public <P extends AbstractProject<P, B>, B extends AbstractBuild<P, B>> String getContent(
AbstractBuild<P, B> build,
ExtendedEmailPublisher publisher,
EmailType type,
Map<String, ?> args)
throws IOException, InterruptedException {
InputStream inputStream = null;
InputStream templateStream = null;
String scriptName = Args.get(args, SCRIPT_NAME_ARG, DEFAULT_SCRIPT_NAME);
String templateName = Args.get(args, SCRIPT_TEMPLATE_ARG, DEFAULT_TEMPLATE_NAME);
boolean runInit = Args.get(args, SCRIPT_INIT_ARG, DEFAULT_INIT_VALUE);
try {
inputStream = getFileInputStream(scriptName);
// sanity check on template as well
templateStream = getFileInputStream(templateName);
IOUtils.closeQuietly(templateStream);
return renderContent(build, inputStream, scriptName, templateName, runInit);
} catch (FileNotFoundException e) {
String missingScriptError = generateMissingFile(scriptName, templateName);
LOGGER.log(Level.SEVERE, missingScriptError);
return missingScriptError;
} catch (ScriptException e) {
LOGGER.log(Level.SEVERE, null, e);
return "Exception: " + e.getMessage();
} finally {
IOUtils.closeQuietly(inputStream);
}
}
/**
* Adds the configurations for data stores whose entities will be mapped using the engine created
* by this class.
*
* @param dataStores configurations of data stores that will have their entities mapped through
* this engine.
*/
public final void addDataStoreConfigurations(DataStoreConfiguration... dataStores) {
Args.notEmpty(dataStores, "Data stores");
for (DataStoreConfiguration config : dataStores) {
Args.notNull(config, "Data store configuration");
dataStoreConfigurations.add(config);
}
}
/**
* Adds instances of {@link CustomDataStoreFactory} that should be used by uniVocity to read any
* custom {@link DataStoreConfiguration}, provided by the user in the constructor of this class,
* to properly create instances of {@link CustomDataStore}.
*
* @param customFactories the factories that process user-provided data store configurations and
* generate custom data store instances.
*/
public final void addCustomDataStoreFactories(CustomDataStoreFactory<?>... customFactories) {
Args.notEmpty(customFactories, "Custom data store factories");
for (CustomDataStoreFactory<?> customFactory : customFactories) {
Args.notNull(customFactory, "Custom data store factory");
customDataStoreFactories.add(customFactory);
}
}
public static String execute(String[] argsArr) throws IOException {
Args args = new Args(argsArr);
String user = args.get("user");
if (user == null) return "Missing username. Use '--user blahblah'.";
String pass = args.get("pass");
if (pass == null) return "Missing password. Use '--pass blahblah'.";
System.out.println("Logging in as '" + user + "'.....");
SchoolLoop sl = null;
try {
sl = new SchoolLoop(user, pass);
} catch (LoginException e) {
return "Invalid login credentials";
}
System.out.println("Session ID: " + sl.getSessionId());
if (args.getInput().equals("grades")) {
System.out.println();
System.out.format("%4s%24s%12s%12s", "P", "Class", "%", "Grade");
System.out.println("\n----------------------------------------------------");
List<GradeBookEntry> grades = sl.getGrades();
for (GradeBookEntry g : grades) {
System.out.format("%4s%24s%12s%12s", g.period, g.className, g.percent, g.grade);
System.out.println();
}
}
return "";
}
@Test
public void testWindowsPerfmonInputCrud() {
Service service = connect();
InputCollection inputCollection = service.getInputs();
ServiceInfo info = service.getInfo();
if (info.getOsName().equals("Windows")) {
String name = "sdk-input-wp";
Args args = new Args();
if (inputCollection.containsKey(name)) {
inputCollection.remove(name);
inputCollection.refresh();
}
assertFalse(assertRoot + "#57", inputCollection.containsKey(name));
// CRUD Windows Perfmon Input
args.put("interval", 600);
args.put("object", "Server");
inputCollection.create(name, InputKind.WindowsPerfmon, args);
assertTrue(assertRoot + "#58", inputCollection.containsKey(name));
WindowsPerfmonInput windowsPerfmonInput = (WindowsPerfmonInput) inputCollection.get(name);
windowsPerfmonInput.setIndex("main");
windowsPerfmonInput.setCounters("% Privileged Time");
windowsPerfmonInput.setInstances("wininit");
windowsPerfmonInput.setObject("Process");
windowsPerfmonInput.setInterval(1200);
windowsPerfmonInput.update();
assertEquals(assertRoot + "#59", 1, windowsPerfmonInput.getCounters().length);
assertTrue(
assertRoot + "#60", contains(windowsPerfmonInput.getCounters(), "% Privileged Time"));
assertEquals(windowsPerfmonInput.getIndex(), "main");
assertTrue(assertRoot + "#61", contains(windowsPerfmonInput.getInstances(), "wininit"));
assertEquals(assertRoot + "#62", 1200, windowsPerfmonInput.getInterval());
assertEquals(assertRoot + "#63", "Process", windowsPerfmonInput.getObject());
// set multi-series values and update.
windowsPerfmonInput.setCounters(new String[] {"% Privileged Time", "% User Time"});
windowsPerfmonInput.setInstances(new String[] {"smss", "csrss"});
windowsPerfmonInput.update();
assertEquals(assertRoot + "#64", 2, windowsPerfmonInput.getCounters().length);
assertTrue(
assertRoot + "#65", contains(windowsPerfmonInput.getCounters(), "% Privileged Time"));
assertTrue(assertRoot + "#66", contains(windowsPerfmonInput.getCounters(), "% User Time"));
assertEquals(assertRoot + "#67", 2, windowsPerfmonInput.getInstances().length);
assertTrue(assertRoot + "#68", contains(windowsPerfmonInput.getInstances(), "smss"));
assertTrue(assertRoot + "#69", contains(windowsPerfmonInput.getInstances(), "csrss"));
windowsPerfmonInput.remove();
inputCollection.refresh();
assertFalse(assertRoot + "#70", inputCollection.containsKey(name));
}
}
/**
* Converts the specified string to a byte array. If the charset is not supported the default
* system charset is used.
*
* @param data the string to be encoded
* @param charset the desired character encoding
* @return The resulting byte array.
*/
public static byte[] getBytes(final String data, final String charset) {
Args.notNull(data, "Input");
Args.notEmpty(charset, "Charset");
try {
return data.getBytes(charset);
} catch (final UnsupportedEncodingException e) {
return data.getBytes();
}
}
/**
* Converts the byte array of HTTP content characters to a string. If the specified charset is not
* supported, default system encoding is used.
*
* @param data the byte array to be encoded
* @param offset the index of the first byte to encode
* @param length the number of bytes to encode
* @param charset the desired character encoding
* @return The result of the conversion.
*/
public static String getString(
final byte[] data, final int offset, final int length, final String charset) {
Args.notNull(data, "Input");
Args.notEmpty(charset, "Charset");
try {
return new String(data, offset, length, charset);
} catch (final UnsupportedEncodingException e) {
return new String(data, offset, length);
}
}
@Test
public void testWindowsRegistryInputCrud() {
Service service = connect();
InputCollection inputCollection = service.getInputs();
ServiceInfo info = service.getInfo();
if (info.getOsName().equals("Windows")) {
String name = "sdk-input-wr";
Args args = new Args();
if (service.versionCompare("4.3") < 0) return;
if (inputCollection.containsKey(name)) {
inputCollection.remove(name);
inputCollection.refresh();
}
assertFalse(assertRoot + "#71", inputCollection.containsKey(name));
// CRUD Windows Registry Input
args.put("disabled", true);
args.put("baseline", false);
args.put("hive", "HKEY_USERS");
args.put("proc", "*");
args.put("type", "*");
inputCollection.create(name, InputKind.WindowsRegistry, args);
assertTrue(assertRoot + "#72", inputCollection.containsKey(name));
WindowsRegistryInput windowsRegistryInput = (WindowsRegistryInput) inputCollection.get(name);
windowsRegistryInput.setIndex("main");
windowsRegistryInput.setMonitorSubnodes(true);
windowsRegistryInput.update();
assertFalse(assertRoot + "#73", windowsRegistryInput.getBaseline());
assertEquals(assertRoot + "#74", "main", windowsRegistryInput.getIndex());
// adjust a few of the arguments
windowsRegistryInput.setType("create,delete");
windowsRegistryInput.setBaseline(false);
windowsRegistryInput.update();
assertEquals(assertRoot + "#75", "*", windowsRegistryInput.getProc());
assertTrue(assertRoot + "#76", windowsRegistryInput.getType().contains("create"));
assertTrue(assertRoot + "#77", windowsRegistryInput.getType().contains("delete"));
assertFalse(assertRoot + "#78", windowsRegistryInput.getBaseline());
windowsRegistryInput.remove();
inputCollection.refresh();
assertFalse(assertRoot + "#79", inputCollection.containsKey(name));
}
}
public static void evaluateGate(Gate g, Args options) {
// refreshGateAttributes(g);
// simulateREU(g);
evaluateGateONOFFRatio(g);
if (options.is_noise_margin()) {
evaluateGateNoiseMargin(g, options);
}
if (options.is_snr()) {
evaluateGateSNR(g, options);
}
}
/**
* Creates a new engine configuration with the essential configuration required by uniVocity for
* enabling the definition and execution of data mappings.
*
* @param engineName the name of the new engine. The engine name is used to obtain instances of
* {@link DataIntegrationEngine} and manage them using {@link Univocity}
* @param dataStores optional parameter for the configurations of data stores that will have their
* entities mapped through this engine. More dataStores can be added later using {@link
* #addDataStoreConfigurations(DataStoreConfiguration...)}
*/
public EngineConfiguration(String engineName, DataStoreConfiguration... dataStores) {
Args.notBlank(engineName, "Engine name");
this.engineName = engineName;
if (dataStores != null && dataStores.length > 0) {
addDataStoreConfigurations(dataStores);
}
}
/**
* Defines the maximum length of this field. A value of -1 means the length is undefined. Zero is
* not a valid length.
*
* @param length the length of this field.
*/
public void setLength(int length) {
if (length < 0) {
length = -1;
} else {
Args.positive(length, "Field length");
}
this.length = length;
}
/** gate score = smallest noise margin (distance in log(REU) of input REU to margin REU) */
public static void evaluateGateNoiseMargin(Gate g, Args options) {
if (options.is_noise_margin() == false) {
g.get_scores().set_noise_margin_contract(true);
return;
}
if (g.Type == GateType.INPUT || g.Type == GateType.OUTPUT || g.Type == GateType.OUTPUT_OR) {
return;
}
// "x" to value
HashMap<String, Double> lowest_on_reu = GateUtil.getIncomingONlow(g);
HashMap<String, Double> highest_off_reu = GateUtil.getIncomingOFFhigh(g);
ArrayList<Double> all_margins = new ArrayList<Double>();
for (String var : highest_off_reu.keySet()) {
if (g.get_variable_thresholds().get(var) != null) {
// IL is the input-low threshold
Double IL = g.get_variable_thresholds().get(var)[0];
// actual REU
Double log_input_reu = Math.log10(highest_off_reu.get(var));
// NML is the margin/width between the actual REU and the threshold REU
Double NML = Math.log10(IL) - log_input_reu;
all_margins.add(NML);
}
}
for (String var : lowest_on_reu.keySet()) {
if (g.get_variable_thresholds().get(var) != null) {
Double IH = g.get_variable_thresholds().get(var)[1];
Double NMH = Math.log10(lowest_on_reu.get(var)) - Math.log10(IH);
all_margins.add(NMH);
}
}
if (all_margins.isEmpty()) {
g.get_scores().set_noise_margin(0.0);
g.get_scores().set_noise_margin_contract(true);
} else {
Collections.sort(all_margins);
g.get_scores().set_noise_margin(all_margins.get(0));
if (all_margins.get(0) < 0) {
g.get_scores().set_noise_margin_contract(false);
} else {
g.get_scores().set_noise_margin_contract(true);
}
}
}
@Test
public void testScriptInputCrud() {
Service service = connect();
InputCollection inputCollection = service.getInputs();
ServiceInfo info = service.getInfo();
// CRUD Script input
String filename;
if (info.getOsName().equals("Windows")) filename = "echo.bat";
else filename = "echo.sh";
Args args = new Args();
args.clear();
args.put("interval", "60");
if (inputCollection.get(filename) != null) {
inputCollection.remove(filename);
}
inputCollection.create(filename, InputKind.Script, args);
assertTrue(assertRoot + "#11", inputCollection.containsKey(filename));
ScriptInput scriptInput = (ScriptInput) inputCollection.get(filename);
scriptInput.setHost("three.four.com");
scriptInput.setIndex("main");
scriptInput.setInterval("120");
if (service.versionCompare("4.2.4") >= 0) {
scriptInput.setPassAuth("admin");
}
scriptInput.setRenameSource("renamedSource");
scriptInput.setSource("source");
scriptInput.setSourcetype("script");
scriptInput.update();
assertEquals(assertRoot + "#12", "three.four.com", scriptInput.getHost());
assertEquals(assertRoot + "#13", "main", scriptInput.getIndex());
assertEquals(assertRoot + "#14", "120", scriptInput.getInterval());
if (service.versionCompare("4.2.4") >= 0) {
assertEquals(assertRoot + "#15", "admin", scriptInput.getPassAuth());
}
assertEquals(assertRoot + "#16", "renamedSource", scriptInput.getSource());
assertEquals(assertRoot + "#17", "script", scriptInput.getSourceType());
scriptInput.remove();
inputCollection.refresh();
assertFalse(assertRoot + "#18", inputCollection.containsKey(filename));
}
/**
* The function evaluateCircuit calls other evaluate functions based on the circuit_score chose by
* user.
*
* <p>-circuit_score onoff_ratio score = log(ON/OFF), where ON is the lowest ON in the truthtable,
* and OFF is the highest off in the truthtable
*
* <p>-circuit_score noise_margin noise margin is computed from input REU distance from low margin
* (if low) or high margin (if high) score = average noise margin of all logic gates used for
* NOR/NOT only, and cannot be used if there are input gates and no logic gates
*
* <p>-circuit_score histogram score = 1 - overlap penalty, where overlap is from the worst pair
* among ONs and OFFs in the truthtable
*
* <p>Circuit is evaluated by evaluating each gate, so the same function calls appear but with a
* Gate parameter instead of LogicCircuit parameter
*/
public static void evaluateCircuit(LogicCircuit lc, GateLibrary gate_library, Args options) {
refreshGateAttributes(lc, gate_library);
// if sequential
if (options.get_circuit_type() == DNACompiler.CircuitType.sequential) {
SequentialHelper.setInitialREUs(lc, gate_library);
HashMap<String, ArrayList<ArrayList<Double>>> track_reus = new HashMap<>();
for (Gate g : lc.get_Gates()) {
track_reus.put(g.Name, new ArrayList<ArrayList<Double>>());
ArrayList<Double> copy_reus = new ArrayList<Double>(g.get_outreus());
track_reus.get(g.Name).add(copy_reus);
track_reus.get(g.Name).add(copy_reus);
}
boolean converges = SequentialHelper.convergeREUs(lc, gate_library, options, track_reus);
if (!converges) {
lc.get_scores().set_onoff_ratio(0.0);
lc.get_scores().set_noise_margin_contract(false);
return;
}
}
// if combinational
else if (options.get_circuit_type() == DNACompiler.CircuitType.combinational) {
simulateREU(lc, gate_library, options);
}
evaluateCircuitONOFFRatio(lc);
if (options.is_noise_margin()) {
evaluateCircuitNoiseMargin(lc, options);
}
if (options.is_snr()) {
evaluateCircuitSNR(lc, options);
}
}
public static AttributeAppender prepend(final String attributeName, final IModel<?> value) {
Args.notEmpty((CharSequence) attributeName, "attributeName");
return new AttributeAppender(attributeName, value) {
private static final long serialVersionUID = 1L;
protected String newValue(final String currentValue, final String replacementValue) {
return super.newValue(replacementValue, currentValue);
}
}.setSeparator(" ");
}
/**
* histogram
*
* <p>Histogram overlap score worst-case = 0.0 and best-case = 1.0
*/
public static void evaluateCircuitHistogramOverlap(
LogicCircuit lc, GateLibrary gate_library, Args options) { // output gate _score (average)
refreshGateAttributes(lc, gate_library);
// if sequential
if (options.get_circuit_type() == DNACompiler.CircuitType.sequential) {
// set initial
SequentialHelper.setInitialHistogramREUs(lc, gate_library);
// track
HashMap<String, ArrayList<ArrayList<double[]>>> track_reus = new HashMap<>();
for (Gate g : lc.get_Gates()) {
track_reus.put(g.Name, new ArrayList<ArrayList<double[]>>());
ArrayList<double[]> copy_hist_reus = new ArrayList<double[]>(g.get_histogram_reus());
track_reus.get(g.Name).add(copy_hist_reus);
track_reus.get(g.Name).add(copy_hist_reus); // looks for i-1
}
// converge
SequentialHelper.convergeHistogramREUs(lc, gate_library, options, track_reus);
}
// if combinational
else if (options.get_circuit_type() == DNACompiler.CircuitType.combinational) {
Evaluate.simulateHistogramREU(lc, gate_library, options);
}
double worst_out = Double.MAX_VALUE;
for (int out = 0; out < lc.get_output_gates().size(); ++out) {
Gate output = lc.get_output_gates().get(out);
evaluateGateHistogramOverlap(output);
if (output.get_scores().get_conv_overlap() < worst_out) {
worst_out = output.get_scores().get_conv_overlap();
}
}
lc.get_scores().set_conv_overlap(worst_out);
}
protected JobOutput executeJellyfishCount(Args args, String ecqName, File outputDir, Library lib)
throws ProcessExecutionException, InterruptedException, ConanParameterException, IOException {
String suffix = "jellyfish_" + ecqName + "_" + lib.getName() + ".jf31";
// Create the process
JellyfishCountV11 jellyfishProcess =
this.makeJellyfishCount(
this.makeInputStringFromLib(lib),
new File(new File(outputDir, ecqName), suffix).getAbsolutePath(),
args.getOrganism(),
args.getThreadsPerProcess());
File outputFile = jellyfishProcess.getArgs().getOutputFile();
// Create a job name
String jobName = args.getJobPrefix() + "-count-" + suffix;
// Start jellyfish
final ExecutionResult id =
this.conanExecutorService.executeProcess(
jellyfishProcess,
new File(outputDir, ecqName),
jobName,
args.getThreadsPerProcess(),
args.getMemoryPerProcess(),
args.isRunParallel());
id.setName("count-" + suffix);
return new JobOutput(id, outputFile);
}
protected JobOutput executeJellyfishMerger(
Args args, String ecqName, Set<File> fileSet, File outputDir)
throws InterruptedException, ProcessExecutionException, ConanParameterException, IOException {
String suffix = "jellyfish_" + ecqName + "_all.jf31_0";
String jobName = args.getJobPrefix() + "-merge-" + suffix;
List<File> files = new ArrayList<>();
files.addAll(fileSet);
File outputFile = new File(outputDir, suffix);
JellyfishMergeV11 jellyfishMerge =
this.makeJellyfishMerge(files, outputFile, args.getOrganism());
ExecutionResult id =
this.conanExecutorService.executeProcess(
jellyfishMerge,
args.getOutputDir(),
jobName,
args.getThreadsPerProcess(),
args.getMemoryPerProcess(),
args.isRunParallel());
id.setName("merge-" + suffix);
return new JobOutput(id, outputFile);
}
@Test
public void onCrafted() {
Player mockPlayer = mock(Player.class);
when(mockPlayer.getGameMode()).thenReturn(GameMode.SURVIVAL);
Args a = ArgBuilder.create().player(mockPlayer).build().processArgs();
// Test valid game mode
flag.addGameMode(GameMode.SURVIVAL);
flag.onCrafted(a);
assertFalse(a.hasReasons());
// Test invalid game mode
flag.clearGameModes();
flag.addGameMode(GameMode.CREATIVE);
flag.onCrafted(a);
assertTrue(a.hasReasons());
// Test Args with no player
a = ArgBuilder.create().build();
flag.onCrafted(a);
assertTrue(a.hasReasons());
}
public void installApplicationFromTestData(String applicationName) {
String collectionName = "sdk-app-collection";
if (!service.getApplications().containsKey("sdk-app-collection")) {
throw new TestDataNotInstalledException();
}
String splunkHome = service.getSettings().getSplunkHome();
// This is the filename separator sequence for splunkd, not
// the Splunk SDK. Therefore we can't just use File.separator here.
String separator;
if (splunkHome.contains("/") && splunkHome.contains("\\")) {
// Windows - allows mixed paths
separator = "\\";
} else if (splunkHome.contains("/")) {
// Unix or Mac OS X
separator = "/";
} else if (splunkHome.contains("\\")) {
// Windows
separator = "\\";
} else {
throw new RuntimeException(
"Couldn't determine what the path separator was " + "for splunkd.");
}
String[] pathComponents = {
splunkHome, "etc", "apps", collectionName, "build", applicationName + ".tar"
};
String appPath = Util.join(separator, pathComponents);
Args args = new Args();
args.put("name", appPath);
args.put("update", "1");
service.post("apps/appinstall", args);
installedApps.add(applicationName);
}
@Test
public void testWindowsEventLogInputCrud() {
Service service = connect();
InputCollection inputCollection = service.getInputs();
ServiceInfo info = service.getInfo();
if (info.getOsName().equals("Windows")) {
String name = "sdk-input-wel";
Args args = new Args();
if (inputCollection.containsKey(name)) {
inputCollection.remove(name);
inputCollection.refresh();
}
assertFalse(assertRoot + "#52", inputCollection.containsKey(name));
// CRUD Windows Event Log Input
args.put("lookup_host", "127.0.0.1");
inputCollection.create(name, InputKind.WindowsEventLog, args);
assertTrue(assertRoot + "#53", inputCollection.containsKey(name));
WindowsEventLogInput windowsEventLogInput = (WindowsEventLogInput) inputCollection.get(name);
windowsEventLogInput.setIndex("main");
windowsEventLogInput.setLookupHost("127.0.0.1");
windowsEventLogInput.setHosts("one.two.three,four.five.six");
windowsEventLogInput.update();
assertEquals(assertRoot + "#54", "127.0.0.1", windowsEventLogInput.getLookupHost());
assertEquals(
assertRoot + "#55", "one.two.three,four.five.six", windowsEventLogInput.getHosts());
assertEquals(assertRoot + "#55", "main", windowsEventLogInput.getIndex());
windowsEventLogInput.remove();
inputCollection.refresh();
assertFalse(assertRoot + "#56", inputCollection.containsKey(name));
}
}
@Override
public List<Shape<V>> caseBuiltin(Builtin builtin, Args<V> arg) {
if (Debug) System.out.println("inside ShapePropgator, builtin fn is " + builtin);
if (Debug) System.out.println("the number of output variables is " + arg.getNargout());
if (builtin instanceof HasShapePropagationInfo) {
// call shape prop tool
ShapePropTool<V> shapePropTool = new ShapePropTool<V>();
@SuppressWarnings({"unchecked"})
List<Shape<V>> result =
shapePropTool.matchByValues(
((HasShapePropagationInfo<V>) builtin).getShapePropagationInfo(), arg);
return result;
}
throw new UnsupportedOperationException();
}
/** noise_margin */
public static void evaluateCircuitNoiseMargin(LogicCircuit lc, Args options) {
// initialize to true. circuit will fail if any gate fails.
lc.get_scores().set_noise_margin_contract(true);
if (options.is_noise_margin() == false) {
return;
}
double sum_noise_margin = 0.0;
double min_noise_margin = 999.0;
for (Gate g : lc.get_logic_gates()) {
// 'options' are passed in to read the _noise_margin boolean
evaluateGateNoiseMargin(g, options);
if (g.get_scores().get_noise_margin() < min_noise_margin) {
min_noise_margin = g.get_scores().get_noise_margin();
}
// g.get_noise_margin() returns the min of the NML and NMH values (noise margin low, noise
// margin high)
sum_noise_margin += g.get_scores().get_noise_margin();
// sum_noise_margin += g.get_scores().get_noise_margin() * g.get_distance_to_input();
/** if one gate fails, the whole circuit fails threshold analysis */
if (g.get_scores().is_noise_margin_contract() == false) {
lc.get_scores().set_noise_margin_contract(false);
// lc.get_scores().set_noise_margin(0.0);
lc.get_scores().set_noise_margin(min_noise_margin);
break;
}
}
// noise margin value is not being used.
// noise margin is only used as a pass/fail filter, not a score term.
if (lc.get_scores().is_noise_margin_contract() == true) {
// lc.get_scores().set_noise_margin(sum_noise_margin / lc.get_logic_gates().size());
lc.get_scores().set_noise_margin(sum_noise_margin);
}
}
public <P extends AbstractProject<P, B>, B extends AbstractBuild<P, B>> String getContent(
AbstractBuild<P, B> build,
ExtendedEmailPublisher publisher,
EmailType emailType,
Map<String, ?> args) {
StringBuffer buffer = new StringBuffer();
// getLog() chokes and dies if called with a number <= 0.
int maxLines = Math.max(Args.get(args, MAX_LINES_ARG_NAME, MAX_LINES_DEFAULT_VALUE), 1);
try {
List<String> lines = build.getLog(maxLines);
for (String line : lines) {
// TODO: show file links the same way as MailSender
buffer.append(line);
buffer.append('\n');
}
} catch (IOException ex) {
LOGGER.log(Level.SEVERE, null, ex);
}
return buffer.toString();
}
@Override
protected void onCrafted(Args a) {
if (!a.hasLocation()) {
a.addCustomReason("Needs location!");
return;
}
for (Customization c : spawn) {
if (c.pet || c.target || (c.saddle && c.mount)) {
if (!a.hasPlayer()) {
a.addCustomReason("Needs player!");
return;
}
break;
}
}
Location l = a.location();
if (l.getX() == l.getBlockX()) {
l.add(0.5, 1.5, 0.5);
}
List<LivingEntity> toMount = null;
for (Customization c : spawn) {
if (c.chance < 100.0f && c.chance < (RecipeManager.random.nextFloat() * 100)) {
continue;
}
List<LivingEntity> spawned = c.spawn(l, a.player());
if (toMount != null) {
for (int i = 0; i < Math.min(spawned.size(), toMount.size()); i++) {
spawned.get(i).setPassenger(toMount.get(i));
}
}
toMount = c.mountNext ? spawned : null;
}
}
public ShapePropMatch<V> match(
boolean isPatternSide, ShapePropMatch<V> previousMatchResult, Args<V> argValues, int num) {
if (isPatternSide == true) {
// for matching a vertcat expression, this step should be similar to Uppercase matching, to
// exam whether equals!
if (previousMatchResult.getIsInsideVertcat() == true) {
if (Debug) System.out.println("a lowercase inside vertcat!");
if (Debug) System.out.println(previousMatchResult.getNumInVertcat());
Value<V> argument = argValues.get(previousMatchResult.getHowManyMatched());
// get its shape information
Shape<V> argumentShape = ((HasShape<V>) argument).getShape();
if (Debug) System.out.println("argument shape is " + argumentShape);
if (previousMatchResult.getAllLowercase().containsKey(s)) {
try {
if ((previousMatchResult.getValueOfVariable(s).getValue()
== argumentShape
.getDimensions()
.get(previousMatchResult.getNumInVertcat())
.getValue())
== false) {
if (Debug) System.out.println("two lowercase value not equal, throw error shape!");
if (Debug) System.out.println("MATLAB syntax error!");
previousMatchResult.setIsError(true);
HashMap<String, DimValue> lowercase = new HashMap<String, DimValue>();
lowercase.put(s, new DimValue());
ShapePropMatch<V> match = new ShapePropMatch<V>(previousMatchResult, lowercase, null);
match.saveLatestMatchedLowercase(s);
return match;
}
HashMap<String, DimValue> lowercase = new HashMap<String, DimValue>();
lowercase.put(
s,
new DimValue(
argumentShape
.getDimensions()
.get(previousMatchResult.getNumInVertcat())
.getValue(),
null));
ShapePropMatch<V> match = new ShapePropMatch<V>(previousMatchResult, lowercase, null);
if (Debug) System.out.println(match.getAllLowercase());
match.setNumInVertcat(previousMatchResult.getNumInVertcat() + 1);
return match;
} catch (Exception e) {
}
// means one of them, the previous matched lowercase or current number in the argument, is
// null
if (Debug) System.out.println("there is null information in dimensions!");
previousMatchResult.setIsError(true);
return previousMatchResult;
}
HashMap<String, DimValue> lowercase = new HashMap<String, DimValue>();
if (argumentShape.getDimensions().get(previousMatchResult.getNumInVertcat()) == null) {
lowercase.put(s, new DimValue());
ShapePropMatch<V> match = new ShapePropMatch<V>(previousMatchResult, lowercase, null);
if (Debug) System.out.println(match.getAllLowercase());
match.setNumInVertcat(previousMatchResult.getNumInVertcat() + 1);
return match;
} else {
lowercase.put(
s,
new DimValue(
argumentShape
.getDimensions()
.get(previousMatchResult.getNumInVertcat())
.getValue(),
null));
ShapePropMatch<V> match = new ShapePropMatch<V>(previousMatchResult, lowercase, null);
if (Debug) System.out.println(match.getAllLowercase());
match.setNumInVertcat(previousMatchResult.getNumInVertcat() + 1);
return match;
}
}
// for assign a lowercase's value to an ArrayIndex
if (previousMatchResult.getIsArrayIndexAssignRight() == true) {
if (Debug)
System.out.println("trying to assign the value of " + s.toString() + " to an array!");
List<DimValue> dimensions =
previousMatchResult
.getShapeOfVariable(previousMatchResult.getLatestMatchedUppercase())
.getDimensions();
if (previousMatchResult.getWhetherLatestMatchedIsNum() == true) {
if (Debug)
System.out.println(
"inside assigning a lowercase's value to array with num index!"); // i.e. M(2)=n;
// deal with the case that index overflow
if ((dimensions.size() - 1) < (previousMatchResult.getLatestMatchedNumber() - 1)) {
if (Debug)
System.out.println(
"index overflow "
+ dimensions.size()
+ " "
+ previousMatchResult.getLatestMatchedNumber());
if (Debug) System.out.println("dimension should not be changed!");
previousMatchResult.setArrayIndexAssignRight(false);
return previousMatchResult;
}
dimensions.remove((previousMatchResult.getLatestMatchedNumber() - 1));
if (previousMatchResult.hasValue(s)) {
dimensions.add(
(previousMatchResult.getLatestMatchedNumber() - 1),
previousMatchResult.getValueOfVariable(s));
} else {
dimensions.add((previousMatchResult.getLatestMatchedNumber() - 1), new DimValue());
}
} else {
if (Debug)
System.out.println(
"inside assigning a lowercase's value to array with lowercase index!"); // i.e.
// M(n)=m;
if (Debug)
System.out.println(
"inside assigning a num to array with lowercase index!"); // i.e. M(n)=2;
// deal with the case that index overflow
if ((dimensions.size() - 1)
< (previousMatchResult
.getValueOfVariable(previousMatchResult.getLatestMatchedLowercase())
.getValue()
- 1)) {
if (Debug)
System.out.println(
"index overflow "
+ dimensions.size()
+ " "
+ previousMatchResult.getValueOfVariable(
previousMatchResult.getLatestMatchedLowercase()));
if (Debug) System.out.println("dimension should not be changed!");
previousMatchResult.setArrayIndexAssignRight(false);
return previousMatchResult;
}
dimensions.remove(
previousMatchResult
.getValueOfVariable(previousMatchResult.getLatestMatchedLowercase())
.getValue()
- 1);
dimensions.add(
previousMatchResult
.getValueOfVariable(previousMatchResult.getLatestMatchedLowercase())
.getValue()
- 1,
previousMatchResult.getValueOfVariable(s));
}
if (Debug) System.out.println("new dimension is " + dimensions);
if (Debug)
System.out.println(
"shape of "
+ previousMatchResult.getLatestMatchedUppercase()
+ " is "
+ previousMatchResult.getShapeOfVariable(
previousMatchResult.getLatestMatchedUppercase()));
HashMap<String, Shape<V>> uppercase = new HashMap<String, Shape<V>>();
uppercase.put(
previousMatchResult.getLatestMatchedUppercase(),
new ShapeFactory<V>().newShapeFromDimValues(dimensions));
if (Debug) System.out.println(uppercase);
ShapePropMatch<V> match = new ShapePropMatch<V>(previousMatchResult, null, uppercase);
match.setArrayIndexAssignRight(false);
return match;
}
if (previousMatchResult.getAllLowercase().containsKey(s)) {
if (Debug) System.out.println(s + " is contained in the hashmap!");
previousMatchResult.saveLatestMatchedLowercase(s);
return previousMatchResult;
}
// for store some information in a lowercase
HashMap<String, DimValue> lowercase = new HashMap<String, DimValue>();
lowercase.put(s, new DimValue());
ShapePropMatch<V> match = new ShapePropMatch<V>(previousMatchResult, lowercase, null);
match.saveLatestMatchedLowercase(s);
if (Debug)
System.out.println(
"inside SPLowercase "
+ match.getLatestMatchedLowercase()
+ ", vertcat expression now: "
+ match.getOutputVertcatExpr());
return match;
} else {
previousMatchResult.addToVertcatExpr(previousMatchResult.getValueOfVariable(s));
return previousMatchResult;
}
}
public CryptoMapper(final IRequestMapper wrappedMapper, final IProvider<ICrypt> cryptProvider) {
super();
this.wrappedMapper = (IRequestMapper) Args.notNull((Object) wrappedMapper, "wrappedMapper");
this.cryptProvider = (IProvider<ICrypt>) Args.notNull((Object) cryptProvider, "cryptProvider");
}
/**
* Converts the specified string to byte array of ASCII characters.
*
* @param data the string to be encoded
* @return The string as a byte array.
*/
public static byte[] getAsciiBytes(final String data) {
Args.notNull(data, "Input");
return data.getBytes(Consts.ASCII);
}
void doTest(String name) throws Exception {
Method m = tests.get(name);
Method m_check = tests.get(name + "_check");
Class[] paramTypes = m.getParameterTypes();
Object[] params = new Object[paramTypes.length];
Class retType = m.getReturnType();
boolean isIntArray =
(retType.isPrimitive() && !retType.equals(Void.TYPE))
|| (retType.equals(Void.TYPE) && paramTypes[0].getComponentType().isPrimitive())
|| (retType.isArray() && retType.getComponentType().isPrimitive());
Args args = m.getAnnotation(Args.class);
Object src = null;
switch (args.src()) {
case SMALL:
{
if (isIntArray) {
src = small_int_src;
} else {
src = small_a_src;
}
break;
}
case LARGE:
{
if (isIntArray) {
src = large_int_src;
} else {
src = large_a_src;
}
break;
}
case ZERO:
{
if (isIntArray) {
src = zero_int_src;
} else {
src = zero_a_src;
}
break;
}
}
for (int i = 0; i < 20000; i++) {
boolean failure = false;
int p = 0;
if (params.length > 0) {
if (isIntArray) {
params[0] = ((int[]) src).clone();
} else {
params[0] = ((A[]) src).clone();
}
p++;
}
if (params.length > 1) {
switch (args.dst()) {
case NEW:
{
if (isIntArray) {
params[1] = new int[((int[]) params[0]).length];
} else {
params[1] = new A[((A[]) params[0]).length];
}
p++;
break;
}
case SRC:
{
params[1] = params[0];
p++;
break;
}
case NONE:
break;
}
}
for (int j = 0; j < args.extra_args().length; j++) {
params[p + j] = args.extra_args()[j];
}
Object res = m.invoke(null, params);
if (retType.isPrimitive() && !retType.equals(Void.TYPE)) {
int s = (int) res;
int sum = 0;
int[] int_res = (int[]) src;
for (int j = 0; j < int_res.length; j++) {
sum += int_res[j];
}
failure = (s != sum);
if (failure) {
System.out.println("Test " + name + " failed: result = " + s + " != " + sum);
}
} else {
Object dest = null;
if (!retType.equals(Void.TYPE)) {
dest = res;
} else {
dest = params[1];
}
if (m_check != null) {
failure = (boolean) m_check.invoke(null, new Object[] {src, dest});
} else {
if (isIntArray) {
int[] int_res = (int[]) src;
int[] int_dest = (int[]) dest;
for (int j = 0; j < int_res.length; j++) {
if (int_res[j] != int_dest[j]) {
System.out.println(
"Test "
+ name
+ " failed for "
+ j
+ " src["
+ j
+ "]="
+ int_res[j]
+ ", dest["
+ j
+ "]="
+ int_dest[j]);
failure = true;
}
}
} else {
Object[] object_res = (Object[]) src;
Object[] object_dest = (Object[]) dest;
for (int j = 0; j < object_res.length; j++) {
if (object_res[j] != object_dest[j]) {
System.out.println(
"Test "
+ name
+ " failed for "
+ j
+ " src["
+ j
+ "]="
+ object_res[j]
+ ", dest["
+ j
+ "]="
+ object_dest[j]);
failure = true;
}
}
}
}
}
if (failure) {
success = false;
break;
}
}
}
/**
* Creates a new user entity from a username, password, array of roles, and additional arguments.
* Usernames must be unique on the system, and are used by the user to log in to Splunk.
*
* @param name The username for the new user entity.
* @param password The password for the new user entity.
* @param roles Array of roles to assign to the new user entity.
* @param args A map of additional arguments for the new user entity.
* @return The new user entity.
*/
public User create(String name, String password, String[] roles, Map args) {
args = Args.create(args);
args.put("password", password);
args.put("roles", roles);
return create(name.toLowerCase(), args);
}