// Method to open a file for sequential read-only.
private void openFile() {
// Define local primitive(s).
String contents = new String();
// If a file is open, prompt to save the file before dismissing content
// and reference.
if (!file.toString().equals("")) {
// Close the existing file.
closeFile();
} // End of if file not null or not equal to a zero String.
// Open a file.
fileName = FileIO.findFile(this);
// If a file name is returned.
if (fileName != null) {
// Read file.
contents = FileIO.openFile(this, fileName);
// Verify that the JTextAreaPanel is empty.
if (sender.isTextAreaEmpty()) {
// Set JTextAreaPanel.
sender.setText(contents);
} // End of if JTextAreaPanel is empty.
else {
// Reset JTextAreaPanel by replacing the range.
sender.replaceRange(contents, 0, sender.getText().length());
} // End of else JTextAreaPanel is not empty.
// Set file open flag to true.
fileOpen = true;
} // End of if a fileName is selected.
} // End of openFile method.
/**
* Prints vector map
*
* @param iTaskID Task ID
* @param iTotalTasks Total number of tasks
*/
private void printVectorMapPartial(String sDirection, int iTaskID, int iTotalTasks) {
// fitting model
sdm1.mdl1.fitModel(sdm1.arg1.sResponse, sdm1.arg1.rgsPredictors);
sdm1.mdl1.loadCoefficients();
// outputting maps
for (int i = 0; i < sdm1.arg1.lstTimes.size(); i++) {
// loading predictions
sdm1.prd1.loadPartialMap(i, iTaskID, iTotalTasks);
// outputting predictions
if (i == 0) {
FileIO.writeFile(
((SDMPrediction_BetaDiversity) sdm1.prd1).lstMapX,
sdm1.arg1.sDirOutput
+ "/BetaDiversity_VectorX_"
+ sdm1.arg1.sResponse
+ "_"
+ iTaskID
+ ".csv",
0,
false);
FileIO.writeFile(
((SDMPrediction_BetaDiversity) sdm1.prd1).lstMapY,
sdm1.arg1.sDirOutput
+ "/BetaDiversity_VectorY_"
+ sdm1.arg1.sResponse
+ "_"
+ iTaskID
+ ".csv",
0,
false);
} else {
FileIO.writeFile(
((SDMPrediction_BetaDiversity) sdm1.prd1).lstMapX,
sdm1.arg1.sDirOutput
+ "/BetaDiversity_VectorX_"
+ sdm1.arg1.sResponse
+ "_"
+ iTaskID
+ ".csv",
0,
true);
FileIO.writeFile(
((SDMPrediction_BetaDiversity) sdm1.prd1).lstMapY,
sdm1.arg1.sDirOutput
+ "/BetaDiversity_VectorY_"
+ sdm1.arg1.sResponse
+ "_"
+ iTaskID
+ ".csv",
0,
true);
}
}
}
// This method starts from the ButtonListener class but ends up in the Ballot class, updating the
// file of each Ballot
public void updateBallots() {
FileIO nullFile =
new FileIO(); // need to create this just to gain access to the filename of the ballots file
FileIO ballotFile = new FileIO(nullFile.getBallotsFileName());
ArrayList<Ballot> ballots = ballotFile.createBallots();
for (Ballot ballot : ballots) {
ballot.updateFile();
}
}
@Test
public void testReadFile() throws Exception {
// good file
ArrayList<String> result = FileIO.readFile("inputs/input1.txt");
Assert.assertEquals(3, result.size());
Assert.assertEquals(result.get(0), "A1=5");
Assert.assertEquals(result.get(1), "B45=A1+4");
Assert.assertEquals(result.get(2), "G700=4");
// file not exists
Assert.assertNull(FileIO.readFile("abcabc"));
}
// Initialize the buttons ArrayList because there the program messes up if the voter doesn't vote
// for anything, the buttons array
// will be null.
public void initializeButtons() {
FileIO nullFile =
new FileIO(); // need to create this just to gain access to the filename of the ballots file
FileIO ballotFile = new FileIO(nullFile.getBallotsFileName());
_ballots = ballotFile.createBallots();
buttons = new ArrayList<JToggleButton>();
for (Ballot ballot : _ballots) {
JToggleButton[] ballotButtons = ballot.getButtons();
for (int i = 0; i < ballotButtons.length; i++) {
buttons.add(ballotButtons[i]);
}
}
}
// Grab the number of buttons from all of the ballots in the program.
// This will define the votes array, which stores all of the true and false values...
// as to whether the button is really selected or not (because button.isSelected() won't work for
// me for some reason).
public void setVotesLength() {
FileIO nullFile =
new FileIO(); // need to create this just to gain access to the filename of the ballots file
FileIO ballotsFile = new FileIO(nullFile.getBallotsFileName());
ArrayList<Ballot> throwAwayList = ballotsFile.createBallots();
int numButtons = 0;
for (Ballot ballot : throwAwayList) {
numButtons += ballot.getNumButtons();
}
votes = new boolean[numButtons];
}
/**
* Print the student solution
*
* @param studs The studly students assigned to their study groups
*/
private void printStudentSolution(ArrayList<Student> studs) {
System.out.println("Solution Format: 3");
System.out.println("Objective Function: " + Objective.getDescription());
System.out.println("Class Info: " + fileIO.getClassDesc());
System.out.println("Student Info: " + fileIO.getStudentDesc());
System.out.println("Number of students: " + studs.size());
for (Student s : studs) {
System.out.println(s.getEmail());
System.out.println(s.getGroupAssignment().getTime());
System.out.println(s.getGroupAssignment().getTAEmail());
}
System.out.println("Solution cost: " + solutionCost);
}
/**
* A method that spawns an ILDS object and calls its solve method. If other algorithms were used,
* this would be a good place to call their solve methods.
*/
public void solve() {
/* Create a depth first search instance */
ILDS dfs = new ILDS(students, fileIO.getGroupTimes());
if (timeout != 0) {
Thread thread =
new Thread() {
public void run() {
Timer timer = new Timer();
timer.schedule(
new TimerTask() {
@Override
public void run() {
dfs.end();
}
},
timeout);
}
};
thread.start();
}
/* Solve and print the solution */
dfs.solve();
solutionCost = dfs.getSolutionCost();
printStudentSolution(dfs.getSolution());
}
private static String getResourceFileContent(final String filename) {
try (final InputStream inputStream = getJarResourceStream(filename)) {
return inputStream != null ? FileIO.toStr(inputStream) : "";
} catch (final IOException ex) {
System.err.println(filename + " : " + ex.getMessage());
return "";
}
}
/**
* process the sample by checking it against each existing invariant and issuing an error if any
* invariant is falsified or weakened.
*/
public void process_sample(PptMap all_ppts, PptTopLevel ppt, ValueTuple vt, Integer nonce) {
this.all_ppts = all_ppts;
debug.fine("processing sample from: " + ppt.name);
// Add orig and derived variables
FileIO.add_orig_variables(ppt, vt.vals, vt.mods, nonce);
FileIO.add_derived_variables(ppt, vt.vals, vt.mods);
// Intern the sample
vt = new ValueTuple(vt.vals, vt.mods);
// If this is an enter point, just remember it for later
if (ppt.ppt_name.isEnterPoint()) {
Assert.assertTrue(nonce != null);
if (dir_file != null) {
// Yoav: I had to do a hack to handle the case that several dtrace files are concatenated
// together,
// and Sung's dtrace files have unterminated calls, and when concatenating two files you
// can have the same nonce.
// So I have to remove the nonce found from the call_map
call_map.remove(nonce);
} else Assert.assertTrue(call_map.get(nonce) == null);
call_map.put(nonce, new EnterCall(ppt, vt));
debug.fine("Skipping enter sample");
return;
}
// If this is an exit point, process the saved enter point
if (ppt.ppt_name.isExitPoint()) {
Assert.assertTrue(nonce != null);
EnterCall ec = call_map.get(nonce);
if (ec != null) {
call_map.remove(nonce);
debug.fine("Processing enter sample from " + ec.ppt.name);
add(ec.ppt, ec.vt);
} else { // didn't find the enter
if (!quiet)
System.out.printf("couldn't find enter for nonce %d at ppt %s\n", nonce, ppt.name());
return;
}
}
add(ppt, vt);
}
@Test
public void stubOutFileCreationWithStaticPartialMocking(
@Mocked({"(String)", "(OutputStream, String)"}) FileWriter fileWriter,
@Mocked("close") BufferedWriter bufferedWriter)
throws Exception {
fileIO.writeToFile(FILE_NAME);
assertExpectedFileIO();
}
/**
* This does the work of main, but it never calls System.exit, so it is appropriate to be called
* progrmmatically. Termination of the program with a message to the user is indicated by throwing
* Daikon.TerminationMessage.
*
* @see #main(String[])
* @see daikon.Daikon.TerminationMessage
*/
public static void mainHelper(final String[] args)
throws FileNotFoundException, IOException, ClassNotFoundException {
daikon.LogHelper.setupLogs(daikon.LogHelper.INFO);
LongOpt[] longopts =
new LongOpt[] {
new LongOpt(Daikon.suppress_redundant_SWITCH, LongOpt.NO_ARGUMENT, null, 0),
new LongOpt(Daikon.config_option_SWITCH, LongOpt.REQUIRED_ARGUMENT, null, 0),
new LongOpt(Daikon.debugAll_SWITCH, LongOpt.NO_ARGUMENT, null, 0),
new LongOpt(Daikon.debug_SWITCH, LongOpt.REQUIRED_ARGUMENT, null, 0),
};
Getopt g = new Getopt("daikon.ExtractConsequent", args, "h", longopts);
int c;
while ((c = g.getopt()) != -1) {
switch (c) {
case 0:
// got a long option
String option_name = longopts[g.getLongind()].getName();
if (Daikon.help_SWITCH.equals(option_name)) {
System.out.println(usage);
throw new Daikon.TerminationMessage();
} else if (Daikon.suppress_redundant_SWITCH.equals(option_name)) {
Daikon.suppress_redundant_invariants_with_simplify = true;
} else if (Daikon.config_option_SWITCH.equals(option_name)) {
String item = Daikon.getOptarg(g);
daikon.config.Configuration.getInstance().apply(item);
break;
} else if (Daikon.debugAll_SWITCH.equals(option_name)) {
Global.debugAll = true;
} else if (Daikon.debug_SWITCH.equals(option_name)) {
LogHelper.setLevel(Daikon.getOptarg(g), LogHelper.FINE);
} else {
throw new RuntimeException("Unknown long option received: " + option_name);
}
break;
case 'h':
System.out.println(usage);
throw new Daikon.TerminationMessage();
case '?':
break; // getopt() already printed an error
default:
System.out.println("getopt() returned " + c);
break;
}
}
// The index of the first non-option argument -- the name of the file
int fileIndex = g.getOptind();
if (args.length - fileIndex != 1) {
throw new Daikon.TerminationMessage("Wrong number of arguments." + Daikon.lineSep + usage);
}
String filename = args[fileIndex];
PptMap ppts =
FileIO.read_serialized_pptmap(
new File(filename), true // use saved config
);
extract_consequent(ppts);
}
/**
* ファイルからオブジェクトを読み込む。
*
* @param path - データファイルのパス
* @return ファイルから読み込まれたオブジェクト
* @throws MineException データの読み込みに失敗した。
*/
public static Object read(String path) throws MineException {
try (XMLDecoder in = new XMLDecoder(FileIO.getInputStream(path))) {
Object obj = in.readObject();
if (obj != null) {
return obj;
} else {
throw new MineException("Failed to read Beans.");
}
}
}
// -------------------------------------------------------------------
public static void report() {
String str = new String();
str += "current time: " + counter++ + "\n";
str += reportNetworkState();
str += reportDetails();
str += "###\n";
System.out.println(str);
FileIO.append(str, FILENAME);
}
/**
* Creates a valuetuple for the receiver using the vt of the original. The method copies over
* the values of variables shared by both program points and sets the rest of the variables in
* the receiver's valuetuple as missing. Also, adds the orig and derived variables to the
* receiver and returns the newly created valuetuple.
*/
private static ValueTuple copySample(
PptTopLevel receiver, PptTopLevel original, ValueTuple vt, int nonce) {
// Make the vt for the receiver ppt
// Object values[] = new Object[receiver.num_tracevars];
// int mods[] = new int[receiver.num_tracevars];
Object values[] = new Object[receiver.var_infos.length - receiver.num_static_constant_vars];
int mods[] = new int[receiver.var_infos.length - receiver.num_static_constant_vars];
// Build the vt for the receiver ppt by looking through the current
// vt and filling in the gaps.
int k = 0;
for (Iterator<VarInfo> i = receiver.var_info_iterator(); i.hasNext(); ) {
VarInfo var = i.next();
if (var.is_static_constant) continue;
boolean found = false;
for (Iterator<VarInfo> j = original.var_info_iterator(); j.hasNext(); ) {
VarInfo var2 = j.next();
if (var.name().equals(var2.name())) {
values[k] = vt.getValueOrNull(var2);
mods[k] = vt.getModified(var2);
found = true;
break;
}
}
if (!found) {
values[k] = null;
mods[k] = 2;
}
k++;
}
ValueTuple receiver_vt = new ValueTuple(values, mods);
FileIO.add_orig_variables(receiver, receiver_vt.vals, receiver_vt.mods, nonce);
FileIO.add_derived_variables(receiver, receiver_vt.vals, receiver_vt.mods);
return receiver_vt;
}
// Update the true/false value of every button in the program, and set every value to its
// respective position in the votes array
public void updateButtons(String text) {
FileIO nullFile =
new FileIO(); // need to create this just to gain access to the filename of the ballots file
FileIO ballotFile = new FileIO(nullFile.getBallotsFileName());
_ballots = ballotFile.createBallots();
buttons = new ArrayList<JToggleButton>();
for (Ballot ballot : _ballots) {
JToggleButton[] ballotButtons = ballot.getButtons();
for (int i = 0; i < ballotButtons.length; i++) {
buttons.add(ballotButtons[i]);
}
}
int numButtons = 0;
for (Ballot ballot : _ballots) {
numButtons += ballot.getButtons().length;
}
for (int i = 0; i < numButtons; i++) {
if (buttons.get(i).getText().equals(text)) {
votes[i] = true;
}
}
}
public Phase(String jsonString) {
try {
JSONObject jObj = FileIO.parseJSONString(jsonString);
type = jObj.get("CycleType").toString();
start = Integer.parseInt(jObj.get("CycleStart").toString());
end = Integer.parseInt(jObj.get("CycleEnd").toString());
} catch (ClassCastException ce) {
System.err.format("Malformed JSON: %s%n", ce);
} catch (NullPointerException ne) {
type = "error";
start = -1;
end = -1;
}
}
// Method to saveAsFile().
private void saveAsFile() {
// Set a file.
fileName = FileIO.nameFile(this);
// If a file name is selected.
if (fileName != null) {
// Try block to throw a custom exception.
try {
// Save file.
FileIO.saveFile(this, fileName, sender.getText());
} // End of try to get message.
catch (BufferEmptyException e) // Catch InvalidFileReference.
{
// Capture the stack trace into a String.
setExceptionString(e.fillInStackTrace());
// Pass message to the JOptionPane manager.
setExceptionPane(
"There is nothing in the sender panel to write.\n\n"
+ "Do you want to see the stack trace?");
} // End of catch on BufferEmptyException.
} // End of if a fileName is selected.
} // End of saveAsFile() method.
@Test
public void stubOutFileCreationWithMockUps() throws Exception {
new MockUp<FileWriter>() {
@Mock
void $init(String s) {}
};
new MockUp<OutputStreamWriter>() {
@Mock
void $init(OutputStream out, String s) {}
};
new MockUp<BufferedWriter>() {
@Mock
void close() {}
};
fileIO.writeToFile(FILE_NAME);
assertExpectedFileIO();
}
public static void main(String[] args) {
Outlet<Integer> outlet = null;
Outlet<Integer> outlet1 = null;
Outlet<Integer> outlet2 = null;
Inlet<Integer> inlet = null;
Inlet<Integer> inlet1 = null;
Inlet<Integer> inlet2 = null;
Flow<Integer, Integer, BoxedUnit> flow = Flow.of(Integer.class);
Flow<Integer, Integer, BoxedUnit> flow1 = Flow.of(Integer.class);
Flow<Integer, Integer, BoxedUnit> flow2 = Flow.of(Integer.class);
Promise<Option<Integer>> promise = null;
{
Graph<SourceShape<Integer>, BoxedUnit> graphSource = null;
Graph<SinkShape<Integer>, BoxedUnit> graphSink = null;
Graph<FlowShape<Integer, Integer>, BoxedUnit> graphFlow = null;
// #flow-wrap
Source<Integer, BoxedUnit> source = Source.fromGraph(graphSource);
Sink<Integer, BoxedUnit> sink = Sink.fromGraph(graphSink);
Flow<Integer, Integer, BoxedUnit> aflow = Flow.fromGraph(graphFlow);
Flow.fromSinkAndSource(Sink.<Integer>head(), Source.single(0));
Flow.fromSinkAndSourceMat(Sink.<Integer>head(), Source.single(0), Keep.left());
// #flow-wrap
Graph<BidiShape<Integer, Integer, Integer, Integer>, BoxedUnit> bidiGraph = null;
// #bidi-wrap
BidiFlow<Integer, Integer, Integer, Integer, BoxedUnit> bidiFlow =
BidiFlow.fromGraph(bidiGraph);
BidiFlow.fromFlows(flow1, flow2);
BidiFlow.fromFlowsMat(flow1, flow2, Keep.both());
// #bidi-wrap
}
{
// #graph-create
GraphDSL.create(
builder -> {
// ...
return ClosedShape.getInstance();
});
GraphDSL.create(
builder -> {
// ...
return new FlowShape<>(inlet, outlet);
});
// #graph-create
}
{
// #graph-create-2
GraphDSL.create(
builder -> {
// ...
return SourceShape.of(outlet);
});
GraphDSL.create(
builder -> {
// ...
return SinkShape.of(inlet);
});
GraphDSL.create(
builder -> {
// ...
return FlowShape.of(inlet, outlet);
});
GraphDSL.create(
builder -> {
// ...
return BidiShape.of(inlet1, outlet1, inlet2, outlet2);
});
// #graph-create-2
}
{
// #graph-builder
GraphDSL.create(
builder -> {
builder.from(outlet).toInlet(inlet);
builder.from(outlet).via(builder.add(flow)).toInlet(inlet);
builder.from(builder.add(Source.single(0))).to(builder.add(Sink.head()));
// ...
return ClosedShape.getInstance();
});
// #graph-builder
}
// #source-creators
Source<Integer, Promise<Option<Integer>>> src = Source.<Integer>maybe();
// Complete the promise with an empty option to emulate the old lazyEmpty
promise.trySuccess(scala.Option.empty());
final Source<String, Cancellable> ticks =
Source.tick(
FiniteDuration.create(0, TimeUnit.MILLISECONDS),
FiniteDuration.create(200, TimeUnit.MILLISECONDS),
"tick");
final Source<Integer, BoxedUnit> pubSource =
Source.fromPublisher(TestPublisher.<Integer>manualProbe(true, sys));
final Source<Integer, BoxedUnit> futSource = Source.fromFuture(Futures.successful(42));
final Source<Integer, Subscriber<Integer>> subSource = Source.<Integer>asSubscriber();
// #source-creators
// #sink-creators
final Sink<Integer, BoxedUnit> subSink =
Sink.fromSubscriber(TestSubscriber.<Integer>manualProbe(sys));
// #sink-creators
// #sink-as-publisher
final Sink<Integer, Publisher<Integer>> pubSink = Sink.<Integer>asPublisher(false);
final Sink<Integer, Publisher<Integer>> pubSinkFanout = Sink.<Integer>asPublisher(true);
// #sink-as-publisher
// #empty-flow
Flow<Integer, Integer, BoxedUnit> emptyFlow = Flow.<Integer>create();
// or
Flow<Integer, Integer, BoxedUnit> emptyFlow2 = Flow.of(Integer.class);
// #empty-flow
// #flatMapConcat
Flow.<Source<Integer, BoxedUnit>>create()
.<Integer, BoxedUnit>flatMapConcat(
new Function<Source<Integer, BoxedUnit>, Source<Integer, BoxedUnit>>() {
@Override
public Source<Integer, BoxedUnit> apply(Source<Integer, BoxedUnit> param)
throws Exception {
return param;
}
});
// #flatMapConcat
Uri uri = null;
// #raw-query
final akka.japi.Option<String> theRawQueryString = uri.rawQueryString();
// #raw-query
// #query-param
final akka.japi.Option<String> aQueryParam = uri.query().get("a");
// #query-param
// #file-source-sink
final Source<ByteString, Future<Long>> fileSrc = FileIO.fromFile(new File("."));
final Source<ByteString, Future<Long>> otherFileSrc = FileIO.fromFile(new File("."), 1024);
final Sink<ByteString, Future<Long>> fileSink = FileIO.toFile(new File("."));
// #file-source-sink
// #input-output-stream-source-sink
final Source<ByteString, Future<java.lang.Long>> inputStreamSrc =
StreamConverters.fromInputStream(
new Creator<InputStream>() {
public InputStream create() {
return new SomeInputStream();
}
});
final Source<ByteString, Future<java.lang.Long>> otherInputStreamSrc =
StreamConverters.fromInputStream(
new Creator<InputStream>() {
public InputStream create() {
return new SomeInputStream();
}
},
1024);
final Sink<ByteString, Future<java.lang.Long>> outputStreamSink =
StreamConverters.fromOutputStream(
new Creator<OutputStream>() {
public OutputStream create() {
return new SomeOutputStream();
}
});
// #input-output-stream-source-sink
// #output-input-stream-source-sink
final FiniteDuration timeout = FiniteDuration.Zero();
final Source<ByteString, OutputStream> outputStreamSrc = StreamConverters.asOutputStream();
final Source<ByteString, OutputStream> otherOutputStreamSrc =
StreamConverters.asOutputStream(timeout);
final Sink<ByteString, InputStream> someInputStreamSink = StreamConverters.asInputStream();
final Sink<ByteString, InputStream> someOtherInputStreamSink =
StreamConverters.asInputStream(timeout);
// #output-input-stream-source-sink
}
/** Parse input and store results into FileInfo */
private void getInfo() {
fileIO = new FileIO();
fileIO.getInfo();
students = fileIO.getStudents();
}
// -------------------------------------------------------------------
public static void init(int numOfStripes) {
FileIO.write("", FILENAME);
}
public FileFileIO(FileIO dir, String name) {
this(dir.getPath(), name);
}
/**
* Process the sample by checking it against each existing invariant at the program point and
* removing the invariant from the list of possibles if any invariant is falsified.
*/
public void process_sample(
PptMap all_ppts, PptTopLevel ppt, ValueTuple vt, /*@Nullable*/ Integer nonce) {
this.all_ppts = all_ppts;
// Add samples to orig and derived variables
FileIO.add_orig_variables(ppt, vt.vals, vt.mods, nonce);
FileIO.add_derived_variables(ppt, vt.vals, vt.mods);
// Intern the sample
vt = new ValueTuple(vt.vals, vt.mods);
// DaikonSimple must make the object program point manually because
// the new Chicory produced dtrace files do not contain object ppts
// in the dtrace part of the file (the program point is declared).
// Make the object ppt
PptName ppt_name = ppt.ppt_name;
PptTopLevel object_ppt = null;
PptTopLevel class_ppt = null;
ValueTuple object_vt = null;
ValueTuple class_vt = null;
if ((ppt_name.isEnterPoint() && !ppt_name.isConstructor()) || ppt_name.isExitPoint()) {
object_ppt = all_ppts.get(ppt_name.makeObject());
class_ppt = all_ppts.get(ppt_name.makeClassStatic());
}
// C programs do not have object ppts
// check whether the ppt is a static or instance method
// that decides whether the sample is copied over to the object and/or
// class ppt
if (object_ppt != null) {
// the check assumes that static fields are not stored first in the
// object ppt
if (ppt.find_var_by_name(object_ppt.var_infos[0].name()) != null) {
// object and class ppt should be created
object_vt = copySample(object_ppt, ppt, vt, nonce);
if (class_ppt != null) {
class_vt = copySample(class_ppt, ppt, vt, nonce);
}
} else {
// only class ppt should be created
if (class_ppt != null) {
class_vt = copySample(class_ppt, ppt, vt, nonce);
}
object_vt = null;
object_ppt = null;
}
}
// If this is an enter point, just remember it for later
if (ppt_name.isEnterPoint()) {
assert nonce != null;
assert call_map.get(nonce) == null;
List<Call> value = new ArrayList<Call>();
value.add(new Call(ppt, vt));
if (object_ppt != null) {
value.add(new Call(object_ppt, object_vt));
}
if (class_ppt != null) {
value.add(new Call(class_ppt, class_vt));
}
call_map.put(nonce, value);
last_nonce = nonce;
wait = true;
return;
}
// If this is an exit point, process the saved enter (and sometimes
// object) point
if (ppt_name.isExitPoint()) {
assert nonce != null;
List<Call> value = call_map.remove(nonce);
add(ppt, vt, nonce);
for (Call ec : value) {
add(ec.ppt, ec.vt, nonce);
}
wait = false;
}
if (object_ppt != null) add(object_ppt, object_vt, nonce); // apply object vt
if (class_ppt != null) add(class_ppt, class_vt, nonce);
}
/**
* This does the work of main, but it never calls System.exit, so it is appropriate to be called
* progrmmatically. Termination of the program with a message to the user is indicated by throwing
* Daikon.TerminationMessage.
*
* <p>Difference from Daikon's mainHelper: turn off optimization flags (equality, dynamic
* constants, NIS suppression).
*
* @see #main(String[])
* @see daikon.Daikon.TerminationMessage
* @see daikon.Daikon#mainHelper(String[])
*/
public static void mainHelper(final String[] args) throws IOException, FileNotFoundException {
// set up logging information
daikon.LogHelper.setupLogs(daikon.LogHelper.INFO);
// No optimizations used in the simple incremental algorithm so
// optimizations are turned off.
Daikon.use_equality_optimization = false;
Daikon.dkconfig_use_dynamic_constant_optimization = false;
Daikon.suppress_implied_controlled_invariants = false;
NIS.dkconfig_enabled = false;
// The flag tells FileIO and Daikon to use DaikonSimple
// specific methods (e.g. FileIO.read_declaration_file).
// When FileIO reads and processes
// samples, it must use the SimpleProcessor rather than the
// default Processor.
Daikon.using_DaikonSimple = true;
// Read command line options
Daikon.FileOptions files = Daikon.read_options(args, usage);
// DaikonSimple does not supply nor use the spinfo_files and map_files
Set<File> decls_files = files.decls;
Set<String> dtrace_files = files.dtrace;
if ((decls_files.size() == 0) && (dtrace_files.size() == 0)) {
throw new Daikon.TerminationMessage("No .decls or .dtrace files specified");
}
// Create the list of all invariant types
Daikon.setup_proto_invs();
// Create the program points for enter and numbered exits and
// initializes the points (adding orig and derived variables)
all_ppts = FileIO.read_declaration_files(decls_files);
// Create the combined exits (and add orig and derived vars)
// Daikon.create_combined_exits(all_ppts);
// Read and process the data trace files
SimpleProcessor processor = new SimpleProcessor();
FileIO.read_data_trace_files(dtrace_files, all_ppts, processor, true);
// System.exit(0);
// Print out the invariants for each program point (sort first)
for (Iterator<PptTopLevel> t = all_ppts.pptIterator(); t.hasNext(); ) {
PptTopLevel ppt = t.next();
// We do not need to print out program points that have not seen
// any samples.
if (ppt.num_samples() == 0) {
continue;
}
List<Invariant> invs = PrintInvariants.sort_invariant_list(ppt.invariants_vector());
List<Invariant> filtered_invs = Daikon.filter_invs(invs);
// The dkconfig_quiet printing is used for creating diffs between
// DaikonSimple
// and Daikon's output. The second kind of printing is used for
// debugging. Since the names of the program points are the same for both
// Daikon and DaikonSimple, diffing the two output will result in
// only differences in the invariants, but we can not see at which program
// points these differing invariants appear. Using the second kind of
// printing,
// Daikon's output does not have the '+' in the program point name, so in
// addition
// to the invariants showing up in the diff, we will also see the program
// point
// names.
if (Daikon.dkconfig_quiet) {
System.out.println("====================================================");
System.out.println(ppt.name());
} else {
System.out.println("===================================================+");
System.out.println(ppt.name() + " +");
}
// Sometimes the program points actually differ in number of
// samples seen due to differences in how Daikon and DaikonSimple
// see the variable hierarchy.
System.out.println(ppt.num_samples());
for (Invariant inv : filtered_invs) {
System.out.println(inv.getClass());
System.out.println(inv);
}
}
}
/**
* オブジェクトをファイルに書き出す。
*
* @param path - データファイルのパス
* @param Object - 書き出すオブジェクト
* @throws MineException データの書き込みに失敗した。
*/
public static void write(String path, Object obj) throws MineException {
try (XMLEncoder out = new XMLEncoder(FileIO.getOutputStream(path))) {
out.writeObject(obj);
}
}
// This is where all the action happens. If an action is performed (button press for example), it
// goes through this method
// that takes an ActionEvent, which is created at the time of the action.
public void actionPerformed(ActionEvent e) {
// Try to cast the ActionEvent source as JToggleButton (if successful, the button is a ballot
// choice)
try {
JToggleButton theButton = (JToggleButton) e.getSource();
String buttonText = theButton.getText();
if (theButton.isSelected()) {
theButton.setForeground(Color.RED);
switchButton = true;
switchButtonText = buttonText;
updateButtons(
buttonText); // switches this button's respective vote position to 1 (true), meaning it
// is selected
} else if (!theButton.isSelected()) {
theButton.setForeground(Color.BLACK);
unvoteButton = true;
unvoteButtonText = buttonText;
}
// If the program can't cast the source to a JToggleButton, cast it as a JButton, which is
// 100% what the source will be at this point.
// This button will be one of two things: the login button or the cast vote button.
} catch (Exception exception) {
JButton theButton = (JButton) e.getSource();
String buttonText = theButton.getText();
// If the user hits the Login button, check if the ID is valid.
// If the ID is not valid, don't let them vote. However, if it is valid, disable login and
// enable everything else.
if (buttonText.equals("Login")) {
String voterID =
JOptionPane.showInputDialog(theButton, "Enter your voter ID: ", "Login", 3);
FileIO votersFile = new FileIO("voters.txt");
ArrayList<Voter> voters = votersFile.createVoters();
if (votersFile.checkValidID(voterID)) {
Voter theVoter = voters.get(votersFile.getVoterIndex(voterID));
if (theVoter.getVotedStatus().equals("false")) {
setVoterID(voterID);
} else {
JOptionPane.showMessageDialog(
theButton, "You already voted " + theVoter.getVoterName() + "!");
}
} else {
JOptionPane.showMessageDialog(theButton, "Invalid ID!", "Error", 0);
}
// If the user hits the cast vote button, update the respective ballot files and disable
// every button except
// for the login button.
} else if (buttonText.equals("Cast vote")) {
int confirm = JOptionPane.showConfirmDialog(theButton, "Are you sure?");
FileIO votersFile = new FileIO("voters.txt");
ArrayList<Voter> voters = votersFile.createVoters();
Voter theVoter = voters.get(votersFile.getVoterIndex(voterID));
if (confirm == 0) {
JOptionPane.showMessageDialog(theButton, "Thanks for voting!");
updateBallots();
votersFile.updateVoterFile(theVoter.getVoterID());
setVoterID("-1");
votersFile.initializeVoters();
}
}
}
}
private static void checkInvariants() throws IOException {
// Read the invariant file
PptMap ppts = FileIO.read_serialized_pptmap(inv_file, true);
// Yoav: make sure we have unique invariants
InvariantFilters fi = InvariantFilters.defaultFilters();
// Set<String> allInvariantsStr = new HashSet<String>();
Set<Invariant> allInvariants = new HashSet<Invariant>();
for (PptTopLevel ppt : ppts.all_ppts())
for (Iterator<PptSlice> i = ppt.views_iterator(); i.hasNext(); ) {
PptSlice slice = i.next();
for (Invariant inv : slice.invs) {
if (doConf && inv.getConfidence() < Invariant.dkconfig_confidence_limit) {
// System.out.printf ("inv ignored (conf): %s:%s\n", inv.ppt.name(),
// inv.format());
continue;
}
if (doFilter && fi.shouldKeep(inv) == null) {
// System.out.printf ("inv ignored (filter): %s:%s\n",
// inv.ppt.name(), inv.format());
continue;
}
activeInvariants.add(inv);
// String n = invariant2str(ppt, inv);
// if (!allInvariants.contains(inv) && allInvariantsStr.contains(n)) throw new
// Daikon.TerminationMessage("Two invariants have the same ppt.name+inv.rep:"+n);
allInvariants.add(inv);
// allInvariantsStr.add(n);
}
}
// Read and process the data trace files
FileIO.Processor processor = new InvariantCheckProcessor();
Daikon.FileIOProgress progress = new Daikon.FileIOProgress();
progress.start();
progress.clear();
FileIO.read_data_trace_files(dtrace_files, ppts, processor, false);
progress.shouldStop = true;
System.out.println();
System.out.printf(
"%s: %,d errors found in %,d samples (%s)\n",
inv_file, error_cnt, sample_cnt, toPercentage(error_cnt, sample_cnt));
int failedCount = failedInvariants.size();
int testedCount = testedInvariants.size();
String percent = toPercentage(failedCount, testedCount);
System.out.println(
inv_file
+ ": "
+ failedCount
+ " false positives, out of "
+ testedCount
+ ", which is "
+ percent
+ ".");
if (false) {
for (Invariant inv : failedInvariants) {
System.out.printf("+%s:%s\n", inv.ppt.name(), inv.format());
}
}
}
private static void take_photo_new(
CameraDevice cameraDevice, ImageView imageviewer_new_picture, String file_name) {
Context context_holder = ApplicationContextProvider.getContext();
CameraManager manager = (CameraManager) context_holder.getSystemService(Context.CAMERA_SERVICE);
HandlerThread mBackgroundThread;
mBackgroundThread = new HandlerThread("Camera Background");
mBackgroundThread.start();
final Handler mBackgroundHandler = new Handler(mBackgroundThread.getLooper());
try {
CameraCharacteristics characteristics =
manager.getCameraCharacteristics(cameraDevice.getId());
Size[] jpegSizes = null;
if (characteristics != null) {
jpegSizes =
characteristics
.get(CameraCharacteristics.SCALER_STREAM_CONFIGURATION_MAP)
.getOutputSizes(ImageFormat.JPEG);
}
int width = 640;
int height = 480;
if (jpegSizes != null && 0 < jpegSizes.length) {
width = jpegSizes[0].getWidth();
height = jpegSizes[0].getHeight();
}
ImageReader reader = ImageReader.newInstance((width + 1), (height + 1), ImageFormat.JPEG, 1);
final CaptureRequest.Builder captureBuilder =
cameraDevice.createCaptureRequest(CameraDevice.TEMPLATE_STILL_CAPTURE);
captureBuilder.addTarget(reader.getSurface());
captureBuilder.set(CaptureRequest.CONTROL_MODE, CameraMetadata.CONTROL_MODE_AUTO);
captureBuilder.set(
CaptureRequest.COLOR_CORRECTION_MODE, CameraMetadata.COLOR_CORRECTION_MODE_FAST);
captureBuilder.set(CaptureRequest.FLASH_MODE, CameraMetadata.FLASH_MODE_OFF);
captureBuilder.set(CaptureRequest.JPEG_THUMBNAIL_QUALITY, null);
List<Surface> outputSurfaces = new ArrayList<Surface>(2);
outputSurfaces.add(reader.getSurface());
captureBuilder.build();
cameraDevice.createCaptureSession(
outputSurfaces,
new CameraCaptureSession.StateCallback() {
@Override
public void onConfigured(CameraCaptureSession session) {
try {
session.capture(captureBuilder.build(), null, null);
} catch (CameraAccessException e) {
e.printStackTrace();
}
}
@Override
public void onConfigureFailed(CameraCaptureSession session) {}
},
mBackgroundHandler);
Log.e("camera", "take picture... sleep");
try {
Thread.sleep(2000);
} catch (InterruptedException e) {
}
byte[] bytes;
Image image = null;
try {
// Log.e("camera", " reader"+reader.getHeight());
image = reader.acquireLatestImage();
image.getFormat();
ByteBuffer buffer = image.getPlanes()[0].getBuffer();
bytes = new byte[buffer.capacity()];
buffer.get(bytes);
} finally {
if (image != null) {
image.close();
}
}
// String file_name = "curent_photo";
FileOutputStream out_put_stream = null;
try {
out_put_stream =
ApplicationContextProvider.getContext()
.openFileOutput(
file_name + ".jpg", ApplicationContextProvider.getContext().MODE_PRIVATE);
} catch (IOException exception) {
exception.printStackTrace();
}
try {
out_put_stream.write(bytes);
Log.e("camera", "saved picture! " + file_name);
if (imageviewer_new_picture != null) {
ImageView cap_picture = (ImageView) imageviewer_new_picture;
Bitmap bitmap_found = FileIO.loadBMPPrivate(file_name, Bitmap.CompressFormat.JPEG);
cap_picture.setImageBitmap(bitmap_found);
}
} catch (IOException e) {
e.printStackTrace();
} finally {
if (null != out_put_stream) {
try {
out_put_stream.close();
} catch (IOException e) {
e.printStackTrace();
}
}
closeCamera(cameraDevice);
}
} catch (CameraAccessException e) {
e.printStackTrace();
}
}