public Enumeration getChildrenInfo() {
if (nrNeededParams >= 0) {
return Utils.arrayEnumeration(Utils.arrayConcat(new Object[] {funcOrVal}, getBoundParams()));
} else {
return Utils.oneEnumeration(funcOrVal);
}
}
/**
* Save the downloaded files into the corresponding directories
*
* @deprecated
*/
public synchronized void save() {
synchronized (this) {
synchronized (this.isComplete) {
byte[] data = new byte[0];
for (int i = 0; i < this.nbPieces; i++) {
if (this.pieceList[i] == null) {
} else {
data = Utils.concat(data, this.pieceList[i].data());
}
}
String saveAs = Constants.SAVEPATH;
int offset = 0;
if (this.nbOfFiles > 1) saveAs += this.torrent.saveAs + "/";
for (int i = 0; i < this.nbOfFiles; i++) {
try {
new File(saveAs).mkdirs();
FileOutputStream fos =
new FileOutputStream(saveAs + ((String) (this.torrent.name.get(i))));
fos.write(
Utils.subArray(data, offset, ((Integer) (this.torrent.length.get(i))).intValue()));
fos.flush();
fos.close();
offset += ((Integer) (this.torrent.length.get(i))).intValue();
} catch (IOException ioe) {
ioe.printStackTrace();
System.err.println(
"Error when saving the file " + ((String) (this.torrent.name.get(i))));
}
}
}
}
}
private String getSingleLineOfChildren(final List children) {
final StringBuilder result = new StringBuilder();
final Iterator childrenIt = children.iterator();
boolean isFirst = true;
while (childrenIt.hasNext()) {
final Object child = childrenIt.next();
if (!(child instanceof ContentNode)) {
return null;
} else {
String content = child.toString();
// if first item trims it from left
if (isFirst) {
content = Utils.ltrim(content);
}
// if last item trims it from right
if (!childrenIt.hasNext()) {
content = Utils.rtrim(content);
}
if (content.indexOf('\n') >= 0 || content.indexOf('\r') >= 0) {
return null;
}
result.append(content);
}
isFirst = false;
}
return result.toString();
}
/**
* Takes a packed-stream InputStream, and writes to a JarOutputStream. Internally the entire
* buffer must be read, it may be more efficient to read the packed-stream to a file and pass the
* File object, in the alternate method described below.
*
* <p>Closes its input but not its output. (The output can accumulate more elements.)
*
* @param in an InputStream.
* @param out a JarOutputStream.
* @exception IOException if an error is encountered.
*/
public void unpack(InputStream in0, JarOutputStream out) throws IOException {
assert (Utils.currentInstance.get() == null);
TimeZone tz = (_props.getBoolean(Utils.PACK_DEFAULT_TIMEZONE)) ? null : TimeZone.getDefault();
try {
Utils.currentInstance.set(this);
if (tz != null) TimeZone.setDefault(TimeZone.getTimeZone("UTC"));
final int verbose = _props.getInteger(Utils.DEBUG_VERBOSE);
BufferedInputStream in = new BufferedInputStream(in0);
if (Utils.isJarMagic(Utils.readMagic(in))) {
if (verbose > 0) Utils.log.info("Copying unpacked JAR file...");
Utils.copyJarFile(new JarInputStream(in), out);
} else if (_props.getBoolean(Utils.DEBUG_DISABLE_NATIVE)) {
(new DoUnpack()).run(in, out);
in.close();
Utils.markJarFile(out);
} else {
(new NativeUnpack(this)).run(in, out);
in.close();
Utils.markJarFile(out);
}
} finally {
_nunp = null;
Utils.currentInstance.set(null);
if (tz != null) TimeZone.setDefault(tz);
}
}
public String encoded() {
byte[] raw = Utils.toUtf8(json.toJSONString());
if (compress) {
raw = Utils.compress(raw);
}
return encodeBase64String(raw);
}
/**
* Refresh the new followers, mentions, number of favorites, and retweeters
*
* @return boolean if there was something new
*/
public boolean refreshActivity() {
boolean newActivity = false;
Twitter twitter;
if (!useSecondAccount) {
twitter = Utils.getTwitter(context, settings);
} else {
twitter = Utils.getSecondTwitter(context);
}
if (getMentions(twitter)) {
newActivity = true;
}
if (getFollowers(twitter)) {
newActivity = true;
}
List<Status> myTweets = getMyTweets(twitter);
if (myTweets != null) {
if (getRetweets(twitter, myTweets)) {
newActivity = true;
}
if (getFavorites(myTweets)) {
newActivity = true;
}
}
return newActivity;
}
/**
* Received when a peer request a piece. If the piece is available (which should always be the
* case according to Bittorrent protocol) and we are able and willing to upload, the send the
* piece to the peer
*
* @param peerID String
* @param piece int
* @param begin int
* @param length int
*/
public synchronized void peerRequest(String peerID, int piece, int begin, int length) {
if (this.isPieceComplete(piece)) {
DownloadTask dt = this.task.get(peerID);
if (dt != null) {
dt.ms.addMessageToQueue(
new Message_PP(
PeerProtocol.PIECE,
Utils.concat(
Utils.intToByteArray(piece),
Utils.concat(
Utils.intToByteArray(begin), this.getPieceBlock(piece, begin, length)))));
dt.peer.setULRate(length);
}
dt = null;
this.pu.updateParameters(0, length, "");
} else {
try {
this.task.get(peerID).end();
} catch (Exception e) {
}
this.task.remove(peerID);
this.peerList.remove(peerID);
this.unchoken.remove(peerID);
}
}
public static String composeFilterQuery(String fq, CollectionSchemaInfo info) {
if (Utils.nullOrEmpty(fq)) {
return null;
}
HashMap<String, Set<String>> fqComponents = new HashMap<String, Set<String>>();
for (String fqComponent : fq.split(FACET_FIELD_REQ_DELIM)) {
if (Utils.nullOrEmpty(fqComponent)) continue;
String[] fqComponentArray = fqComponent.split(FACET_VALUES_REQ_DELIM);
String field = fqComponentArray[0];
HashSet<String> values = new HashSet<String>();
for (String value : fqComponentArray[1].split(FACET_VALUE_OPTS_REQ_DELIM)) {
if (info.fieldTypeIsNumber(field)) {
values.add(value);
} else if (info.fieldTypeIsDate(field)) {
values.add(getFQDateString(value));
} else {
values.add(quoteStringIfNotNull(value));
}
}
fqComponents = setFQValues(fqComponents, field, values);
}
return composeFQString(fqComponents);
}
public void draw(BufferedImage buf) {
WritableRaster dst = buf.getRaster();
blit(dst, bg.getRaster(), Coord.z);
alphablit(dst, rmeter(sbars[0].getRaster(), lmax[0], max), mc[0]);
alphablit(
dst, lmeter(sbars[1].getRaster(), lmax[1], max), mc[1].sub(bars[1].getWidth() - 1, 0));
alphablit(
dst, lmeter(sbars[2].getRaster(), lmax[2], max), mc[2].sub(bars[2].getWidth() - 1, 0));
alphablit(dst, rmeter(sbars[3].getRaster(), lmax[3], max), mc[3]);
if (lfood != null) {
double e = foodeff(lfood);
alphablit(dst, rgmeter(lfood, e, 0), mc[0]);
alphablit(dst, lgmeter(lfood, e, 1), mc[1].sub(bars[1].getWidth() - 1, 0));
alphablit(dst, lgmeter(lfood, e, 2), mc[2].sub(bars[1].getWidth() - 1, 0));
alphablit(dst, rgmeter(lfood, e, 3), mc[3]);
}
alphablit(dst, rmeter(bars[0].getRaster(), lev[0], max), mc[0]);
alphablit(dst, lmeter(bars[1].getRaster(), lev[1], max), mc[1].sub(bars[1].getWidth() - 1, 0));
alphablit(dst, lmeter(bars[2].getRaster(), lev[2], max), mc[2].sub(bars[2].getWidth() - 1, 0));
alphablit(dst, rmeter(bars[3].getRaster(), lev[3], max), mc[3]);
StringBuilder tbuf = new StringBuilder();
for (int i = 0; i < 4; i++)
tbuf.append(
String.format(
"%s: %s/%s\n", rnm[i], Utils.fpformat(lev[i], 3, 1), Utils.fpformat(lmax[i], 3, 1)));
tooltip = RichText.render(tbuf.toString(), 0).tex();
}
public static void generateNativeMethodStubs(
AnnotationProcessorEnvironment env,
TypeMap type_map,
PrintWriter writer,
InterfaceDeclaration d,
boolean generate_error_checks,
boolean context_specific) {
for (MethodDeclaration method : d.getMethods()) {
Alternate alt_annotation = method.getAnnotation(Alternate.class);
if (alt_annotation != null && !alt_annotation.nativeAlt()) continue;
generateMethodStub(
env,
type_map,
writer,
Utils.getQualifiedClassName(d),
method,
Mode.NORMAL,
generate_error_checks,
context_specific);
if (Utils.hasMethodBufferObjectParameter(method))
generateMethodStub(
env,
type_map,
writer,
Utils.getQualifiedClassName(d),
method,
Mode.BUFFEROBJECT,
generate_error_checks,
context_specific);
}
}
private static void printJavaNativeStub(
ProcessingEnvironment env,
PrintWriter writer,
ExecutableElement method,
Mode mode,
boolean generate_error_checks,
boolean context_specific) {
if (Utils.isMethodIndirect(generate_error_checks, context_specific, method)) {
writer.print("\tstatic native ");
} else {
Utils.printDocComment(writer, method, env);
writer.print("\tpublic static native ");
}
writer.print(getResultType(method, true));
writer.print(
" " + Utils.getSimpleNativeMethodName(method, generate_error_checks, context_specific));
if (mode == Mode.BUFFEROBJECT) {
writer.print(Utils.BUFFER_OBJECT_METHOD_POSTFIX);
}
writer.print("(");
boolean first_parameter =
generateParametersJava(
writer, method, TypeInfo.getDefaultTypeInfoMap(method), true, true, mode);
if (context_specific) {
if (!first_parameter) {
writer.print(", ");
}
writer.print("long " + Utils.FUNCTION_POINTER_VAR_NAME);
}
writer.println(");");
}
private static void printParameterCaching(
PrintWriter writer,
TypeElement interface_decl,
ExecutableElement method,
Mode mode,
boolean context_specific) {
for (VariableElement param : method.getParameters()) {
Class java_type = Utils.getJavaType(param.asType());
CachedReference cachedReference = param.getAnnotation(CachedReference.class);
if (Buffer.class.isAssignableFrom(java_type)
&& cachedReference != null
&& (mode != Mode.BUFFEROBJECT || param.getAnnotation(BufferObject.class) == null)
&& param.getAnnotation(Result.class) == null) {
writer.print("\t\tif ( LWJGLUtil.CHECKS ) StateTracker.");
if (context_specific) {
writer.print("getReferences(caps).");
} else {
writer.print("getTracker().");
}
if (cachedReference.name().length() > 0) {
writer.print(cachedReference.name());
} else {
writer.print(Utils.getReferenceName(interface_decl, method, param));
}
if (cachedReference.index().length() > 0) {
writer.print("[" + cachedReference.index() + "]");
}
writer.println(" = " + param.getSimpleName() + ";");
}
}
}
public BufferedImage getGridImage() {
if (rendered) return gridImage;
if (!loaded) throw new Loading();
gridImage = TexI.mkbuf(cmaps);
BufferedImage[] texes = new BufferedImage[256];
Coord c = new Coord();
for (c.y = 0; c.y < cmaps.y; c.y++) {
for (c.x = 0; c.x < cmaps.x; c.x++) {
int t = gettile(c);
BufferedImage tex = tileimg(t, texes);
if (tex != null)
gridImage.setRGB(
c.x,
c.y,
tex.getRGB(
Utils.floormod(c.x, tex.getWidth()), Utils.floormod(c.y, tex.getHeight())));
}
}
for (c.y = 1; c.y < cmaps.y - 1; c.y++) {
for (c.x = 1; c.x < cmaps.x - 1; c.x++) {
int t = gettile(c);
if ((gettile(c.add(-1, 0)) > t)
|| (gettile(c.add(1, 0)) > t)
|| (gettile(c.add(0, -1)) > t)
|| (gettile(c.add(0, 1)) > t)) gridImage.setRGB(c.x, c.y, Color.BLACK.getRGB());
}
}
rendered = true;
return gridImage;
}
private void deflate(String tmpDir, String path) {
String tmpFile = "tmp-" + Utils.timestamp() + ".zip";
try {
ZipFile zipFile = new ZipFile(tmpFile);
ZipParameters parameters = new ZipParameters();
parameters.setCompressionMethod(Zip4jConstants.COMP_DEFLATE);
parameters.setCompressionLevel(Zip4jConstants.DEFLATE_LEVEL_NORMAL);
parameters.setIncludeRootFolder(false);
zipFile.addFolder(tmpDir, parameters);
} catch (Exception e) {
e.printStackTrace();
return;
}
File from = null;
File to = null;
try {
File target = new File(path);
if (target.exists()) FileUtils.forceDelete(target);
from = new File(tmpFile);
to = new File(path);
FileUtils.moveFile(from, to);
} catch (IOException e) {
Utils.onError(new Error.FileMove(tmpFile, path));
}
try {
FileUtils.deleteDirectory(new File(tmpDir));
} catch (IOException e) {
Utils.log("can't delete temporary folder");
}
}
protected boolean checkConfig() {
String configPath = System.getProperty(Utils.CONFIGPATH);
if (configPath == null || configPath.equals("")) {
logger.error("config.path not define, example: -Dconfig.path=/opt/path/config.properties");
return false;
}
try {
properties.load(new FileInputStream(configPath));
} catch (IOException e) {
logger.error("config file not exist :{0}", configPath);
return false;
}
logger.debug(Utils.SIMPLETASKPACKAGE + ":" + properties.getProperty(Utils.SIMPLETASKPACKAGE));
if (!Utils.checkConfigValue(properties, Utils.SIMPLETASKPACKAGE)) {
logger.error(
Utils.SIMPLETASKPACKAGE
+ " not define, example: -D"
+ Utils.SIMPLETASKPACKAGE
+ "=cn.huangchaosuper.steps");
return false;
}
logger.debug(Utils.OPENSTEP + ":" + properties.getProperty(Utils.OPENSTEP));
if (!Utils.checkConfigValue(properties, Utils.OPENSTEP, "0")) {
return false;
}
logger.debug(Utils.CLOSESTEP + ":" + properties.getProperty(Utils.CLOSESTEP));
if (!Utils.checkConfigValue(properties, Utils.CLOSESTEP, "9999")) {
return false;
}
return true;
}
public Enumeration getSuccessors() {
Object[] params = getBoundParams();
Object[] succ = params;
if (funcOrVal instanceof Eval) {
succ = Utils.arrayCons(funcOrVal, params);
}
return Utils.arrayEnumeration(succ);
}
protected Tex find(List<ItemInfo> info) {
GItem.NumberInfo ninf = ItemInfo.find(GItem.NumberInfo.class, info);
if (ninf == null) return (null);
return (new TexI(
Utils.outline2(
Text.render(Integer.toString(ninf.itemnum()), Color.WHITE).img,
Utils.contrast(Color.WHITE))));
}
public float getcz(float px, float py) {
float tw = tilesz.x, th = tilesz.y;
Coord ul = new Coord(Utils.floordiv(px, tw), Utils.floordiv(py, th));
float sx = Utils.floormod(px, tw) / tw;
float sy = Utils.floormod(py, th) / th;
return (((1.0f - sy) * (((1.0f - sx) * getz(ul)) + (sx * getz(ul.add(1, 0)))))
+ (sy * (((1.0f - sx) * getz(ul.add(0, 1))) + (sx * getz(ul.add(1, 1))))));
}
private static Color lighter(Color col) {
int hsl[] = new int[3];
Utils.rgb2hsl(col.getRed(), col.getGreen(), col.getBlue(), hsl);
hsl[1] = Math.round(0.7f * hsl[1]);
hsl[2] = 100;
int rgb[] = Utils.hsl2rgb(hsl);
return new Color(rgb[0], rgb[1], rgb[2]);
}
private int printThreadGroup(OutputSink out, ThreadGroupReference tg, int iThread) {
out.println("Group " + tg.name() + ":");
List<ThreadReference> tlist = tg.threads();
int maxId = 0;
int maxName = 0;
for (int i = 0; i < tlist.size(); i++) {
ThreadReference thr = tlist.get(i);
int len = Utils.description(thr).length();
if (len > maxId) {
maxId = len;
}
String name = thr.name();
int iDot = name.lastIndexOf('.');
if (iDot >= 0 && name.length() > iDot) {
name = name.substring(iDot + 1);
}
if (name.length() > maxName) {
maxName = name.length();
}
}
String maxNumString = String.valueOf(iThread + tlist.size());
int maxNumDigits = maxNumString.length();
for (int i = 0; i < tlist.size(); i++) {
ThreadReference thr = tlist.get(i);
char buf[] = new char[80];
for (int j = 0; j < 79; j++) {
buf[j] = ' ';
}
buf[79] = '\0';
StringBuffer sbOut = new StringBuffer();
sbOut.append(buf);
// Right-justify the thread number at start of output string
String numString = String.valueOf(iThread + i + 1);
sbOut.insert(maxNumDigits - numString.length(), numString);
sbOut.insert(maxNumDigits, ".");
int iBuf = maxNumDigits + 2;
sbOut.insert(iBuf, Utils.description(thr));
iBuf += maxId + 1;
String name = thr.name();
int iDot = name.lastIndexOf('.');
if (iDot >= 0 && name.length() > iDot) {
name = name.substring(iDot + 1);
}
sbOut.insert(iBuf, name);
iBuf += maxName + 1;
sbOut.insert(iBuf, Utils.getStatus(thr));
sbOut.setLength(79);
out.println(sbOut.toString());
}
for (ThreadGroupReference tg0 : tg.threadGroups()) {
if (!tg.equals(tg0)) { // TODO ref mgt
iThread += printThreadGroup(out, tg0, iThread + tlist.size());
}
}
return tlist.size();
}
double score(IGMap map, DoubleOrientedPoint p, double[] readings) {
double s = 0;
int angleIndex = initialBeamsSkip;
DoubleOrientedPoint lp = new DoubleOrientedPoint(p.x, p.y, p.theta);
lp.x += Math.cos(p.theta) * laserPose.x - Math.sin(p.theta) * laserPose.y;
lp.y += Math.sin(p.theta) * laserPose.x + Math.cos(p.theta) * laserPose.y;
lp.theta += laserPose.theta;
int skip = 0;
double freeDelta = map.getDelta() * freeCellRatio;
for (int rIndex = initialBeamsSkip; rIndex < readings.length; rIndex++, angleIndex++) {
skip++;
skip = skip > likelihoodSkip ? 0 : skip;
if (skip != 0 || readings[rIndex] > usableRange || readings[rIndex] == 0.0) continue;
DoublePoint phit = new DoublePoint(lp.x, lp.y);
phit.x += readings[rIndex] * Math.cos(Utils.theta(lp.theta + laserAngles[angleIndex]));
phit.y += readings[rIndex] * Math.sin(Utils.theta(lp.theta + laserAngles[angleIndex]));
IntPoint iphit = map.world2map(phit);
DoublePoint pfree = new DoublePoint(lp.x, lp.y);
pfree.x +=
(readings[rIndex] - map.getDelta() * freeDelta)
* Math.cos(Utils.theta(lp.theta + laserAngles[angleIndex]));
pfree.y +=
(readings[rIndex] - map.getDelta() * freeDelta)
* Math.sin(Utils.theta(lp.theta + laserAngles[angleIndex]));
pfree.x = pfree.x - phit.x;
pfree.y = pfree.y - phit.y;
IntPoint ipfree = map.world2map(pfree);
boolean found = false;
DoublePoint bestMu = new DoublePoint(0., 0.);
for (int xx = -kernelSize; xx <= kernelSize; xx++) {
for (int yy = -kernelSize; yy <= kernelSize; yy++) {
IntPoint pr = new IntPoint(iphit.x + xx, iphit.y + yy);
IntPoint pf = new IntPoint(pr.x + ipfree.x, pr.y + ipfree.y);
// int ss = map.getStorage().cellState(pr);
// if ((ss) > 0) {
PointAccumulator cell = (PointAccumulator) map.cell(pr, true);
PointAccumulator fcell = (PointAccumulator) map.cell(pf, true);
if (cell != null && fcell != null) {
if (cell.doubleValue() > fullnessThreshold && fcell.doubleValue() < fullnessThreshold) {
DoublePoint mu = DoublePoint.minus(phit, cell.mean());
if (!found) {
bestMu = mu;
found = true;
} else {
bestMu = DoublePoint.mulD(mu, mu) < DoublePoint.mulD(bestMu, bestMu) ? mu : bestMu;
}
}
}
// }
}
}
if (found) {
s += Math.exp(-1. / (gaussianSigma * DoublePoint.mulD(bestMu, bestMu)));
}
}
return s;
}
private static String getResultType(ExecutableElement method, boolean native_stub) {
if (native_stub && method.getAnnotation(PointerWrapper.class) != null) {
return "long";
} else if (!native_stub && method.getAnnotation(GLreturn.class) != null) {
return Utils.getMethodReturnType(method, method.getAnnotation(GLreturn.class), false);
} else {
return Utils.getJavaType(Utils.getMethodReturnType(method)).getSimpleName();
}
}
/**
* Parses a given list of options.
*
* @param options the list of options as an array of strings
* @exception Exception if an option is not supported
*/
public void setOptions(String[] options) throws Exception {
String optionString = Utils.getOption('A', options);
if (optionString.length() != 0) setAlphaStar(Double.parseDouble(optionString));
optionString = Utils.getOption('S', options);
if (optionString.length() != 0) setSigma(Double.parseDouble(optionString));
optionString = Utils.getOption('R', options);
if (optionString.length() != 0) setR(Double.parseDouble(optionString));
setUseSparseMatrix(Utils.getFlag('M', options));
}
public void actionPerformed(ActionEvent actionevent) {
OResource selectedNode = ((OResourceNode) selectedNodes.get(0).getUserObject()).getResource();
String ns = selectedNode.getONodeID().getNameSpace();
if (gate.creole.ontology.Utils.hasSystemNameSpace(selectedNode.getONodeID().toString())) {
ns = ontology.getDefaultNameSpace();
}
nameSpace.setText(ns);
nameSpace.setText(
ontology.getDefaultNameSpace() == null
? "http://gate.ac.uk/example#"
: ontology.getDefaultNameSpace());
JOptionPane pane =
new JOptionPane(
mainPanel,
JOptionPane.QUESTION_MESSAGE,
JOptionPane.OK_CANCEL_OPTION,
MainFrame.getIcon("ontology-instance")) {
public void selectInitialValue() {
instanceName.requestFocusInWindow();
instanceName.selectAll();
}
};
pane.createDialog(MainFrame.getInstance(), "New Instance").setVisible(true);
Object selectedValue = pane.getValue();
if (selectedValue != null
&& selectedValue instanceof Integer
&& (Integer) selectedValue == JOptionPane.OK_OPTION) {
String s = nameSpace.getText();
if (!Utils.isValidNameSpace(s)) {
JOptionPane.showMessageDialog(
MainFrame.getInstance(),
"Invalid Name Space: " + s + "\nExample: http://gate.ac.uk/example#");
return;
}
if (!Utils.isValidOntologyResourceName(instanceName.getText())) {
JOptionPane.showMessageDialog(
MainFrame.getInstance(), "Invalid Instance: " + instanceName.getText());
return;
}
if (Utils.getOResourceFromMap(ontology, s + instanceName.getText()) != null) {
JOptionPane.showMessageDialog(
MainFrame.getInstance(),
"<html>" + "Resource <b>" + s + instanceName.getText() + "</b> already exists.");
return;
}
for (int i = 0; i < selectedNodes.size(); i++) {
Object obj = ((OResourceNode) selectedNodes.get(i).getUserObject()).getResource();
if (obj instanceof OClass) {
ontology.addOInstance(
ontology.createOURI(nameSpace.getText() + instanceName.getText()), (OClass) obj);
}
}
}
}
public void run() {
try {
InputStream in;
OutputStream out;
try {
in = sk.getInputStream();
out = sk.getOutputStream();
} catch (IOException e) {
throw (new RuntimeException(e));
}
while (true) {
try {
int len = Utils.int32d(read(in, 4), 0);
if (!auth && (len > 256)) return;
Message msg = new MessageBuf(read(in, len));
String cmd = msg.string();
Object[] args = msg.list();
Object[] reply;
if (auth) {
Command cc = commands.get(cmd);
if (cc != null) reply = cc.run(this, args);
else reply = new Object[] {"nocmd"};
} else {
if (cmd.equals("nonce")) {
reply = new Object[] {nonce};
} else if (cmd.equals("auth")) {
if (Arrays.equals((byte[]) args[0], ckey)) {
reply = new Object[] {"ok"};
auth = true;
} else {
reply = new Object[] {"no"};
}
} else {
return;
}
}
MessageBuf rb = new MessageBuf();
rb.addlist(reply);
byte[] rbuf = new byte[4 + rb.size()];
Utils.uint32e(rb.size(), rbuf, 0);
rb.fin(rbuf, 4);
out.write(rbuf);
} catch (IOException e) {
return;
}
}
} catch (InterruptedException e) {
} finally {
try {
sk.close();
} catch (IOException e) {
throw (new RuntimeException(e));
}
}
}
private static void recomputeTrainTestSets(TrainAndTestReport r) { // TODO a nicer way? :)
if (r instanceof TrainAndTestReportCrisp) {
TrainAndTestReportCrisp rep = (TrainAndTestReportCrisp) r;
double[] newFittedValues =
Arrays.copyOfRange(rep.getFittedValues(), 0, rep.getNumTrainingEntries());
double[] newForecastValsTest =
Arrays.copyOfRange(
rep.getFittedValues(), rep.getNumTrainingEntries(), rep.getFittedValues().length);
rep.setFittedValues(newFittedValues);
rep.setForecastValuesTest(newForecastValsTest);
double[] newRealTrain =
Arrays.copyOfRange(rep.getRealOutputsTrain(), 0, rep.getNumTrainingEntries());
double[] newRealTest =
Arrays.copyOfRange(
rep.getRealOutputsTrain(),
rep.getNumTrainingEntries(),
rep.getRealOutputsTrain().length);
rep.setRealOutputsTrain(newRealTrain);
rep.setRealOutputsTest(newRealTest);
rep.setErrorMeasures(
ErrorMeasuresUtils.computeAllErrorMeasuresCrisp(
Utils.arrayToList(newRealTrain),
Utils.arrayToList(newRealTest),
Utils.arrayToList(newFittedValues),
Utils.arrayToList(newForecastValsTest),
0)); // TODO I hope the 0 is not a problem
} else if (r instanceof TrainAndTestReportInterval) {
TrainAndTestReportInterval rep = (TrainAndTestReportInterval) r;
List<Interval> newFittedValues =
new ArrayList<>(rep.getFittedValues().subList(0, rep.getNumTrainingEntries()));
List<Interval> newForecastValsTest =
new ArrayList<>(
rep.getFittedValues()
.subList(rep.getNumTrainingEntries(), rep.getFittedValues().size()));
rep.setFittedValues(newFittedValues);
rep.setForecastValuesTest(newForecastValsTest);
List<Interval> realVals =
Utils.zipLowerUpperToIntervals(rep.getRealValuesLowers(), rep.getRealValuesUppers());
List<Interval> realValsTrain =
new ArrayList<>(realVals.subList(0, rep.getNumTrainingEntries()));
List<Interval> realValsTest =
new ArrayList<>(realVals.subList(rep.getNumTrainingEntries(), realVals.size()));
// TODO somehow add the actual distance and seasonality from params
rep.setErrorMeasures(
ErrorMeasuresUtils.computeAllErrorMeasuresInterval(
realValsTrain,
realValsTest,
newFittedValues,
newForecastValsTest,
new WeightedEuclideanDistance(0.5),
0));
}
}
public Spec(Indir<Resource> res, Message sdt, int num) {
this.res = res;
this.sdt = new MessageBuf(sdt);
if (num >= 0)
this.num =
new TexI(
Utils.outline2(
Text.render(Integer.toString(num), Color.WHITE).img,
Utils.contrast(Color.WHITE)));
else this.num = null;
}
@Override
public double getDouble(int i) {
assert Utils.check(i < size, "bounds check");
assert Utils.check(i >= 0, "bounds check");
if (i < excludeIndex) {
return orig.getDouble(i);
} else {
return orig.getDouble(i + 1);
}
}
@Override
protected <N extends RNode> N replaceChild(RNode oldNode, N newNode) {
assert oldNode != null;
if (callNode == oldNode) {
callNode = newNode;
return adoptInternal(newNode);
}
assert Utils.check(oldNode != callableProvider); // this not must not be rewritten
assert Utils.check(oldNode != xArgProvider);
assert Utils.check(oldNode != yArgProvider);
return super.replaceChild(oldNode, newNode);
}
/*@ helper @*/
public static Boolean inv_R1(final project.Entrytypes.R2 _r2) {
Object obj_2 = _r2.t3;
project.Entrytypes.R4 apply_6 = null;
if (obj_2 instanceof project.Entrytypes.R3) {
apply_6 = Utils.copy(((project.Entrytypes.R3) obj_2).r4);
} else {
throw new RuntimeException("Missing member: r4");
}
return !(Utils.equals(apply_6.x, 1L));
}
