insts = Instances(data, data.numInstances()) for (i in 0 until data.numInstances()) { if (whichSubset(data.instance(i)) > -1) { insts.add(data.instance(i)) } } val newD = Distribution(insts, this) newD.addInstWithUnknown(data, m_attIndex) m_distribution = newD } | Sets distribution associated with model . |
@Throws(NoSuchFieldException::class) fun <T, R> readStaticField(klass: Class<T>?, fieldName: String?): R { return readAvailableField(klass, null, fieldName) } | Reads the static field with given fieldName in given klass . |
fun extractFactor_Display(laggedFactor: String): String? { val colonIndex = laggedFactor.indexOf(":L") return laggedFactor.substring(0, colonIndex) } | Parses the given string representing a lagged factor and return the part that represents the factor . |
Subsets and Splits