id
int64 22
34.9k
| original_code
stringlengths 31
107k
| code_wo_comment
stringlengths 29
77.3k
| cleancode
stringlengths 25
62.1k
| repo
stringlengths 6
65
| label
sequencelengths 4
4
|
|---|---|---|---|---|---|
3,700 | @Override
public AJoinPoint insertBeginImpl(AJoinPoint node) {
Stmt newStmt = ClavaNodes.toStmt(node.getNode());
// Preconditions.checkArgument(node.getNode() instanceof Stmt,
// "Expected input of action scope.insertEntry to be a Stmt joinpoint");
CxxActions.insertStmt("before", scope, newStmt, getWeaverEngine());
// return node;
// TODO: Consider returning newStmt instead
return CxxJoinpoints.create(newStmt);
} | @Override
public AJoinPoint insertBeginImpl(AJoinPoint node) {
Stmt newStmt = ClavaNodes.toStmt(node.getNode());
CxxActions.insertStmt("before", scope, newStmt, getWeaverEngine());
return CxxJoinpoints.create(newStmt);
} | @override public ajoinpoint insertbeginimpl(ajoinpoint node) { stmt newstmt = clavanodes.tostmt(node.getnode()); cxxactions.insertstmt("before", scope, newstmt, getweaverengine()); return cxxjoinpoints.create(newstmt); } | TheNunoGomes/clava | [
1,
0,
0,
0
] |
3,701 | @Override
public AJoinPoint insertEndImpl(AJoinPoint node) {
Stmt newStmt = ClavaNodes.toStmt(node.getNode());
// Preconditions.checkArgument(newStmt instanceof Stmt,
// "Expected input of action scope.insertEnd to be a Stmt joinpoint, is a " +
// node.getJoinPointType());
CxxActions.insertStmt("after", scope, newStmt, getWeaverEngine());
// return node;
// TODO: Consider returning newStmt instead
return CxxJoinpoints.create(newStmt);
/*
* List<? extends AStatement> statements = selectStatements(); if
* (statements.isEmpty()) { throw new
* RuntimeException("Not yet implemented when scope is empty"); }
*
* Stmt newStmt =
* CxxActions.getValidStatement(CollectionUtils.last(statements).getNode());
*
* insertImpl(position, newStmt);
*
* // Body becomes the parent of this statement return new CxxStatement(newStmt,
* this);
*/
} | @Override
public AJoinPoint insertEndImpl(AJoinPoint node) {
Stmt newStmt = ClavaNodes.toStmt(node.getNode());
CxxActions.insertStmt("after", scope, newStmt, getWeaverEngine());
return CxxJoinpoints.create(newStmt);
} | @override public ajoinpoint insertendimpl(ajoinpoint node) { stmt newstmt = clavanodes.tostmt(node.getnode()); cxxactions.insertstmt("after", scope, newstmt, getweaverengine()); return cxxjoinpoints.create(newstmt); } | TheNunoGomes/clava | [
1,
0,
0,
0
] |
12,023 | public void update(long fps) {
if (paddleMoving == LEFT) {
// to fix Paddle going off the Screen
if (x >= -MYscreenDPI / 10)
// Decrement position
x = x - paddleSpeed / fps;
}
if (paddleMoving == RIGHT) {
// to fix Paddle going off the Screen
if (x <= scrX - length - MYscreenDPI / 14)
// Increment position
x = x + paddleSpeed / fps;
}
// Apply the New position
rect.left = x;
rect.right = x + length;
} | public void update(long fps) {
if (paddleMoving == LEFT) {
if (x >= -MYscreenDPI / 10)
x = x - paddleSpeed / fps;
}
if (paddleMoving == RIGHT) {
if (x <= scrX - length - MYscreenDPI / 14)
x = x + paddleSpeed / fps;
}
rect.left = x;
rect.right = x + length;
} | public void update(long fps) { if (paddlemoving == left) { if (x >= -myscreendpi / 10) x = x - paddlespeed / fps; } if (paddlemoving == right) { if (x <= scrx - length - myscreendpi / 14) x = x + paddlespeed / fps; } rect.left = x; rect.right = x + length; } | Shuffler/Breakout-Android-Game | [
0,
0,
1,
0
] |
20,364 | @JsonGetter("action")
public ApplicationActionTypeEnum getAction ( ) {
return this.action;
} | @JsonGetter("action")
public ApplicationActionTypeEnum getAction ( ) {
return this.action;
} | @jsongetter("action") public applicationactiontypeenum getaction ( ) { return this.action; } | agaveplatform/java-sdk | [
0,
0,
0,
0
] |
20,365 | @JsonSetter("action")
private void setAction (ApplicationActionTypeEnum value) {
this.action = value;
} | @JsonSetter("action")
private void setAction (ApplicationActionTypeEnum value) {
this.action = value;
} | @jsonsetter("action") private void setaction (applicationactiontypeenum value) { this.action = value; } | agaveplatform/java-sdk | [
0,
0,
0,
0
] |
12,178 | public static String generateFunction(){
List<JsFunction> dmcFunctions = new ArrayList<JsFunction>();
/* TODO Need to find alternative for this
DataMapperRoot rootDiagram = (DataMapperRoot)DataMapperDiagramEditor.getInstance().getDiagram().getElement();
TreeNode inputTreeNode = rootDiagram.getInput().getTreeNode().get(0);
TreeNode outputTreeNode = rootDiagram.getOutput().getTreeNode().get(0);
String input = inputTreeNode.getName();
String output = outputTreeNode.getName();
String functionStart = "function map_S_"+input+"_S_"+output+"(" + input + ", " + output + "){\n";
String functionReturn = "return " + output + ";\n";
JsFunction mainFunction = new JsFunction(0);
mainFunction.setFunctionStart(functionStart);
mainFunction.setFunctionReturn(functionReturn);
dmcFunctions.add(mainFunction);
List<JsFunction> innerFunctions = getFunctionForTheTreeNode(rootDiagram.getInput().getTreeNode(), dmcFunctions, 0, null);
mainFunction.getFunctions().addAll(innerFunctions);
*/
String documentString = "";
for (JsFunction func : dmcFunctions) {
documentString += func.toString() + "\n\n";
}
return documentString;
} | public static String generateFunction(){
List<JsFunction> dmcFunctions = new ArrayList<JsFunction>();
String documentString = "";
for (JsFunction func : dmcFunctions) {
documentString += func.toString() + "\n\n";
}
return documentString;
} | public static string generatefunction(){ list<jsfunction> dmcfunctions = new arraylist<jsfunction>(); string documentstring = ""; for (jsfunction func : dmcfunctions) { documentstring += func.tostring() + "\n\n"; } return documentstring; } | SanojPunchihewa/devstudio-tooling-esb | [
1,
0,
0,
0
] |
12,258 | public void postPutAll(final DistributedPutAllOperation putAllOp,
final VersionedObjectList successfulPuts, final LocalRegion region) {
// TODO: TX: add support for batching using performOp as for other
// update operations; add cacheWrite flag support for proper writer
// invocation like in other ops; also support for NORMAL/PRELOADED regions?
markDirty();
if (isSnapshot()) {
addAffectedRegion(region);
region.getSharedDataView().postPutAll(putAllOp, successfulPuts, region);
return;
}
if (region.getPartitionAttributes() != null) {
// use PutAllPRMessage that already handles transactions
region.postPutAllSend(putAllOp, this, successfulPuts);
}
else {
try {
final PutAllEntryData[] data = putAllOp.putAllData;
final EntryEventImpl event = putAllOp.getBaseEvent();
final RemotePutAllMessage msg = new RemotePutAllMessage(event, null,
data, data.length, event.isPossibleDuplicate(), null, this);
// process on self first
if (region.getDataPolicy().withStorage()) {
msg.doLocalPutAll(region, event, putAllOp, successfulPuts,
region.getMyId(), false /* sendReply */);
}
addAffectedRegion(region);
if (region.getScope().isDistributed()) {
// distribute if required
msg.distribute(event);
}
} catch (RemoteOperationException roe) {
throw new TransactionDataNodeHasDepartedException(roe);
}
}
} | public void postPutAll(final DistributedPutAllOperation putAllOp,
final VersionedObjectList successfulPuts, final LocalRegion region) {
markDirty();
if (isSnapshot()) {
addAffectedRegion(region);
region.getSharedDataView().postPutAll(putAllOp, successfulPuts, region);
return;
}
if (region.getPartitionAttributes() != null) {
region.postPutAllSend(putAllOp, this, successfulPuts);
}
else {
try {
final PutAllEntryData[] data = putAllOp.putAllData;
final EntryEventImpl event = putAllOp.getBaseEvent();
final RemotePutAllMessage msg = new RemotePutAllMessage(event, null,
data, data.length, event.isPossibleDuplicate(), null, this);
if (region.getDataPolicy().withStorage()) {
msg.doLocalPutAll(region, event, putAllOp, successfulPuts,
region.getMyId(), false);
}
addAffectedRegion(region);
if (region.getScope().isDistributed()) {
msg.distribute(event);
}
} catch (RemoteOperationException roe) {
throw new TransactionDataNodeHasDepartedException(roe);
}
}
} | public void postputall(final distributedputalloperation putallop, final versionedobjectlist successfulputs, final localregion region) { markdirty(); if (issnapshot()) { addaffectedregion(region); region.getshareddataview().postputall(putallop, successfulputs, region); return; } if (region.getpartitionattributes() != null) { region.postputallsend(putallop, this, successfulputs); } else { try { final putallentrydata[] data = putallop.putalldata; final entryeventimpl event = putallop.getbaseevent(); final remoteputallmessage msg = new remoteputallmessage(event, null, data, data.length, event.ispossibleduplicate(), null, this); if (region.getdatapolicy().withstorage()) { msg.dolocalputall(region, event, putallop, successfulputs, region.getmyid(), false); } addaffectedregion(region); if (region.getscope().isdistributed()) { msg.distribute(event); } } catch (remoteoperationexception roe) { throw new transactiondatanodehasdepartedexception(roe); } } } | SnappyDataInc/snappy-store | [
0,
1,
0,
0
] |
12,419 | public static void layoutInit() {
Dimension dimension = new Dimension(560, 320);
if (OperatingSystem.getCurrent() == OperatingSystem.MACOS) {
dimension.setSize(dimension.getWidth() * PopupBase.MACOS_WIDTH_SCALE, dimension.getHeight());
}
FRAME.setPreferredSize(dimension);
LOG_BTN.addActionListener((e) -> {
if (!PopupBase.isAlive(LogFrame.class)) {
new LogFrame();
} else {
PopupBase.getAlive(LogFrame.class).reopen();
}
});
JS_BTN.addActionListener((e) -> {
MainJDEC.IS_ENABLED.setSelected(false);
MainJDEC.IS_ENABLED.setEnabled(false);
if (!PopupBase.isAlive(JoystickFrame.class)) {
new JoystickFrame();
} else {
PopupBase.getAlive(JoystickFrame.class).reopen();
}
});
STATS_BTN.addActionListener((e) -> {
if (!PopupBase.isAlive(StatsFrame.class)) {
new StatsFrame();
} else {
PopupBase.getAlive(StatsFrame.class).reopen();
}
});
NT_BTN.addActionListener((e) -> {
if (!PopupBase.isAlive(NTFrame.class)) {
NT_FRAME = new NTFrame();
} else {
PopupBase.getAlive(NTFrame.class).reopen();
}
});
USB_CONNECT.addActionListener((e) -> {
Thread reload = new Thread() {
@Override
public void run() {
NetworkReloader.reloadRio(Protocol.UDP);
NetworkReloader.reloadRio(Protocol.TCP);
super.run();
interrupt();
}
};
reload.start();
});
RESTART_CODE_BTN.addActionListener(e -> IS_ENABLED.setSelected(false));
//TODO remove after testing
TEAM_NUMBER.setText("localhost");
TEAM_NUMBER.getDocument().addDocumentListener(new TeamNumListener());
IS_ENABLED.setEnabled(false);
GlobalScreen.addNativeKeyListener(GlobalKeyListener.INSTANCE
.addKeyEvent(NativeKeyEvent.VC_ENTER, () -> MainJDEC.IS_ENABLED.setSelected(false))
.addKeyEvent(NativeKeyEvent.VC_SPACE, MainJDEC.ESTOP_BTN::doClick));
GBCPanelBuilder endr = base.clone().setAnchor(GridBagConstraints.LINE_END).setFill(GridBagConstraints.NONE);
base.clone().setPos(0, 0, 6, 1).setFill(GridBagConstraints.NONE).build(TITLE);
base.clone().setPos(0, 1, 6, 1).setFill(GridBagConstraints.NONE).build(LINK);
base.clone().setPos(5, 0, 1, 2).setFill(GridBagConstraints.NONE).build(new JLabel(new ImageIcon(MainFrame.ICON_MIN)));
base.clone().setPos(0, 2, 1, 1).build(IS_ENABLED);
base.clone().setPos(1, 2, 1, 1).build(ROBOT_DRIVE_MODE);
base.clone().setPos(0, 3, 2, 1).setFill(GridBagConstraints.NONE).build(new JLabel("Alliance Station"));
base.clone().setPos(0, 4, 1, 1).build(ALLIANCE_NUM);
base.clone().setPos(1, 4, 1, 1).build(ALLIANCE_COLOR);
endr.clone().setPos(0, 5, 1, 1).build(new JLabel("Team Number:"));
base.clone().setPos(1, 5, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(TEAM_NUMBER);
endr.clone().setPos(0, 6, 1, 1).build(new JLabel("Game Data:"));
base.clone().setPos(1, 6, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(GAME_DATA);
endr.clone().setPos(0, 7, 1, 1).build(new JLabel("Protocol Year:"));
base.clone().setPos(1, 7, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(PROTOCOL_YEAR);
base.clone().setPos(2, 2, 2, 1).build(RESTART_CODE_BTN);
base.clone().setPos(2, 3, 2, 1).build(RESTART_ROBO_RIO_BTN);
base.clone().setPos(2, 4, 2, 1).build(ESTOP_BTN);
base.clone().setPos(2, 5, 1, 1).build(JS_BTN);
base.clone().setPos(3, 5, 1, 1).build(STATS_BTN);
base.clone().setPos(2, 6, 1, 1).build(NT_BTN);
base.clone().setPos(3, 6, 1, 1).build(LOG_BTN);
base.clone().setPos(2, 7, 1, 1).build(FMS_CONNECT);
base.clone().setPos(3, 7, 1, 1).build(USB_CONNECT);
base.clone().setPos(4, 2, 2, 1).setFill(GridBagConstraints.NONE).build(BAT_VOLTAGE);
endr.clone().setPos(4, 3, 1, 1).build(new JLabel("Robot:"));
base.clone().setPos(5, 3, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(ROBOT_CONNECTION_STATUS);
endr.clone().setPos(4, 4, 1, 1).build(new JLabel("Code: "));
base.clone().setPos(5, 4, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(ROBOT_CODE_STATUS);
endr.clone().setPos(4, 5, 1, 1).build(new JLabel("EStop: "));
base.clone().setPos(5, 5, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(ESTOP_STATUS);
endr.clone().setPos(4, 6, 1, 1).build(new JLabel("FMS: "));
base.clone().setPos(5, 6, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(FMS_CONNECTION_STATUS);
endr.clone().setPos(4, 7, 1, 1).build(new JLabel("Time: "));
base.clone().setPos(5, 7, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(MATCH_TIME);
} | public static void layoutInit() {
Dimension dimension = new Dimension(560, 320);
if (OperatingSystem.getCurrent() == OperatingSystem.MACOS) {
dimension.setSize(dimension.getWidth() * PopupBase.MACOS_WIDTH_SCALE, dimension.getHeight());
}
FRAME.setPreferredSize(dimension);
LOG_BTN.addActionListener((e) -> {
if (!PopupBase.isAlive(LogFrame.class)) {
new LogFrame();
} else {
PopupBase.getAlive(LogFrame.class).reopen();
}
});
JS_BTN.addActionListener((e) -> {
MainJDEC.IS_ENABLED.setSelected(false);
MainJDEC.IS_ENABLED.setEnabled(false);
if (!PopupBase.isAlive(JoystickFrame.class)) {
new JoystickFrame();
} else {
PopupBase.getAlive(JoystickFrame.class).reopen();
}
});
STATS_BTN.addActionListener((e) -> {
if (!PopupBase.isAlive(StatsFrame.class)) {
new StatsFrame();
} else {
PopupBase.getAlive(StatsFrame.class).reopen();
}
});
NT_BTN.addActionListener((e) -> {
if (!PopupBase.isAlive(NTFrame.class)) {
NT_FRAME = new NTFrame();
} else {
PopupBase.getAlive(NTFrame.class).reopen();
}
});
USB_CONNECT.addActionListener((e) -> {
Thread reload = new Thread() {
@Override
public void run() {
NetworkReloader.reloadRio(Protocol.UDP);
NetworkReloader.reloadRio(Protocol.TCP);
super.run();
interrupt();
}
};
reload.start();
});
RESTART_CODE_BTN.addActionListener(e -> IS_ENABLED.setSelected(false));
TEAM_NUMBER.setText("localhost");
TEAM_NUMBER.getDocument().addDocumentListener(new TeamNumListener());
IS_ENABLED.setEnabled(false);
GlobalScreen.addNativeKeyListener(GlobalKeyListener.INSTANCE
.addKeyEvent(NativeKeyEvent.VC_ENTER, () -> MainJDEC.IS_ENABLED.setSelected(false))
.addKeyEvent(NativeKeyEvent.VC_SPACE, MainJDEC.ESTOP_BTN::doClick));
GBCPanelBuilder endr = base.clone().setAnchor(GridBagConstraints.LINE_END).setFill(GridBagConstraints.NONE);
base.clone().setPos(0, 0, 6, 1).setFill(GridBagConstraints.NONE).build(TITLE);
base.clone().setPos(0, 1, 6, 1).setFill(GridBagConstraints.NONE).build(LINK);
base.clone().setPos(5, 0, 1, 2).setFill(GridBagConstraints.NONE).build(new JLabel(new ImageIcon(MainFrame.ICON_MIN)));
base.clone().setPos(0, 2, 1, 1).build(IS_ENABLED);
base.clone().setPos(1, 2, 1, 1).build(ROBOT_DRIVE_MODE);
base.clone().setPos(0, 3, 2, 1).setFill(GridBagConstraints.NONE).build(new JLabel("Alliance Station"));
base.clone().setPos(0, 4, 1, 1).build(ALLIANCE_NUM);
base.clone().setPos(1, 4, 1, 1).build(ALLIANCE_COLOR);
endr.clone().setPos(0, 5, 1, 1).build(new JLabel("Team Number:"));
base.clone().setPos(1, 5, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(TEAM_NUMBER);
endr.clone().setPos(0, 6, 1, 1).build(new JLabel("Game Data:"));
base.clone().setPos(1, 6, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(GAME_DATA);
endr.clone().setPos(0, 7, 1, 1).build(new JLabel("Protocol Year:"));
base.clone().setPos(1, 7, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(PROTOCOL_YEAR);
base.clone().setPos(2, 2, 2, 1).build(RESTART_CODE_BTN);
base.clone().setPos(2, 3, 2, 1).build(RESTART_ROBO_RIO_BTN);
base.clone().setPos(2, 4, 2, 1).build(ESTOP_BTN);
base.clone().setPos(2, 5, 1, 1).build(JS_BTN);
base.clone().setPos(3, 5, 1, 1).build(STATS_BTN);
base.clone().setPos(2, 6, 1, 1).build(NT_BTN);
base.clone().setPos(3, 6, 1, 1).build(LOG_BTN);
base.clone().setPos(2, 7, 1, 1).build(FMS_CONNECT);
base.clone().setPos(3, 7, 1, 1).build(USB_CONNECT);
base.clone().setPos(4, 2, 2, 1).setFill(GridBagConstraints.NONE).build(BAT_VOLTAGE);
endr.clone().setPos(4, 3, 1, 1).build(new JLabel("Robot:"));
base.clone().setPos(5, 3, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(ROBOT_CONNECTION_STATUS);
endr.clone().setPos(4, 4, 1, 1).build(new JLabel("Code: "));
base.clone().setPos(5, 4, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(ROBOT_CODE_STATUS);
endr.clone().setPos(4, 5, 1, 1).build(new JLabel("EStop: "));
base.clone().setPos(5, 5, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(ESTOP_STATUS);
endr.clone().setPos(4, 6, 1, 1).build(new JLabel("FMS: "));
base.clone().setPos(5, 6, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(FMS_CONNECTION_STATUS);
endr.clone().setPos(4, 7, 1, 1).build(new JLabel("Time: "));
base.clone().setPos(5, 7, 1, 1).setAnchor(GridBagConstraints.LINE_START).build(MATCH_TIME);
} | public static void layoutinit() { dimension dimension = new dimension(560, 320); if (operatingsystem.getcurrent() == operatingsystem.macos) { dimension.setsize(dimension.getwidth() * popupbase.macos_width_scale, dimension.getheight()); } frame.setpreferredsize(dimension); log_btn.addactionlistener((e) -> { if (!popupbase.isalive(logframe.class)) { new logframe(); } else { popupbase.getalive(logframe.class).reopen(); } }); js_btn.addactionlistener((e) -> { mainjdec.is_enabled.setselected(false); mainjdec.is_enabled.setenabled(false); if (!popupbase.isalive(joystickframe.class)) { new joystickframe(); } else { popupbase.getalive(joystickframe.class).reopen(); } }); stats_btn.addactionlistener((e) -> { if (!popupbase.isalive(statsframe.class)) { new statsframe(); } else { popupbase.getalive(statsframe.class).reopen(); } }); nt_btn.addactionlistener((e) -> { if (!popupbase.isalive(ntframe.class)) { nt_frame = new ntframe(); } else { popupbase.getalive(ntframe.class).reopen(); } }); usb_connect.addactionlistener((e) -> { thread reload = new thread() { @override public void run() { networkreloader.reloadrio(protocol.udp); networkreloader.reloadrio(protocol.tcp); super.run(); interrupt(); } }; reload.start(); }); restart_code_btn.addactionlistener(e -> is_enabled.setselected(false)); team_number.settext("localhost"); team_number.getdocument().adddocumentlistener(new teamnumlistener()); is_enabled.setenabled(false); globalscreen.addnativekeylistener(globalkeylistener.instance .addkeyevent(nativekeyevent.vc_enter, () -> mainjdec.is_enabled.setselected(false)) .addkeyevent(nativekeyevent.vc_space, mainjdec.estop_btn::doclick)); gbcpanelbuilder endr = base.clone().setanchor(gridbagconstraints.line_end).setfill(gridbagconstraints.none); base.clone().setpos(0, 0, 6, 1).setfill(gridbagconstraints.none).build(title); base.clone().setpos(0, 1, 6, 1).setfill(gridbagconstraints.none).build(link); base.clone().setpos(5, 0, 1, 2).setfill(gridbagconstraints.none).build(new jlabel(new imageicon(mainframe.icon_min))); base.clone().setpos(0, 2, 1, 1).build(is_enabled); base.clone().setpos(1, 2, 1, 1).build(robot_drive_mode); base.clone().setpos(0, 3, 2, 1).setfill(gridbagconstraints.none).build(new jlabel("alliance station")); base.clone().setpos(0, 4, 1, 1).build(alliance_num); base.clone().setpos(1, 4, 1, 1).build(alliance_color); endr.clone().setpos(0, 5, 1, 1).build(new jlabel("team number:")); base.clone().setpos(1, 5, 1, 1).setanchor(gridbagconstraints.line_start).build(team_number); endr.clone().setpos(0, 6, 1, 1).build(new jlabel("game data:")); base.clone().setpos(1, 6, 1, 1).setanchor(gridbagconstraints.line_start).build(game_data); endr.clone().setpos(0, 7, 1, 1).build(new jlabel("protocol year:")); base.clone().setpos(1, 7, 1, 1).setanchor(gridbagconstraints.line_start).build(protocol_year); base.clone().setpos(2, 2, 2, 1).build(restart_code_btn); base.clone().setpos(2, 3, 2, 1).build(restart_robo_rio_btn); base.clone().setpos(2, 4, 2, 1).build(estop_btn); base.clone().setpos(2, 5, 1, 1).build(js_btn); base.clone().setpos(3, 5, 1, 1).build(stats_btn); base.clone().setpos(2, 6, 1, 1).build(nt_btn); base.clone().setpos(3, 6, 1, 1).build(log_btn); base.clone().setpos(2, 7, 1, 1).build(fms_connect); base.clone().setpos(3, 7, 1, 1).build(usb_connect); base.clone().setpos(4, 2, 2, 1).setfill(gridbagconstraints.none).build(bat_voltage); endr.clone().setpos(4, 3, 1, 1).build(new jlabel("robot:")); base.clone().setpos(5, 3, 1, 1).setanchor(gridbagconstraints.line_start).build(robot_connection_status); endr.clone().setpos(4, 4, 1, 1).build(new jlabel("code: ")); base.clone().setpos(5, 4, 1, 1).setanchor(gridbagconstraints.line_start).build(robot_code_status); endr.clone().setpos(4, 5, 1, 1).build(new jlabel("estop: ")); base.clone().setpos(5, 5, 1, 1).setanchor(gridbagconstraints.line_start).build(estop_status); endr.clone().setpos(4, 6, 1, 1).build(new jlabel("fms: ")); base.clone().setpos(5, 6, 1, 1).setanchor(gridbagconstraints.line_start).build(fms_connection_status); endr.clone().setpos(4, 7, 1, 1).build(new jlabel("time: ")); base.clone().setpos(5, 7, 1, 1).setanchor(gridbagconstraints.line_start).build(match_time); } | Tecbot3158/open-ds | [
1,
0,
0,
0
] |
20,824 | public static String[] getStorageDirectories(boolean includePrimary)
{
final Pattern DIR_SEPARATOR = Pattern.compile("/");
// Final set of paths
final Set<String> rv = new HashSet<String>();
// Primary physical SD-CARD (not emulated)
final String rawExternalStorage = System.getenv("EXTERNAL_STORAGE");
// All Secondary SD-CARDs (all exclude primary) separated by ":"
final String rawSecondaryStoragesStr = System.getenv("SECONDARY_STORAGE");
// Primary emulated SD-CARD
final String rawEmulatedStorageTarget = System.getenv("EMULATED_STORAGE_TARGET");
if(includePrimary) {
if (TextUtils.isEmpty(rawEmulatedStorageTarget)) {
// Device has physical external storage; use plain paths.
if (TextUtils.isEmpty(rawExternalStorage)) {
// EXTERNAL_STORAGE undefined; falling back to default.
rv.add("/storage/sdcard0");
} else {
rv.add(rawExternalStorage);
}
} else {
// Device has emulated storage; external storage paths should have
// userId burned into them.
final String rawUserId;
if (Build.VERSION.SDK_INT < Build.VERSION_CODES.JELLY_BEAN_MR1) {
rawUserId = "";
} else {
final String path = android.os.Environment.getExternalStorageDirectory().getAbsolutePath();
final String[] folders = DIR_SEPARATOR.split(path);
final String lastFolder = folders[folders.length - 1];
boolean isDigit = false;
try {
Integer.valueOf(lastFolder);
isDigit = true;
} catch (NumberFormatException ignored) {
}
rawUserId = isDigit ? lastFolder : "";
}
// /storage/emulated/0[1,2,...]
if (TextUtils.isEmpty(rawUserId)) {
rv.add(rawEmulatedStorageTarget);
} else {
rv.add(rawEmulatedStorageTarget + File.separator + rawUserId);
}
}
}
// Add all secondary storages
if(!TextUtils.isEmpty(rawSecondaryStoragesStr))
{
// All Secondary SD-CARDs splited into array
final String[] rawSecondaryStorages = rawSecondaryStoragesStr.split(File.pathSeparator);
Collections.addAll(rv, rawSecondaryStorages);
}
return rv.toArray(new String[0]);
} | public static String[] getStorageDirectories(boolean includePrimary)
{
final Pattern DIR_SEPARATOR = Pattern.compile("/");
final Set<String> rv = new HashSet<String>();
final String rawExternalStorage = System.getenv("EXTERNAL_STORAGE");
final String rawSecondaryStoragesStr = System.getenv("SECONDARY_STORAGE");
final String rawEmulatedStorageTarget = System.getenv("EMULATED_STORAGE_TARGET");
if(includePrimary) {
if (TextUtils.isEmpty(rawEmulatedStorageTarget)) {
if (TextUtils.isEmpty(rawExternalStorage)) {
rv.add("/storage/sdcard0");
} else {
rv.add(rawExternalStorage);
}
} else {
final String rawUserId;
if (Build.VERSION.SDK_INT < Build.VERSION_CODES.JELLY_BEAN_MR1) {
rawUserId = "";
} else {
final String path = android.os.Environment.getExternalStorageDirectory().getAbsolutePath();
final String[] folders = DIR_SEPARATOR.split(path);
final String lastFolder = folders[folders.length - 1];
boolean isDigit = false;
try {
Integer.valueOf(lastFolder);
isDigit = true;
} catch (NumberFormatException ignored) {
}
rawUserId = isDigit ? lastFolder : "";
}
if (TextUtils.isEmpty(rawUserId)) {
rv.add(rawEmulatedStorageTarget);
} else {
rv.add(rawEmulatedStorageTarget + File.separator + rawUserId);
}
}
}
if(!TextUtils.isEmpty(rawSecondaryStoragesStr))
{
final String[] rawSecondaryStorages = rawSecondaryStoragesStr.split(File.pathSeparator);
Collections.addAll(rv, rawSecondaryStorages);
}
return rv.toArray(new String[0]);
} | public static string[] getstoragedirectories(boolean includeprimary) { final pattern dir_separator = pattern.compile("/"); final set<string> rv = new hashset<string>(); final string rawexternalstorage = system.getenv("external_storage"); final string rawsecondarystoragesstr = system.getenv("secondary_storage"); final string rawemulatedstoragetarget = system.getenv("emulated_storage_target"); if(includeprimary) { if (textutils.isempty(rawemulatedstoragetarget)) { if (textutils.isempty(rawexternalstorage)) { rv.add("/storage/sdcard0"); } else { rv.add(rawexternalstorage); } } else { final string rawuserid; if (build.version.sdk_int < build.version_codes.jelly_bean_mr1) { rawuserid = ""; } else { final string path = android.os.environment.getexternalstoragedirectory().getabsolutepath(); final string[] folders = dir_separator.split(path); final string lastfolder = folders[folders.length - 1]; boolean isdigit = false; try { integer.valueof(lastfolder); isdigit = true; } catch (numberformatexception ignored) { } rawuserid = isdigit ? lastfolder : ""; } if (textutils.isempty(rawuserid)) { rv.add(rawemulatedstoragetarget); } else { rv.add(rawemulatedstoragetarget + file.separator + rawuserid); } } } if(!textutils.isempty(rawsecondarystoragesstr)) { final string[] rawsecondarystorages = rawsecondarystoragesstr.split(file.pathseparator); collections.addall(rv, rawsecondarystorages); } return rv.toarray(new string[0]); } | acestream/acestream-android-sdk | [
0,
0,
0,
1
] |
20,869 | private void execute(Object args, String url, HttpHeaders headers, HttpMethod method) {
HttpEntity<Object> entity = new HttpEntity<>(args, headers);
ResponseEntity<Object> response = restTemplate.exchange(url, method, entity, Object.class);
if (response.getStatusCode().is2xxSuccessful()) {
System.out.println(response.getBody());
} else {
System.out.println("error! " + response.getStatusCode().name() + ": " + response.getBody());
}
} | private void execute(Object args, String url, HttpHeaders headers, HttpMethod method) {
HttpEntity<Object> entity = new HttpEntity<>(args, headers);
ResponseEntity<Object> response = restTemplate.exchange(url, method, entity, Object.class);
if (response.getStatusCode().is2xxSuccessful()) {
System.out.println(response.getBody());
} else {
System.out.println("error! " + response.getStatusCode().name() + ": " + response.getBody());
}
} | private void execute(object args, string url, httpheaders headers, httpmethod method) { httpentity<object> entity = new httpentity<>(args, headers); responseentity<object> response = resttemplate.exchange(url, method, entity, object.class); if (response.getstatuscode().is2xxsuccessful()) { system.out.println(response.getbody()); } else { system.out.println("error! " + response.getstatuscode().name() + ": " + response.getbody()); } } | TONY-All/Hangar | [
0,
0,
1,
0
] |
20,888 | private static void LoadSpriteTables()
{
//final FileList files = _use_dos_palette ? files_dos : files_win;
//final FileList files = files_win;
final String[] files = files_win;
int load_index;
int i;
//LoadGrfIndexed(files.basic[0].filename, trg1idx, 0);
LoadGrfIndexed(files[0], trg1idx, 0);
SpriteCache.DupSprite( 2, 130); // non-breaking space medium
SpriteCache.DupSprite(226, 354); // non-breaking space tiny
SpriteCache.DupSprite(450, 578); // non-breaking space large
load_index = 4793;
// TODO why start from 1?
//for (i = 1; files.basic[i].filename != null; i++) {
for (i = 1; files[i] != null; i++) {
load_index += LoadGrfFile(files[i], load_index, i);
}
if (_sprite_page_to_load != 0) {
LoadGrfIndexed(
files_landscape[_sprite_page_to_load - 1],
//files.landscape[_sprite_page_to_load - 1].filename,
_landscape_spriteindexes[_sprite_page_to_load - 1],
i++
);
}
assert(load_index == Sprites.SPR_CANALS_BASE);
load_index += LoadGrfFile("canalsw.grf", load_index, i++);
assert(load_index == Sprites.SPR_SLOPES_BASE);
// TODO LoadGrfIndexed("trkfoundw.grf", _slopes_spriteindexes[_opt.landscape], i++);
LoadGrfIndexed("trkfoundw.grf", _slopes_spriteindexes[_sprite_page_to_load], i++);
load_index = Sprites.SPR_AUTORAIL_BASE;
load_index += LoadGrfFile("autorail.grf", load_index, i++);
assert(load_index == Sprites.SPR_OPENTTD_BASE);
LoadGrfIndexed("openttd.grf", _openttd_grf_indexes, i++);
load_index = Sprites.SPR_OPENTTD_BASE + OPENTTD_SPRITES_COUNT;
// [dz] wrong place, but it was in LoadNewGRF for some reason.
//memcpy(&_engine_info, &orig_engine_info, sizeof(orig_engine_info));
//memcpy(&_rail_vehicle_info, &orig_rail_vehicle_info, sizeof(orig_rail_vehicle_info));
//memcpy(&_ship_vehicle_info, &orig_ship_vehicle_info, sizeof(orig_ship_vehicle_info));
//memcpy(&_aircraft_vehicle_info, &orig_aircraft_vehicle_info, sizeof(orig_aircraft_vehicle_info));
//memcpy(&_road_vehicle_info, &orig_road_vehicle_info, sizeof(orig_road_vehicle_info));
// TODO make deep copy??
//Global._engine_info = EngineTables2.orig_engine_info;
//for( EngineInfo ei : EngineTables2.orig_engine_info )
System.arraycopy(
EngineTables2.orig_engine_info, 0,
Global._engine_info, 0, Global._engine_info.length );
System.arraycopy(
EngineTables2.orig_rail_vehicle_info , 0,
Global._rail_vehicle_info, 0, Global._rail_vehicle_info.length );
System.arraycopy(
EngineTables2.orig_ship_vehicle_info, 0,
Global._ship_vehicle_info, 0, Global._ship_vehicle_info.length );
System.arraycopy(
EngineTables2.orig_aircraft_vehicle_info, 0,
Global._aircraft_vehicle_info, 0, Global._aircraft_vehicle_info.length );
System.arraycopy(
EngineTables2.orig_road_vehicle_info, 0,
Global._road_vehicle_info, 0, Global._road_vehicle_info.length );
Bridge.loadOrigBridges();
// Unload sprite group data
Engine.UnloadWagonOverrides();
Engine.UnloadCustomEngineSprites();
Engine.UnloadCustomEngineNames();
// Reset price base data
Economy.ResetPriceBaseMultipliers();
// TODO was called from LoadNewGRF
GRFFile.ResetNewGRFData();
GRFFile.LoadNewGRF(load_index, i);
} | private static void LoadSpriteTables()
{
final String[] files = files_win;
int load_index;
int i;
LoadGrfIndexed(files[0], trg1idx, 0);
SpriteCache.DupSprite( 2, 130);
SpriteCache.DupSprite(226, 354);
SpriteCache.DupSprite(450, 578);
load_index = 4793;
for (i = 1; files[i] != null; i++) {
load_index += LoadGrfFile(files[i], load_index, i);
}
if (_sprite_page_to_load != 0) {
LoadGrfIndexed(
files_landscape[_sprite_page_to_load - 1],
_landscape_spriteindexes[_sprite_page_to_load - 1],
i++
);
}
assert(load_index == Sprites.SPR_CANALS_BASE);
load_index += LoadGrfFile("canalsw.grf", load_index, i++);
assert(load_index == Sprites.SPR_SLOPES_BASE);
LoadGrfIndexed("trkfoundw.grf", _slopes_spriteindexes[_sprite_page_to_load], i++);
load_index = Sprites.SPR_AUTORAIL_BASE;
load_index += LoadGrfFile("autorail.grf", load_index, i++);
assert(load_index == Sprites.SPR_OPENTTD_BASE);
LoadGrfIndexed("openttd.grf", _openttd_grf_indexes, i++);
load_index = Sprites.SPR_OPENTTD_BASE + OPENTTD_SPRITES_COUNT;
System.arraycopy(
EngineTables2.orig_engine_info, 0,
Global._engine_info, 0, Global._engine_info.length );
System.arraycopy(
EngineTables2.orig_rail_vehicle_info , 0,
Global._rail_vehicle_info, 0, Global._rail_vehicle_info.length );
System.arraycopy(
EngineTables2.orig_ship_vehicle_info, 0,
Global._ship_vehicle_info, 0, Global._ship_vehicle_info.length );
System.arraycopy(
EngineTables2.orig_aircraft_vehicle_info, 0,
Global._aircraft_vehicle_info, 0, Global._aircraft_vehicle_info.length );
System.arraycopy(
EngineTables2.orig_road_vehicle_info, 0,
Global._road_vehicle_info, 0, Global._road_vehicle_info.length );
Bridge.loadOrigBridges();
Engine.UnloadWagonOverrides();
Engine.UnloadCustomEngineSprites();
Engine.UnloadCustomEngineNames();
Economy.ResetPriceBaseMultipliers();
GRFFile.ResetNewGRFData();
GRFFile.LoadNewGRF(load_index, i);
} | private static void loadspritetables() { final string[] files = files_win; int load_index; int i; loadgrfindexed(files[0], trg1idx, 0); spritecache.dupsprite( 2, 130); spritecache.dupsprite(226, 354); spritecache.dupsprite(450, 578); load_index = 4793; for (i = 1; files[i] != null; i++) { load_index += loadgrffile(files[i], load_index, i); } if (_sprite_page_to_load != 0) { loadgrfindexed( files_landscape[_sprite_page_to_load - 1], _landscape_spriteindexes[_sprite_page_to_load - 1], i++ ); } assert(load_index == sprites.spr_canals_base); load_index += loadgrffile("canalsw.grf", load_index, i++); assert(load_index == sprites.spr_slopes_base); loadgrfindexed("trkfoundw.grf", _slopes_spriteindexes[_sprite_page_to_load], i++); load_index = sprites.spr_autorail_base; load_index += loadgrffile("autorail.grf", load_index, i++); assert(load_index == sprites.spr_openttd_base); loadgrfindexed("openttd.grf", _openttd_grf_indexes, i++); load_index = sprites.spr_openttd_base + openttd_sprites_count; system.arraycopy( enginetables2.orig_engine_info, 0, global._engine_info, 0, global._engine_info.length ); system.arraycopy( enginetables2.orig_rail_vehicle_info , 0, global._rail_vehicle_info, 0, global._rail_vehicle_info.length ); system.arraycopy( enginetables2.orig_ship_vehicle_info, 0, global._ship_vehicle_info, 0, global._ship_vehicle_info.length ); system.arraycopy( enginetables2.orig_aircraft_vehicle_info, 0, global._aircraft_vehicle_info, 0, global._aircraft_vehicle_info.length ); system.arraycopy( enginetables2.orig_road_vehicle_info, 0, global._road_vehicle_info, 0, global._road_vehicle_info.length ); bridge.loadorigbridges(); engine.unloadwagonoverrides(); engine.unloadcustomenginesprites(); engine.unloadcustomenginenames(); economy.resetpricebasemultipliers(); grffile.resetnewgrfdata(); grffile.loadnewgrf(load_index, i); } | alexey-lukyanenko/jdrive | [
1,
1,
0,
0
] |
13,084 | @Override
public void addContentView(View view) {
//todo add you childView to rootView , Usually not youself layout the View!
addView(view);
} | @Override
public void addContentView(View view) {
addView(view);
} | @override public void addcontentview(view view) { addview(view); } | Tamicer/FilterBar | [
0,
1,
0,
0
] |
13,100 | private boolean writeResponseBodyToDisk(ResponseBody body) {
try {
// todo change the file location/name according to your needs
File futureStudioIconFile = new File(getExternalFilesDir(null) + File.separator + nombreEditar + ".jpg");
InputStream inputStream = null;
OutputStream outputStream = null;
try {
byte[] fileReader = new byte[4096];
long fileSize = body.contentLength();
long fileSizeDownloaded = 0;
inputStream = body.byteStream();
outputStream = new FileOutputStream(futureStudioIconFile);
while (true) {
int read = inputStream.read(fileReader);
if (read == -1) {
Log.d("writeResponseBodyToDisk", "file download: " + fileSizeDownloaded + " of " + fileSize);
break;
}
outputStream.write(fileReader, 0, read);
fileSizeDownloaded += read;
}
outputStream.flush();
return true;
} catch (IOException e) {
return false;
} finally {
if (inputStream != null) {
inputStream.close();
}
if (outputStream != null) {
outputStream.close();
}
}
} catch (IOException e) {
return false;
}
} | private boolean writeResponseBodyToDisk(ResponseBody body) {
try {
File futureStudioIconFile = new File(getExternalFilesDir(null) + File.separator + nombreEditar + ".jpg");
InputStream inputStream = null;
OutputStream outputStream = null;
try {
byte[] fileReader = new byte[4096];
long fileSize = body.contentLength();
long fileSizeDownloaded = 0;
inputStream = body.byteStream();
outputStream = new FileOutputStream(futureStudioIconFile);
while (true) {
int read = inputStream.read(fileReader);
if (read == -1) {
Log.d("writeResponseBodyToDisk", "file download: " + fileSizeDownloaded + " of " + fileSize);
break;
}
outputStream.write(fileReader, 0, read);
fileSizeDownloaded += read;
}
outputStream.flush();
return true;
} catch (IOException e) {
return false;
} finally {
if (inputStream != null) {
inputStream.close();
}
if (outputStream != null) {
outputStream.close();
}
}
} catch (IOException e) {
return false;
}
} | private boolean writeresponsebodytodisk(responsebody body) { try { file futurestudioiconfile = new file(getexternalfilesdir(null) + file.separator + nombreeditar + ".jpg"); inputstream inputstream = null; outputstream outputstream = null; try { byte[] filereader = new byte[4096]; long filesize = body.contentlength(); long filesizedownloaded = 0; inputstream = body.bytestream(); outputstream = new fileoutputstream(futurestudioiconfile); while (true) { int read = inputstream.read(filereader); if (read == -1) { log.d("writeresponsebodytodisk", "file download: " + filesizedownloaded + " of " + filesize); break; } outputstream.write(filereader, 0, read); filesizedownloaded += read; } outputstream.flush(); return true; } catch (ioexception e) { return false; } finally { if (inputstream != null) { inputstream.close(); } if (outputstream != null) { outputstream.close(); } } } catch (ioexception e) { return false; } } | UNIZAR-30226-2021-14/Front-end | [
1,
0,
0,
0
] |
13,511 | @Override
public GraphStageLogic createLogic(Attributes attr) throws Exception {
JsonParser parser = new JsonParser();
return new GraphStageLogic(shape) {
{
setHandler(out, new AbstractOutHandler() {
@Override
public void onPull() throws Exception {
List<JSONEvent> events = new ArrayList<>();
parseInto(events);
if (events.isEmpty()) {
pull(in);
} else {
emitMultiple(out, events.iterator());
}
}
});
setHandler(in, new AbstractInHandler() {
@Override
public void onPush() throws Exception {
List<JSONEvent> events = new ArrayList<>();
ByteString bytes = grab(in);
// TODO either PR ByteBuffer support into actson, or sneaky-access the underlying byte array fields here
for (ByteBuffer b: bytes.getByteBuffers()) {
byte[] buf= new byte[b.remaining()];
b.get(buf, 0, b.remaining());
int i = 0;
while (i < buf.length) {
i += parser.getFeeder().feed(buf, i, buf.length - i);
parseInto(events);
}
}
if (events.isEmpty()) {
pull(in);
} else {
emitMultiple(out, events.iterator());
}
}
public void onUpstreamFinish() throws Exception {
parser.getFeeder().done();
List<JSONEvent> events = new ArrayList<>();
parseInto(events);
emitMultiple(out, events.iterator());
complete(out);
}
});
}
private void parseInto(List<JSONEvent> events) {
Option<JSONEvent> evt = next();
while (evt.isDefined()) {
events.add(evt.get());
evt = next();
}
};
private Option<JSONEvent> next() {
switch(parser.nextEvent()) {
case JsonEvent.END_ARRAY: return some(JSONEvent.END_ARRAY);
case JsonEvent.END_OBJECT: return some(JSONEvent.END_OBJECT);
case JsonEvent.ERROR: throw new IllegalArgumentException("There was a parse error at around character " + parser.getParsedCharacterCount());
case JsonEvent.EOF: return none();
case JsonEvent.FIELD_NAME: return some(new JSONEvent.FieldName(parser.getCurrentString()));
case JsonEvent.NEED_MORE_INPUT: return none();
case JsonEvent.START_ARRAY: return some(JSONEvent.START_ARRAY);
case JsonEvent.START_OBJECT: return some(JSONEvent.START_OBJECT);
case JsonEvent.VALUE_DOUBLE: return some(new JSONEvent.NumericValue(String.valueOf(parser.getCurrentDouble())));
case JsonEvent.VALUE_FALSE: return some(JSONEvent.FALSE);
case JsonEvent.VALUE_INT: return some(new JSONEvent.NumericValue(parser.getCurrentString()));
case JsonEvent.VALUE_NULL: return some(JSONEvent.NULL);
case JsonEvent.VALUE_STRING: return some(new JSONEvent.StringValue(parser.getCurrentString()));
case JsonEvent.VALUE_TRUE: return some(JSONEvent.TRUE);
default: throw new UnsupportedOperationException("Unexpected event in JSON parser");
}
}
};
} | @Override
public GraphStageLogic createLogic(Attributes attr) throws Exception {
JsonParser parser = new JsonParser();
return new GraphStageLogic(shape) {
{
setHandler(out, new AbstractOutHandler() {
@Override
public void onPull() throws Exception {
List<JSONEvent> events = new ArrayList<>();
parseInto(events);
if (events.isEmpty()) {
pull(in);
} else {
emitMultiple(out, events.iterator());
}
}
});
setHandler(in, new AbstractInHandler() {
@Override
public void onPush() throws Exception {
List<JSONEvent> events = new ArrayList<>();
ByteString bytes = grab(in);
for (ByteBuffer b: bytes.getByteBuffers()) {
byte[] buf= new byte[b.remaining()];
b.get(buf, 0, b.remaining());
int i = 0;
while (i < buf.length) {
i += parser.getFeeder().feed(buf, i, buf.length - i);
parseInto(events);
}
}
if (events.isEmpty()) {
pull(in);
} else {
emitMultiple(out, events.iterator());
}
}
public void onUpstreamFinish() throws Exception {
parser.getFeeder().done();
List<JSONEvent> events = new ArrayList<>();
parseInto(events);
emitMultiple(out, events.iterator());
complete(out);
}
});
}
private void parseInto(List<JSONEvent> events) {
Option<JSONEvent> evt = next();
while (evt.isDefined()) {
events.add(evt.get());
evt = next();
}
};
private Option<JSONEvent> next() {
switch(parser.nextEvent()) {
case JsonEvent.END_ARRAY: return some(JSONEvent.END_ARRAY);
case JsonEvent.END_OBJECT: return some(JSONEvent.END_OBJECT);
case JsonEvent.ERROR: throw new IllegalArgumentException("There was a parse error at around character " + parser.getParsedCharacterCount());
case JsonEvent.EOF: return none();
case JsonEvent.FIELD_NAME: return some(new JSONEvent.FieldName(parser.getCurrentString()));
case JsonEvent.NEED_MORE_INPUT: return none();
case JsonEvent.START_ARRAY: return some(JSONEvent.START_ARRAY);
case JsonEvent.START_OBJECT: return some(JSONEvent.START_OBJECT);
case JsonEvent.VALUE_DOUBLE: return some(new JSONEvent.NumericValue(String.valueOf(parser.getCurrentDouble())));
case JsonEvent.VALUE_FALSE: return some(JSONEvent.FALSE);
case JsonEvent.VALUE_INT: return some(new JSONEvent.NumericValue(parser.getCurrentString()));
case JsonEvent.VALUE_NULL: return some(JSONEvent.NULL);
case JsonEvent.VALUE_STRING: return some(new JSONEvent.StringValue(parser.getCurrentString()));
case JsonEvent.VALUE_TRUE: return some(JSONEvent.TRUE);
default: throw new UnsupportedOperationException("Unexpected event in JSON parser");
}
}
};
} | @override public graphstagelogic createlogic(attributes attr) throws exception { jsonparser parser = new jsonparser(); return new graphstagelogic(shape) { { sethandler(out, new abstractouthandler() { @override public void onpull() throws exception { list<jsonevent> events = new arraylist<>(); parseinto(events); if (events.isempty()) { pull(in); } else { emitmultiple(out, events.iterator()); } } }); sethandler(in, new abstractinhandler() { @override public void onpush() throws exception { list<jsonevent> events = new arraylist<>(); bytestring bytes = grab(in); for (bytebuffer b: bytes.getbytebuffers()) { byte[] buf= new byte[b.remaining()]; b.get(buf, 0, b.remaining()); int i = 0; while (i < buf.length) { i += parser.getfeeder().feed(buf, i, buf.length - i); parseinto(events); } } if (events.isempty()) { pull(in); } else { emitmultiple(out, events.iterator()); } } public void onupstreamfinish() throws exception { parser.getfeeder().done(); list<jsonevent> events = new arraylist<>(); parseinto(events); emitmultiple(out, events.iterator()); complete(out); } }); } private void parseinto(list<jsonevent> events) { option<jsonevent> evt = next(); while (evt.isdefined()) { events.add(evt.get()); evt = next(); } }; private option<jsonevent> next() { switch(parser.nextevent()) { case jsonevent.end_array: return some(jsonevent.end_array); case jsonevent.end_object: return some(jsonevent.end_object); case jsonevent.error: throw new illegalargumentexception("there was a parse error at around character " + parser.getparsedcharactercount()); case jsonevent.eof: return none(); case jsonevent.field_name: return some(new jsonevent.fieldname(parser.getcurrentstring())); case jsonevent.need_more_input: return none(); case jsonevent.start_array: return some(jsonevent.start_array); case jsonevent.start_object: return some(jsonevent.start_object); case jsonevent.value_double: return some(new jsonevent.numericvalue(string.valueof(parser.getcurrentdouble()))); case jsonevent.value_false: return some(jsonevent.false); case jsonevent.value_int: return some(new jsonevent.numericvalue(parser.getcurrentstring())); case jsonevent.value_null: return some(jsonevent.null); case jsonevent.value_string: return some(new jsonevent.stringvalue(parser.getcurrentstring())); case jsonevent.value_true: return some(jsonevent.true); default: throw new unsupportedoperationexception("unexpected event in json parser"); } } }; } | alar17/ts-reaktive | [
1,
0,
0,
0
] |
13,714 | private void annotateInferredType(Tree tree, AnnotatedTypeMirror type) {
switch (tree.getKind()) {
case NEW_ARRAY:
case NEW_CLASS:
InferenceMain.getInstance().getCurrentExtractor().annotateInferredType(getIdentifier(tree), type);
break;
case METHOD:
ExecutableElement methodElt = TreeUtils.elementFromDeclaration(
(MethodTree) tree);
InferenceMain.getInstance().getCurrentExtractor().annotateInferredType(getIdentifier(methodElt), type);
break;
case TYPE_CAST:
if (!checker.isAnnotated(type)) {
Tree t = tree;
while (t.getKind() == Kind.TYPE_CAST) {
t = ((TypeCastTree) t).getExpression();
if (t instanceof ExpressionTree)
t = TreeUtils.skipParens((ExpressionTree) t);
}
AnnotatedTypeMirror castType = getAnnotatedType(t);
InferenceUtils.assignAnnotations(type, castType);
}
break;
case METHOD_INVOCATION:
if (type.getKind() != TypeKind.VOID) {
MethodInvocationTree miTree = (MethodInvocationTree) tree;
ExecutableElement iMethodElt = TreeUtils.elementFromUse(miTree);
ExpressionTree rcvTree = InferenceUtils.getReceiverTree(miTree);
if (ElementUtils.isStatic(iMethodElt)) {
// System.out.println("WARN: be supported in SFlowVisitor");
} else {
ExecutableElement currentMethod = getCurrentMethodElt();
AnnotatedTypeMirror rcvType = null;
if (rcvTree != null) {
// like x = y.m(z);
rcvType = getAnnotatedType(rcvTree);
} else if (currentMethod != null) {
rcvType = getAnnotatedType(currentMethod).getReceiverType();
}
if (rcvType != null) {
// Do viewpoint adaptation
Set<AnnotationMirror> set = checker.adaptFieldSet(
rcvType.getAnnotations(), type.getAnnotations());
if (!set.isEmpty()) {
type.clearAnnotations();
type.addAnnotations(set);
}
}
}
}
break;
case VARIABLE:
// TODO: Consider using viewpoint adaptation
VariableElement varElt = TreeUtils.elementFromDeclaration((VariableTree)tree);
InferenceMain.getInstance().getCurrentExtractor().annotateInferredType(getIdentifier(varElt), type);
// If there is an initialization for field, we need adapt it from
// ClassTree type
if (varElt.getKind().isField() && !ElementUtils.isStatic(varElt)) {
ClassTree classTree = this.getVisitorState().getClassTree();
TypeElement classElt = TreeUtils.elementFromDeclaration(classTree);
AnnotatedDeclaredType defConstructorType = getAnnotatedType(classElt);
InferenceMain.getInstance().getCurrentExtractor()
.annotateInferredType(getIdentifier(classElt), defConstructorType);
Set<AnnotationMirror> set = checker.adaptFieldSet(defConstructorType
.getAnnotations(), type.getAnnotations());
if (!set.isEmpty()) {
type.clearAnnotations();
type.addAnnotations(set);
}
}
break;
case IDENTIFIER:
Element idElt = TreeUtils.elementFromUse((IdentifierTree) tree);
// We don't want to annotate CLASS type
if (idElt.getKind() != ElementKind.CLASS && idElt.getKind() != ElementKind.INTERFACE) {
InferenceMain.getInstance().getCurrentExtractor().annotateInferredType(getIdentifier(idElt), type);
// May need viewpoint adaptation if it is a field
if (idElt.getKind() == ElementKind.FIELD) {
// We need to adapt it from PoV of THIS
ExecutableElement currentMethod = getCurrentMethodElt();
if (currentMethod != null) {
AnnotatedExecutableType methodType = getAnnotatedType(currentMethod);
Set<AnnotationMirror> set = checker.adaptFieldSet(methodType
.getReceiverType().getAnnotations(), type.getAnnotations());
if (!set.isEmpty()) {
type.clearAnnotations();
type.addAnnotations(set);
}
} else {
// This happen in the static initializer
// ignore
}
}
}
break;
case ARRAY_ACCESS:
// WEI: move from ReimAnnotatedTypeFactory on Aug 2.
ArrayAccessTree aTree = (ArrayAccessTree) tree;
ExpressionTree aExpr = aTree.getExpression();
AnnotatedTypeMirror aExprType = getAnnotatedType(aExpr);
assert aExprType.getKind() == TypeKind.ARRAY;
Set<AnnotationMirror> componentAnnos = ((AnnotatedArrayType) aExprType)
.getComponentType().getAnnotations();
Set<AnnotationMirror> adaptedAnnos = checker.adaptFieldSet(
aExprType.getAnnotations(), componentAnnos);
if (!adaptedAnnos.isEmpty()) {
type.clearAnnotations();
type.addAnnotations(adaptedAnnos);
}
break;
case MEMBER_SELECT:
// WEI: added on Aug 2
// WEI: Remove the above line, also considering remove the
// tree.getKind() == Kind.MEMBER_SELECT in the "default" case
MemberSelectTree mTree = (MemberSelectTree) tree;
Element fieldElt = TreeUtils.elementFromUse(mTree);
if (checker.isAccessOuterThis(mTree)) {
// If it is like Body.this
// FIXME:
MethodTree methodTree = this.getVisitorState().getMethodTree();
if (methodTree != null) {
ExecutableElement currentMethodElt = TreeUtils
.elementFromDeclaration(methodTree);
Element outerElt = checker.getOuterThisElement(mTree, currentMethodElt);
Reference inferredRef = null;
if (outerElt != null && outerElt.getKind() == ElementKind.METHOD) {
inferredRef = InferenceMain.getInstance().getCurrentExtractor().getInferredReference(getIdentifier(outerElt));
} else {
inferredRef = InferenceMain.getInstance().getCurrentExtractor().getInferredReference(getIdentifier(currentMethodElt));
}
if (inferredRef != null)
InferenceUtils.annotateReferenceType(type,
((ExecutableReference) inferredRef).getReceiverRef());
else
System.err.println("WARN: Cannot annotate " + mTree);
}
} else if (!fieldElt.getSimpleName().contentEquals("super")
&& fieldElt.getKind() == ElementKind.FIELD
&& !ElementUtils.isStatic(fieldElt)
&& checker.isAnnotated(type)
) {
// Do viewpoint adaptation
ExpressionTree expr = mTree.getExpression();
AnnotatedTypeMirror exprType = getAnnotatedType(expr);
AnnotatedTypeMirror fieldType = getAnnotatedType(fieldElt);
Set<AnnotationMirror> set = checker.adaptFieldSet(
exprType.getAnnotations(),
fieldType.getAnnotations());
if (!set.isEmpty()) {
type.clearAnnotations();
type.addAnnotations(set);
}
} else if (!checker.isAnnotated(type)
&& fieldElt.getSimpleName().contentEquals("class"))
type.addAnnotation(checker.BOTTOM);
break;
default:
if(!checker.isAnnotated(type)) {
if (tree instanceof UnaryTree) {
AnnotatedTypeMirror aType = getAnnotatedType(
((UnaryTree) tree).getExpression());
InferenceUtils.assignAnnotations(type, aType);
} else if (tree instanceof BinaryTree && !checker.isAnnotated(type)) {
ExpressionTree left = ((BinaryTree)tree).getLeftOperand();
ExpressionTree right = ((BinaryTree)tree).getRightOperand();
AnnotatedTypeMirror leftType = getAnnotatedType(left);
AnnotatedTypeMirror rightType = getAnnotatedType(right);
Set<AnnotationMirror> leftSet = leftType.getAnnotations();
Set<AnnotationMirror> rightSet = rightType.getAnnotations();
Set<AnnotationMirror> set = qualHierarchy.leastUpperBound(leftSet, rightSet);
type.addAnnotations(set);
}
}
}
} | private void annotateInferredType(Tree tree, AnnotatedTypeMirror type) {
switch (tree.getKind()) {
case NEW_ARRAY:
case NEW_CLASS:
InferenceMain.getInstance().getCurrentExtractor().annotateInferredType(getIdentifier(tree), type);
break;
case METHOD:
ExecutableElement methodElt = TreeUtils.elementFromDeclaration(
(MethodTree) tree);
InferenceMain.getInstance().getCurrentExtractor().annotateInferredType(getIdentifier(methodElt), type);
break;
case TYPE_CAST:
if (!checker.isAnnotated(type)) {
Tree t = tree;
while (t.getKind() == Kind.TYPE_CAST) {
t = ((TypeCastTree) t).getExpression();
if (t instanceof ExpressionTree)
t = TreeUtils.skipParens((ExpressionTree) t);
}
AnnotatedTypeMirror castType = getAnnotatedType(t);
InferenceUtils.assignAnnotations(type, castType);
}
break;
case METHOD_INVOCATION:
if (type.getKind() != TypeKind.VOID) {
MethodInvocationTree miTree = (MethodInvocationTree) tree;
ExecutableElement iMethodElt = TreeUtils.elementFromUse(miTree);
ExpressionTree rcvTree = InferenceUtils.getReceiverTree(miTree);
if (ElementUtils.isStatic(iMethodElt)) {
} else {
ExecutableElement currentMethod = getCurrentMethodElt();
AnnotatedTypeMirror rcvType = null;
if (rcvTree != null) {
rcvType = getAnnotatedType(rcvTree);
} else if (currentMethod != null) {
rcvType = getAnnotatedType(currentMethod).getReceiverType();
}
if (rcvType != null) {
Set<AnnotationMirror> set = checker.adaptFieldSet(
rcvType.getAnnotations(), type.getAnnotations());
if (!set.isEmpty()) {
type.clearAnnotations();
type.addAnnotations(set);
}
}
}
}
break;
case VARIABLE:
VariableElement varElt = TreeUtils.elementFromDeclaration((VariableTree)tree);
InferenceMain.getInstance().getCurrentExtractor().annotateInferredType(getIdentifier(varElt), type);
if (varElt.getKind().isField() && !ElementUtils.isStatic(varElt)) {
ClassTree classTree = this.getVisitorState().getClassTree();
TypeElement classElt = TreeUtils.elementFromDeclaration(classTree);
AnnotatedDeclaredType defConstructorType = getAnnotatedType(classElt);
InferenceMain.getInstance().getCurrentExtractor()
.annotateInferredType(getIdentifier(classElt), defConstructorType);
Set<AnnotationMirror> set = checker.adaptFieldSet(defConstructorType
.getAnnotations(), type.getAnnotations());
if (!set.isEmpty()) {
type.clearAnnotations();
type.addAnnotations(set);
}
}
break;
case IDENTIFIER:
Element idElt = TreeUtils.elementFromUse((IdentifierTree) tree);
if (idElt.getKind() != ElementKind.CLASS && idElt.getKind() != ElementKind.INTERFACE) {
InferenceMain.getInstance().getCurrentExtractor().annotateInferredType(getIdentifier(idElt), type);
if (idElt.getKind() == ElementKind.FIELD) {
ExecutableElement currentMethod = getCurrentMethodElt();
if (currentMethod != null) {
AnnotatedExecutableType methodType = getAnnotatedType(currentMethod);
Set<AnnotationMirror> set = checker.adaptFieldSet(methodType
.getReceiverType().getAnnotations(), type.getAnnotations());
if (!set.isEmpty()) {
type.clearAnnotations();
type.addAnnotations(set);
}
} else {
}
}
}
break;
case ARRAY_ACCESS:
ArrayAccessTree aTree = (ArrayAccessTree) tree;
ExpressionTree aExpr = aTree.getExpression();
AnnotatedTypeMirror aExprType = getAnnotatedType(aExpr);
assert aExprType.getKind() == TypeKind.ARRAY;
Set<AnnotationMirror> componentAnnos = ((AnnotatedArrayType) aExprType)
.getComponentType().getAnnotations();
Set<AnnotationMirror> adaptedAnnos = checker.adaptFieldSet(
aExprType.getAnnotations(), componentAnnos);
if (!adaptedAnnos.isEmpty()) {
type.clearAnnotations();
type.addAnnotations(adaptedAnnos);
}
break;
case MEMBER_SELECT:
MemberSelectTree mTree = (MemberSelectTree) tree;
Element fieldElt = TreeUtils.elementFromUse(mTree);
if (checker.isAccessOuterThis(mTree)) {
MethodTree methodTree = this.getVisitorState().getMethodTree();
if (methodTree != null) {
ExecutableElement currentMethodElt = TreeUtils
.elementFromDeclaration(methodTree);
Element outerElt = checker.getOuterThisElement(mTree, currentMethodElt);
Reference inferredRef = null;
if (outerElt != null && outerElt.getKind() == ElementKind.METHOD) {
inferredRef = InferenceMain.getInstance().getCurrentExtractor().getInferredReference(getIdentifier(outerElt));
} else {
inferredRef = InferenceMain.getInstance().getCurrentExtractor().getInferredReference(getIdentifier(currentMethodElt));
}
if (inferredRef != null)
InferenceUtils.annotateReferenceType(type,
((ExecutableReference) inferredRef).getReceiverRef());
else
System.err.println("WARN: Cannot annotate " + mTree);
}
} else if (!fieldElt.getSimpleName().contentEquals("super")
&& fieldElt.getKind() == ElementKind.FIELD
&& !ElementUtils.isStatic(fieldElt)
&& checker.isAnnotated(type)
) {
ExpressionTree expr = mTree.getExpression();
AnnotatedTypeMirror exprType = getAnnotatedType(expr);
AnnotatedTypeMirror fieldType = getAnnotatedType(fieldElt);
Set<AnnotationMirror> set = checker.adaptFieldSet(
exprType.getAnnotations(),
fieldType.getAnnotations());
if (!set.isEmpty()) {
type.clearAnnotations();
type.addAnnotations(set);
}
} else if (!checker.isAnnotated(type)
&& fieldElt.getSimpleName().contentEquals("class"))
type.addAnnotation(checker.BOTTOM);
break;
default:
if(!checker.isAnnotated(type)) {
if (tree instanceof UnaryTree) {
AnnotatedTypeMirror aType = getAnnotatedType(
((UnaryTree) tree).getExpression());
InferenceUtils.assignAnnotations(type, aType);
} else if (tree instanceof BinaryTree && !checker.isAnnotated(type)) {
ExpressionTree left = ((BinaryTree)tree).getLeftOperand();
ExpressionTree right = ((BinaryTree)tree).getRightOperand();
AnnotatedTypeMirror leftType = getAnnotatedType(left);
AnnotatedTypeMirror rightType = getAnnotatedType(right);
Set<AnnotationMirror> leftSet = leftType.getAnnotations();
Set<AnnotationMirror> rightSet = rightType.getAnnotations();
Set<AnnotationMirror> set = qualHierarchy.leastUpperBound(leftSet, rightSet);
type.addAnnotations(set);
}
}
}
} | private void annotateinferredtype(tree tree, annotatedtypemirror type) { switch (tree.getkind()) { case new_array: case new_class: inferencemain.getinstance().getcurrentextractor().annotateinferredtype(getidentifier(tree), type); break; case method: executableelement methodelt = treeutils.elementfromdeclaration( (methodtree) tree); inferencemain.getinstance().getcurrentextractor().annotateinferredtype(getidentifier(methodelt), type); break; case type_cast: if (!checker.isannotated(type)) { tree t = tree; while (t.getkind() == kind.type_cast) { t = ((typecasttree) t).getexpression(); if (t instanceof expressiontree) t = treeutils.skipparens((expressiontree) t); } annotatedtypemirror casttype = getannotatedtype(t); inferenceutils.assignannotations(type, casttype); } break; case method_invocation: if (type.getkind() != typekind.void) { methodinvocationtree mitree = (methodinvocationtree) tree; executableelement imethodelt = treeutils.elementfromuse(mitree); expressiontree rcvtree = inferenceutils.getreceivertree(mitree); if (elementutils.isstatic(imethodelt)) { } else { executableelement currentmethod = getcurrentmethodelt(); annotatedtypemirror rcvtype = null; if (rcvtree != null) { rcvtype = getannotatedtype(rcvtree); } else if (currentmethod != null) { rcvtype = getannotatedtype(currentmethod).getreceivertype(); } if (rcvtype != null) { set<annotationmirror> set = checker.adaptfieldset( rcvtype.getannotations(), type.getannotations()); if (!set.isempty()) { type.clearannotations(); type.addannotations(set); } } } } break; case variable: variableelement varelt = treeutils.elementfromdeclaration((variabletree)tree); inferencemain.getinstance().getcurrentextractor().annotateinferredtype(getidentifier(varelt), type); if (varelt.getkind().isfield() && !elementutils.isstatic(varelt)) { classtree classtree = this.getvisitorstate().getclasstree(); typeelement classelt = treeutils.elementfromdeclaration(classtree); annotateddeclaredtype defconstructortype = getannotatedtype(classelt); inferencemain.getinstance().getcurrentextractor() .annotateinferredtype(getidentifier(classelt), defconstructortype); set<annotationmirror> set = checker.adaptfieldset(defconstructortype .getannotations(), type.getannotations()); if (!set.isempty()) { type.clearannotations(); type.addannotations(set); } } break; case identifier: element idelt = treeutils.elementfromuse((identifiertree) tree); if (idelt.getkind() != elementkind.class && idelt.getkind() != elementkind.interface) { inferencemain.getinstance().getcurrentextractor().annotateinferredtype(getidentifier(idelt), type); if (idelt.getkind() == elementkind.field) { executableelement currentmethod = getcurrentmethodelt(); if (currentmethod != null) { annotatedexecutabletype methodtype = getannotatedtype(currentmethod); set<annotationmirror> set = checker.adaptfieldset(methodtype .getreceivertype().getannotations(), type.getannotations()); if (!set.isempty()) { type.clearannotations(); type.addannotations(set); } } else { } } } break; case array_access: arrayaccesstree atree = (arrayaccesstree) tree; expressiontree aexpr = atree.getexpression(); annotatedtypemirror aexprtype = getannotatedtype(aexpr); assert aexprtype.getkind() == typekind.array; set<annotationmirror> componentannos = ((annotatedarraytype) aexprtype) .getcomponenttype().getannotations(); set<annotationmirror> adaptedannos = checker.adaptfieldset( aexprtype.getannotations(), componentannos); if (!adaptedannos.isempty()) { type.clearannotations(); type.addannotations(adaptedannos); } break; case member_select: memberselecttree mtree = (memberselecttree) tree; element fieldelt = treeutils.elementfromuse(mtree); if (checker.isaccessouterthis(mtree)) { methodtree methodtree = this.getvisitorstate().getmethodtree(); if (methodtree != null) { executableelement currentmethodelt = treeutils .elementfromdeclaration(methodtree); element outerelt = checker.getouterthiselement(mtree, currentmethodelt); reference inferredref = null; if (outerelt != null && outerelt.getkind() == elementkind.method) { inferredref = inferencemain.getinstance().getcurrentextractor().getinferredreference(getidentifier(outerelt)); } else { inferredref = inferencemain.getinstance().getcurrentextractor().getinferredreference(getidentifier(currentmethodelt)); } if (inferredref != null) inferenceutils.annotatereferencetype(type, ((executablereference) inferredref).getreceiverref()); else system.err.println("warn: cannot annotate " + mtree); } } else if (!fieldelt.getsimplename().contentequals("super") && fieldelt.getkind() == elementkind.field && !elementutils.isstatic(fieldelt) && checker.isannotated(type) ) { expressiontree expr = mtree.getexpression(); annotatedtypemirror exprtype = getannotatedtype(expr); annotatedtypemirror fieldtype = getannotatedtype(fieldelt); set<annotationmirror> set = checker.adaptfieldset( exprtype.getannotations(), fieldtype.getannotations()); if (!set.isempty()) { type.clearannotations(); type.addannotations(set); } } else if (!checker.isannotated(type) && fieldelt.getsimplename().contentequals("class")) type.addannotation(checker.bottom); break; default: if(!checker.isannotated(type)) { if (tree instanceof unarytree) { annotatedtypemirror atype = getannotatedtype( ((unarytree) tree).getexpression()); inferenceutils.assignannotations(type, atype); } else if (tree instanceof binarytree && !checker.isannotated(type)) { expressiontree left = ((binarytree)tree).getleftoperand(); expressiontree right = ((binarytree)tree).getrightoperand(); annotatedtypemirror lefttype = getannotatedtype(left); annotatedtypemirror righttype = getannotatedtype(right); set<annotationmirror> leftset = lefttype.getannotations(); set<annotationmirror> rightset = righttype.getannotations(); set<annotationmirror> set = qualhierarchy.leastupperbound(leftset, rightset); type.addannotations(set); } } } } | SoftwareEngineeringToolDemos/type-inference | [
1,
0,
1,
0
] |
13,884 | private boolean isPasswordValid(String password) {
//TODO: Replace this with your own logic
return password.length() > 5;
} | private boolean isPasswordValid(String password) {
return password.length() > 5;
} | private boolean ispasswordvalid(string password) { return password.length() > 5; } | ShivamPokhriyal/Custom-UI-Sample | [
1,
0,
0,
0
] |
30,271 | private List<String> commonLinkAndCompileFlagsForClang(
ObjcProvider provider, ObjcConfiguration objcConfiguration,
AppleConfiguration appleConfiguration) {
ImmutableList.Builder<String> builder = new ImmutableList.Builder<>();
Platform platform = appleConfiguration.getSingleArchPlatform();
switch (platform) {
case IOS_SIMULATOR:
builder.add("-mios-simulator-version-min="
+ appleConfiguration.getMinimumOsForPlatformType(platform.getType()));
break;
case IOS_DEVICE:
builder.add("-miphoneos-version-min="
+ appleConfiguration.getMinimumOsForPlatformType(platform.getType()));
break;
case WATCHOS_SIMULATOR:
// TODO(bazel-team): Use the value from --watchos-minimum-os instead of tying to the SDK
// version.
builder.add("-mwatchos-simulator-version-min="
+ appleConfiguration.getSdkVersionForPlatform(platform));
break;
case WATCHOS_DEVICE:
// TODO(bazel-team): Use the value from --watchos-minimum-os instead of tying to the SDK
// version.
builder.add("-mwatchos-version-min="
+ appleConfiguration.getSdkVersionForPlatform(platform));
break;
case TVOS_SIMULATOR:
builder.add("-mtvos-simulator-version-min="
+ appleConfiguration.getMinimumOsForPlatformType(platform.getType()));
break;
case TVOS_DEVICE:
builder.add("-mtvos-version-min="
+ appleConfiguration.getMinimumOsForPlatformType(platform.getType()));
break;
default:
throw new IllegalArgumentException("Unhandled platform " + platform);
}
if (objcConfiguration.generateDsym()) {
builder.add("-g");
}
return builder
.add("-arch", appleConfiguration.getSingleArchitecture())
.add("-isysroot", AppleToolchain.sdkDir())
// TODO(bazel-team): Pass framework search paths to Xcodegen.
.addAll(commonFrameworkFlags(provider, appleConfiguration))
.build();
} | private List<String> commonLinkAndCompileFlagsForClang(
ObjcProvider provider, ObjcConfiguration objcConfiguration,
AppleConfiguration appleConfiguration) {
ImmutableList.Builder<String> builder = new ImmutableList.Builder<>();
Platform platform = appleConfiguration.getSingleArchPlatform();
switch (platform) {
case IOS_SIMULATOR:
builder.add("-mios-simulator-version-min="
+ appleConfiguration.getMinimumOsForPlatformType(platform.getType()));
break;
case IOS_DEVICE:
builder.add("-miphoneos-version-min="
+ appleConfiguration.getMinimumOsForPlatformType(platform.getType()));
break;
case WATCHOS_SIMULATOR:
builder.add("-mwatchos-simulator-version-min="
+ appleConfiguration.getSdkVersionForPlatform(platform));
break;
case WATCHOS_DEVICE:
builder.add("-mwatchos-version-min="
+ appleConfiguration.getSdkVersionForPlatform(platform));
break;
case TVOS_SIMULATOR:
builder.add("-mtvos-simulator-version-min="
+ appleConfiguration.getMinimumOsForPlatformType(platform.getType()));
break;
case TVOS_DEVICE:
builder.add("-mtvos-version-min="
+ appleConfiguration.getMinimumOsForPlatformType(platform.getType()));
break;
default:
throw new IllegalArgumentException("Unhandled platform " + platform);
}
if (objcConfiguration.generateDsym()) {
builder.add("-g");
}
return builder
.add("-arch", appleConfiguration.getSingleArchitecture())
.add("-isysroot", AppleToolchain.sdkDir())
.addAll(commonFrameworkFlags(provider, appleConfiguration))
.build();
} | private list<string> commonlinkandcompileflagsforclang( objcprovider provider, objcconfiguration objcconfiguration, appleconfiguration appleconfiguration) { immutablelist.builder<string> builder = new immutablelist.builder<>(); platform platform = appleconfiguration.getsinglearchplatform(); switch (platform) { case ios_simulator: builder.add("-mios-simulator-version-min=" + appleconfiguration.getminimumosforplatformtype(platform.gettype())); break; case ios_device: builder.add("-miphoneos-version-min=" + appleconfiguration.getminimumosforplatformtype(platform.gettype())); break; case watchos_simulator: builder.add("-mwatchos-simulator-version-min=" + appleconfiguration.getsdkversionforplatform(platform)); break; case watchos_device: builder.add("-mwatchos-version-min=" + appleconfiguration.getsdkversionforplatform(platform)); break; case tvos_simulator: builder.add("-mtvos-simulator-version-min=" + appleconfiguration.getminimumosforplatformtype(platform.gettype())); break; case tvos_device: builder.add("-mtvos-version-min=" + appleconfiguration.getminimumosforplatformtype(platform.gettype())); break; default: throw new illegalargumentexception("unhandled platform " + platform); } if (objcconfiguration.generatedsym()) { builder.add("-g"); } return builder .add("-arch", appleconfiguration.getsinglearchitecture()) .add("-isysroot", appletoolchain.sdkdir()) .addall(commonframeworkflags(provider, appleconfiguration)) .build(); } | Tingbopku/tingbo1 | [
1,
1,
0,
0
] |
22,098 | @Override
public void onClick(DialogInterface dialog, int which) {
// User clicked OK button
int[] inputs = new int[playerManager.getSelectedPlayerCount()];
//starts at STARTINGPLAYER, since input list starts at STARTINGPLAYER
for (int i = STARTINGPLAYER; i < playerManager.getSelectedPlayerCount() + STARTINGPLAYER; i++) {
int index = getPlayerIndex(i);
EditText editText = (EditText) ((LinearLayout) linearLayout.getChildAt(i - STARTINGPLAYER)).getChildAt(3);
//verify input
int input;
try {
input = Integer.parseInt(editText.getText().toString());
} catch (NumberFormatException nfe) {
Toast toast = Toast.makeText(CONTEXT, "Invalid input", Toast.LENGTH_SHORT);
toast.show();
return;
}
inputs[index] = input;
}
//validate results
int totalValue = 0;
for (int value : inputs) {
if (value < 0) {
Toast toast = Toast.makeText(CONTEXT, CONTEXT.getResources().getString(R.string.invalid_number), Toast.LENGTH_SHORT);
toast.show();
return;
}
totalValue += value;
}
if (gameScoreManager.getNextEntryType() == ReadOnlyGameScoreManager.EntryType.SCORE && totalValue != gameScoreManager.getCardCount(gameScoreManager.getRound())) {
Toast toast = Toast.makeText(CONTEXT, CONTEXT.getResources().getString(R.string.invalid_score), Toast.LENGTH_LONG);
toast.show();
return;
}
//save results
//todo: save playerID with input field for better code quality
Map<Long, Integer> inputMap = new HashMap<>();
for (int i = 0; i < playerManager.getSelectedPlayerCount(); i++) {
inputMap.put(playerManager.getSelectedPlayers()[i], inputs[i]);
}
//if this entry is score, update views && activate next round
if (gameScoreManager.getNextEntryType() == GameScoreManager.EntryType.SCORE) {
gameScoreManager.enterScores(inputMap);
PersistenceManager.getInstance().saveGame(gameScoreManager);
headerManager.updateScores();
rowManager.updateScores();
changeButtonVisibility(ButtonVisible.NONE);
if (gameScoreManager.getRound() != gameScoreManager.getAmountOfRounds()) {
nextRound.changeButtonVisibility(ButtonVisible.PREDICT);
}
} else {
gameScoreManager.enterPredictions(inputMap);
PersistenceManager.getInstance().saveGame(gameScoreManager);
rowManager.updatePredictions();
changeButtonVisibility(ButtonVisible.SCORE);
}
//change buttons
changeButtonVisibility(gameScoreManager.getNextEntryType() == ReadOnlyGameScoreManager.EntryType.SCORE ? ButtonVisible.SCORE : ButtonVisible.NONE);
} | @Override
public void onClick(DialogInterface dialog, int which) {
int[] inputs = new int[playerManager.getSelectedPlayerCount()];
for (int i = STARTINGPLAYER; i < playerManager.getSelectedPlayerCount() + STARTINGPLAYER; i++) {
int index = getPlayerIndex(i);
EditText editText = (EditText) ((LinearLayout) linearLayout.getChildAt(i - STARTINGPLAYER)).getChildAt(3);
int input;
try {
input = Integer.parseInt(editText.getText().toString());
} catch (NumberFormatException nfe) {
Toast toast = Toast.makeText(CONTEXT, "Invalid input", Toast.LENGTH_SHORT);
toast.show();
return;
}
inputs[index] = input;
}
int totalValue = 0;
for (int value : inputs) {
if (value < 0) {
Toast toast = Toast.makeText(CONTEXT, CONTEXT.getResources().getString(R.string.invalid_number), Toast.LENGTH_SHORT);
toast.show();
return;
}
totalValue += value;
}
if (gameScoreManager.getNextEntryType() == ReadOnlyGameScoreManager.EntryType.SCORE && totalValue != gameScoreManager.getCardCount(gameScoreManager.getRound())) {
Toast toast = Toast.makeText(CONTEXT, CONTEXT.getResources().getString(R.string.invalid_score), Toast.LENGTH_LONG);
toast.show();
return;
}
Map<Long, Integer> inputMap = new HashMap<>();
for (int i = 0; i < playerManager.getSelectedPlayerCount(); i++) {
inputMap.put(playerManager.getSelectedPlayers()[i], inputs[i]);
}
if (gameScoreManager.getNextEntryType() == GameScoreManager.EntryType.SCORE) {
gameScoreManager.enterScores(inputMap);
PersistenceManager.getInstance().saveGame(gameScoreManager);
headerManager.updateScores();
rowManager.updateScores();
changeButtonVisibility(ButtonVisible.NONE);
if (gameScoreManager.getRound() != gameScoreManager.getAmountOfRounds()) {
nextRound.changeButtonVisibility(ButtonVisible.PREDICT);
}
} else {
gameScoreManager.enterPredictions(inputMap);
PersistenceManager.getInstance().saveGame(gameScoreManager);
rowManager.updatePredictions();
changeButtonVisibility(ButtonVisible.SCORE);
}
changeButtonVisibility(gameScoreManager.getNextEntryType() == ReadOnlyGameScoreManager.EntryType.SCORE ? ButtonVisible.SCORE : ButtonVisible.NONE);
} | @override public void onclick(dialoginterface dialog, int which) { int[] inputs = new int[playermanager.getselectedplayercount()]; for (int i = startingplayer; i < playermanager.getselectedplayercount() + startingplayer; i++) { int index = getplayerindex(i); edittext edittext = (edittext) ((linearlayout) linearlayout.getchildat(i - startingplayer)).getchildat(3); int input; try { input = integer.parseint(edittext.gettext().tostring()); } catch (numberformatexception nfe) { toast toast = toast.maketext(context, "invalid input", toast.length_short); toast.show(); return; } inputs[index] = input; } int totalvalue = 0; for (int value : inputs) { if (value < 0) { toast toast = toast.maketext(context, context.getresources().getstring(r.string.invalid_number), toast.length_short); toast.show(); return; } totalvalue += value; } if (gamescoremanager.getnextentrytype() == readonlygamescoremanager.entrytype.score && totalvalue != gamescoremanager.getcardcount(gamescoremanager.getround())) { toast toast = toast.maketext(context, context.getresources().getstring(r.string.invalid_score), toast.length_long); toast.show(); return; } map<long, integer> inputmap = new hashmap<>(); for (int i = 0; i < playermanager.getselectedplayercount(); i++) { inputmap.put(playermanager.getselectedplayers()[i], inputs[i]); } if (gamescoremanager.getnextentrytype() == gamescoremanager.entrytype.score) { gamescoremanager.enterscores(inputmap); persistencemanager.getinstance().savegame(gamescoremanager); headermanager.updatescores(); rowmanager.updatescores(); changebuttonvisibility(buttonvisible.none); if (gamescoremanager.getround() != gamescoremanager.getamountofrounds()) { nextround.changebuttonvisibility(buttonvisible.predict); } } else { gamescoremanager.enterpredictions(inputmap); persistencemanager.getinstance().savegame(gamescoremanager); rowmanager.updatepredictions(); changebuttonvisibility(buttonvisible.score); } changebuttonvisibility(gamescoremanager.getnextentrytype() == readonlygamescoremanager.entrytype.score ? buttonvisible.score : buttonvisible.none); } | ThaChillera/CardScore | [
0,
1,
0,
0
] |
22,436 | @Override
public void prepareForSave(KualiDocumentEvent event) {
// TODO Auto-generated method stub
// first populate, then call super
if (event instanceof AttributedContinuePurapEvent) {
SpringContext.getBean(OleInvoiceService.class).populateInvoice(this);
}
if(this.getVendorPaymentTermsCode() != null && this.getVendorPaymentTermsCode().isEmpty()) {
this.setVendorPaymentTermsCode(null);
}
super.prepareForSave(event);
try {
if (this.proformaIndicator && !this.immediatePaymentIndicator) {
this.setImmediatePaymentIndicator(true);
}
LOG.debug("###########Inside OleInvoiceDocument " + "repareForSave###########");
List<OleInvoiceItem> items = new ArrayList<OleInvoiceItem>();
items = this.getItems();
Iterator iterator = items.iterator();
HashMap dataMap = new HashMap();
String titleId;
while (iterator.hasNext()) {
LOG.debug("###########inside prepareForSave item loop###########");
Object object = iterator.next();
if (object instanceof OleInvoiceItem) {
LOG.debug("###########inside prepareForSave ole payment request item###########");
OleInvoiceItem singleItem = (OleInvoiceItem) object;
if (StringUtils.isNotBlank(this.invoiceCurrencyType)) {
this.setInvoiceCurrencyTypeId(new Long(this.getInvoiceCurrencyType()));
String currencyType = SpringContext.getBean(OleInvoiceService.class).getCurrencyType(this.getInvoiceCurrencyType());
if (StringUtils.isNotBlank(currencyType)) {
if(!currencyType.equalsIgnoreCase(OleSelectConstant.CURRENCY_TYPE_NAME)) {
if (StringUtils.isNotBlank(this.getInvoiceCurrencyExchangeRate())) {
try {
Double.parseDouble(this.getInvoiceCurrencyExchangeRate());
singleItem.setItemExchangeRate(new KualiDecimal(this.getInvoiceCurrencyExchangeRate()));
singleItem.setExchangeRate(this.getInvoiceCurrencyExchangeRate());
}
catch (NumberFormatException nfe) {
throw new RuntimeException("Invalid Exchange Rate", nfe);
}
} else {
BigDecimal exchangeRate = SpringContext.getBean(OleInvoiceService.class).getExchangeRate(this.getInvoiceCurrencyType()).getExchangeRate();
this.setInvoiceCurrencyExchangeRate(exchangeRate.toString());
singleItem.setItemExchangeRate(new KualiDecimal(exchangeRate));
singleItem.setExchangeRate(exchangeRate.toString());
}
this.setVendorInvoiceAmount(this.getForeignVendorInvoiceAmount() != null ?
new KualiDecimal(this.getForeignVendorInvoiceAmount().divide(new BigDecimal(singleItem.getExchangeRate()), 4, RoundingMode.HALF_UP)) : null);
}
}
}
setItemDescription(singleItem);
Map<String, String> copyCriteria = new HashMap<String, String>();
if (singleItem.getPaidCopies().size() <= 0 && singleItem.getPoItemIdentifier() != null && (this.getPurapDocumentIdentifier() != null && singleItem.getItemIdentifier() != null)) {
copyCriteria.put("poItemId", singleItem.getPoItemIdentifier().toString());
List<OleCopy> copies = (List<OleCopy>) getBusinessObjectService().findMatching(OleCopy.class, copyCriteria);
if (copies.size() > 0) {
List<OLEPaidCopy> paidCopies = new ArrayList<OLEPaidCopy>();
for (OleCopy copy : copies) {
OLEPaidCopy paidCopy = new OLEPaidCopy();
paidCopy.setCopyId(copy.getCopyId());
paidCopy.setInvoiceItemId(this.getPurapDocumentIdentifier());
paidCopy.setInvoiceIdentifier(singleItem.getItemIdentifier());
//copy.getOlePaidCopies().add(paidCopy);
paidCopies.add(paidCopy);
}
getBusinessObjectService().save(paidCopies);
singleItem.setPaidCopies(paidCopies);
}
}
}
}
} catch (Exception e) {
LOG.error("Exception during prepareForSave() in OleInvoiceDocument", e);
throw new RuntimeException(e);
}
} | @Override
public void prepareForSave(KualiDocumentEvent event) {
if (event instanceof AttributedContinuePurapEvent) {
SpringContext.getBean(OleInvoiceService.class).populateInvoice(this);
}
if(this.getVendorPaymentTermsCode() != null && this.getVendorPaymentTermsCode().isEmpty()) {
this.setVendorPaymentTermsCode(null);
}
super.prepareForSave(event);
try {
if (this.proformaIndicator && !this.immediatePaymentIndicator) {
this.setImmediatePaymentIndicator(true);
}
LOG.debug("###########Inside OleInvoiceDocument " + "repareForSave###########");
List<OleInvoiceItem> items = new ArrayList<OleInvoiceItem>();
items = this.getItems();
Iterator iterator = items.iterator();
HashMap dataMap = new HashMap();
String titleId;
while (iterator.hasNext()) {
LOG.debug("###########inside prepareForSave item loop###########");
Object object = iterator.next();
if (object instanceof OleInvoiceItem) {
LOG.debug("###########inside prepareForSave ole payment request item###########");
OleInvoiceItem singleItem = (OleInvoiceItem) object;
if (StringUtils.isNotBlank(this.invoiceCurrencyType)) {
this.setInvoiceCurrencyTypeId(new Long(this.getInvoiceCurrencyType()));
String currencyType = SpringContext.getBean(OleInvoiceService.class).getCurrencyType(this.getInvoiceCurrencyType());
if (StringUtils.isNotBlank(currencyType)) {
if(!currencyType.equalsIgnoreCase(OleSelectConstant.CURRENCY_TYPE_NAME)) {
if (StringUtils.isNotBlank(this.getInvoiceCurrencyExchangeRate())) {
try {
Double.parseDouble(this.getInvoiceCurrencyExchangeRate());
singleItem.setItemExchangeRate(new KualiDecimal(this.getInvoiceCurrencyExchangeRate()));
singleItem.setExchangeRate(this.getInvoiceCurrencyExchangeRate());
}
catch (NumberFormatException nfe) {
throw new RuntimeException("Invalid Exchange Rate", nfe);
}
} else {
BigDecimal exchangeRate = SpringContext.getBean(OleInvoiceService.class).getExchangeRate(this.getInvoiceCurrencyType()).getExchangeRate();
this.setInvoiceCurrencyExchangeRate(exchangeRate.toString());
singleItem.setItemExchangeRate(new KualiDecimal(exchangeRate));
singleItem.setExchangeRate(exchangeRate.toString());
}
this.setVendorInvoiceAmount(this.getForeignVendorInvoiceAmount() != null ?
new KualiDecimal(this.getForeignVendorInvoiceAmount().divide(new BigDecimal(singleItem.getExchangeRate()), 4, RoundingMode.HALF_UP)) : null);
}
}
}
setItemDescription(singleItem);
Map<String, String> copyCriteria = new HashMap<String, String>();
if (singleItem.getPaidCopies().size() <= 0 && singleItem.getPoItemIdentifier() != null && (this.getPurapDocumentIdentifier() != null && singleItem.getItemIdentifier() != null)) {
copyCriteria.put("poItemId", singleItem.getPoItemIdentifier().toString());
List<OleCopy> copies = (List<OleCopy>) getBusinessObjectService().findMatching(OleCopy.class, copyCriteria);
if (copies.size() > 0) {
List<OLEPaidCopy> paidCopies = new ArrayList<OLEPaidCopy>();
for (OleCopy copy : copies) {
OLEPaidCopy paidCopy = new OLEPaidCopy();
paidCopy.setCopyId(copy.getCopyId());
paidCopy.setInvoiceItemId(this.getPurapDocumentIdentifier());
paidCopy.setInvoiceIdentifier(singleItem.getItemIdentifier());
paidCopies.add(paidCopy);
}
getBusinessObjectService().save(paidCopies);
singleItem.setPaidCopies(paidCopies);
}
}
}
}
} catch (Exception e) {
LOG.error("Exception during prepareForSave() in OleInvoiceDocument", e);
throw new RuntimeException(e);
}
} | @override public void prepareforsave(kualidocumentevent event) { if (event instanceof attributedcontinuepurapevent) { springcontext.getbean(oleinvoiceservice.class).populateinvoice(this); } if(this.getvendorpaymenttermscode() != null && this.getvendorpaymenttermscode().isempty()) { this.setvendorpaymenttermscode(null); } super.prepareforsave(event); try { if (this.proformaindicator && !this.immediatepaymentindicator) { this.setimmediatepaymentindicator(true); } log.debug("###########inside oleinvoicedocument " + "repareforsave###########"); list<oleinvoiceitem> items = new arraylist<oleinvoiceitem>(); items = this.getitems(); iterator iterator = items.iterator(); hashmap datamap = new hashmap(); string titleid; while (iterator.hasnext()) { log.debug("###########inside prepareforsave item loop###########"); object object = iterator.next(); if (object instanceof oleinvoiceitem) { log.debug("###########inside prepareforsave ole payment request item###########"); oleinvoiceitem singleitem = (oleinvoiceitem) object; if (stringutils.isnotblank(this.invoicecurrencytype)) { this.setinvoicecurrencytypeid(new long(this.getinvoicecurrencytype())); string currencytype = springcontext.getbean(oleinvoiceservice.class).getcurrencytype(this.getinvoicecurrencytype()); if (stringutils.isnotblank(currencytype)) { if(!currencytype.equalsignorecase(oleselectconstant.currency_type_name)) { if (stringutils.isnotblank(this.getinvoicecurrencyexchangerate())) { try { double.parsedouble(this.getinvoicecurrencyexchangerate()); singleitem.setitemexchangerate(new kualidecimal(this.getinvoicecurrencyexchangerate())); singleitem.setexchangerate(this.getinvoicecurrencyexchangerate()); } catch (numberformatexception nfe) { throw new runtimeexception("invalid exchange rate", nfe); } } else { bigdecimal exchangerate = springcontext.getbean(oleinvoiceservice.class).getexchangerate(this.getinvoicecurrencytype()).getexchangerate(); this.setinvoicecurrencyexchangerate(exchangerate.tostring()); singleitem.setitemexchangerate(new kualidecimal(exchangerate)); singleitem.setexchangerate(exchangerate.tostring()); } this.setvendorinvoiceamount(this.getforeignvendorinvoiceamount() != null ? new kualidecimal(this.getforeignvendorinvoiceamount().divide(new bigdecimal(singleitem.getexchangerate()), 4, roundingmode.half_up)) : null); } } } setitemdescription(singleitem); map<string, string> copycriteria = new hashmap<string, string>(); if (singleitem.getpaidcopies().size() <= 0 && singleitem.getpoitemidentifier() != null && (this.getpurapdocumentidentifier() != null && singleitem.getitemidentifier() != null)) { copycriteria.put("poitemid", singleitem.getpoitemidentifier().tostring()); list<olecopy> copies = (list<olecopy>) getbusinessobjectservice().findmatching(olecopy.class, copycriteria); if (copies.size() > 0) { list<olepaidcopy> paidcopies = new arraylist<olepaidcopy>(); for (olecopy copy : copies) { olepaidcopy paidcopy = new olepaidcopy(); paidcopy.setcopyid(copy.getcopyid()); paidcopy.setinvoiceitemid(this.getpurapdocumentidentifier()); paidcopy.setinvoiceidentifier(singleitem.getitemidentifier()); paidcopies.add(paidcopy); } getbusinessobjectservice().save(paidcopies); singleitem.setpaidcopies(paidcopies); } } } } } catch (exception e) { log.error("exception during prepareforsave() in oleinvoicedocument", e); throw new runtimeexception(e); } } | VU-libtech/OLE-INST | [
0,
1,
0,
0
] |
14,444 | public void loadFrom(FilterablePagingProvider<T> filterablePagingProvider, FilterableCountProvider filterableCountProvider, int pageLength) {
this.fpp = filterablePagingProvider;
this.fcp = filterableCountProvider;
// Need to re-create the piggybackList & set container, some refactoring should be done here
piggybackLazyList = new LazyList<>(new LazyList.PagingProvider<T>() {
private static final long serialVersionUID = 1027614132444478021L;
@Override
public List<T> findEntities(int firstRow) {
return fpp.findEntities(firstRow,
getCurrentFilter());
}
},
new LazyList.CountProvider() {
private static final long serialVersionUID = -7339189124024626177L;
@Override
public int size() {
return fcp.size(getCurrentFilter());
}
}, pageLength);
setBic(new DummyFilterableListContainer<T>(getType(),
piggybackLazyList));
getSelect().setContainerDataSource(getBic());
} | public void loadFrom(FilterablePagingProvider<T> filterablePagingProvider, FilterableCountProvider filterableCountProvider, int pageLength) {
this.fpp = filterablePagingProvider;
this.fcp = filterableCountProvider;
piggybackLazyList = new LazyList<>(new LazyList.PagingProvider<T>() {
private static final long serialVersionUID = 1027614132444478021L;
@Override
public List<T> findEntities(int firstRow) {
return fpp.findEntities(firstRow,
getCurrentFilter());
}
},
new LazyList.CountProvider() {
private static final long serialVersionUID = -7339189124024626177L;
@Override
public int size() {
return fcp.size(getCurrentFilter());
}
}, pageLength);
setBic(new DummyFilterableListContainer<T>(getType(),
piggybackLazyList));
getSelect().setContainerDataSource(getBic());
} | public void loadfrom(filterablepagingprovider<t> filterablepagingprovider, filterablecountprovider filterablecountprovider, int pagelength) { this.fpp = filterablepagingprovider; this.fcp = filterablecountprovider; piggybacklazylist = new lazylist<>(new lazylist.pagingprovider<t>() { private static final long serialversionuid = 1027614132444478021l; @override public list<t> findentities(int firstrow) { return fpp.findentities(firstrow, getcurrentfilter()); } }, new lazylist.countprovider() { private static final long serialversionuid = -7339189124024626177l; @override public int size() { return fcp.size(getcurrentfilter()); } }, pagelength); setbic(new dummyfilterablelistcontainer<t>(gettype(), piggybacklazylist)); getselect().setcontainerdatasource(getbic()); } | andreika63/viritin | [
1,
0,
0,
0
] |
22,702 | public CompraEntity find(Long compraId) {
LOGGER.log(Level.INFO, "Buscando compra con el id={0}", compraId);
return em.find(CompraEntity.class, compraId);
} | public CompraEntity find(Long compraId) {
LOGGER.log(Level.INFO, "Buscando compra con el id={0}", compraId);
return em.find(CompraEntity.class, compraId);
} | public compraentity find(long compraid) { logger.log(level.info, "buscando compra con el id={0}", compraid); return em.find(compraentity.class, compraid); } | Uniandes-isis2603/s2_Boletas | [
0,
1,
0,
0
] |
22,714 | public Dialog onCreateDialog(int dialogId){
Dialog dialog = null;
try{
//Log.v(TAG, "onCreateDialog() called");
if (mManagedDialogs == null) {
mManagedDialogs = new SparseArray<Dialog>();
}
switch(dialogId){
case DIALOG_DELETE_ATTACHMENT_ID:
dialog = new AlertDialog.Builder(mActivity)
.setTitle(R.string.dialog_confirmDelete)
.setIcon(android.R.drawable.ic_dialog_alert)
.setMessage(R.string.dialog_areYouSure)
.setPositiveButton(R.string.button_yes, new android.content.DialogInterface.OnClickListener(){ // TODO: !!! Make handler implement the DialogInterface.OnClickListener.
public void onClick(DialogInterface dialog, int whichButton){
try{
if( whichButton == android.content.DialogInterface.BUTTON_POSITIVE){
if( !CompletableUtil.delete(mActivity, mAttachmentUri) ){
ErrorUtil.notifyUser(mActivity); // Error already handled, so just notify user.
}
// Notify the ListAdapter that it's cursor needs refreshing
notifyDataSetChanged(); // TODO: !! Isn't this a hack to get around the normal observer thing? NO, not always. Sometimes data changes in the db record that the URI refers to and it isn't really a change to the attachment record.
}
}catch(HandledException h){ // Ignore.
}catch(Exception exp){
Log.e(TAG, "ERR000FD", exp);
ErrorUtil.handleExceptionNotifyUser("ERR000FD", exp, mActivity);
}
}
})
.setNegativeButton(R.string.button_no, null)
.create();
mManagedDialogs.put(dialogId, dialog);
break;
}
}catch(HandledException h){ // Ignore.
}catch(Exception exp){
Log.e(TAG, "ERR000FC", exp);
ErrorUtil.handleExceptionNotifyUser("ERR000FC", exp, mActivity);
}
return dialog;
} | public Dialog onCreateDialog(int dialogId){
Dialog dialog = null;
try{
if (mManagedDialogs == null) {
mManagedDialogs = new SparseArray<Dialog>();
}
switch(dialogId){
case DIALOG_DELETE_ATTACHMENT_ID:
dialog = new AlertDialog.Builder(mActivity)
.setTitle(R.string.dialog_confirmDelete)
.setIcon(android.R.drawable.ic_dialog_alert)
.setMessage(R.string.dialog_areYouSure)
.setPositiveButton(R.string.button_yes, new android.content.DialogInterface.OnClickListener(){
public void onClick(DialogInterface dialog, int whichButton){
try{
if( whichButton == android.content.DialogInterface.BUTTON_POSITIVE){
if( !CompletableUtil.delete(mActivity, mAttachmentUri) ){
ErrorUtil.notifyUser(mActivity);
}
notifyDataSetChanged();
}
}catch(HandledException h){
}catch(Exception exp){
Log.e(TAG, "ERR000FD", exp);
ErrorUtil.handleExceptionNotifyUser("ERR000FD", exp, mActivity);
}
}
})
.setNegativeButton(R.string.button_no, null)
.create();
mManagedDialogs.put(dialogId, dialog);
break;
}
}catch(HandledException h){
}catch(Exception exp){
Log.e(TAG, "ERR000FC", exp);
ErrorUtil.handleExceptionNotifyUser("ERR000FC", exp, mActivity);
}
return dialog;
} | public dialog oncreatedialog(int dialogid){ dialog dialog = null; try{ if (mmanageddialogs == null) { mmanageddialogs = new sparsearray<dialog>(); } switch(dialogid){ case dialog_delete_attachment_id: dialog = new alertdialog.builder(mactivity) .settitle(r.string.dialog_confirmdelete) .seticon(android.r.drawable.ic_dialog_alert) .setmessage(r.string.dialog_areyousure) .setpositivebutton(r.string.button_yes, new android.content.dialoginterface.onclicklistener(){ public void onclick(dialoginterface dialog, int whichbutton){ try{ if( whichbutton == android.content.dialoginterface.button_positive){ if( !completableutil.delete(mactivity, mattachmenturi) ){ errorutil.notifyuser(mactivity); } notifydatasetchanged(); } }catch(handledexception h){ }catch(exception exp){ log.e(tag, "err000fd", exp); errorutil.handleexceptionnotifyuser("err000fd", exp, mactivity); } } }) .setnegativebutton(r.string.button_no, null) .create(); mmanageddialogs.put(dialogid, dialog); break; } }catch(handledexception h){ }catch(exception exp){ log.e(tag, "err000fc", exp); errorutil.handleexceptionnotifyuser("err000fc", exp, mactivity); } return dialog; } | SpencerRiddering/flingtap-done | [
1,
1,
0,
0
] |
30,955 | @RequestMapping(value = "/shareAnuncio", method = RequestMethod.POST)
public String shareAnuncio(@RequestParam("email") String email, Model model, Authentication authentication,
HttpServletRequest req, RedirectAttributes flash) {
logger.info("contactar-anunciante");
Integer id = Integer.parseInt(req.getParameter("id"));
try {
Vehiculo veh = vehiculoService.findById(id);
String appUrl = req.getScheme() + "://" + req.getServerName() + ":" + req.getServerPort();
// Email message
SimpleMailMessage shareEmail = new SimpleMailMessage();
shareEmail.setTo(email);
shareEmail.setSubject("Coches: Un amigo te recomienda este anuncio");
shareEmail.setText("¡Hola!\n" + "Un amigo se ha acordado de ti al ver este anuncio " + veh.getMarca()
+ " y cree que te puede interesar." + "\n¿Tienes curiosidad?\n" + appUrl + "/anuncio/detalle/"
+ id);
emailService.sendEmail(shareEmail);
model.addAttribute("emailSend", "El correo se envio correctamente");
logger.info("Email enviado correctamente");
} catch (Exception e) {
e.printStackTrace();
}
return "redirect:/anuncio/detalle/" + id;
} | @RequestMapping(value = "/shareAnuncio", method = RequestMethod.POST)
public String shareAnuncio(@RequestParam("email") String email, Model model, Authentication authentication,
HttpServletRequest req, RedirectAttributes flash) {
logger.info("contactar-anunciante");
Integer id = Integer.parseInt(req.getParameter("id"));
try {
Vehiculo veh = vehiculoService.findById(id);
String appUrl = req.getScheme() + "://" + req.getServerName() + ":" + req.getServerPort();
SimpleMailMessage shareEmail = new SimpleMailMessage();
shareEmail.setTo(email);
shareEmail.setSubject("Coches: Un amigo te recomienda este anuncio");
shareEmail.setText("¡Hola!\n" + "Un amigo se ha acordado de ti al ver este anuncio " + veh.getMarca()
+ " y cree que te puede interesar." + "\n¿Tienes curiosidad?\n" + appUrl + "/anuncio/detalle/"
+ id);
emailService.sendEmail(shareEmail);
model.addAttribute("emailSend", "El correo se envio correctamente");
logger.info("Email enviado correctamente");
} catch (Exception e) {
e.printStackTrace();
}
return "redirect:/anuncio/detalle/" + id;
} | @requestmapping(value = "/shareanuncio", method = requestmethod.post) public string shareanuncio(@requestparam("email") string email, model model, authentication authentication, httpservletrequest req, redirectattributes flash) { logger.info("contactar-anunciante"); integer id = integer.parseint(req.getparameter("id")); try { vehiculo veh = vehiculoservice.findbyid(id); string appurl = req.getscheme() + "://" + req.getservername() + ":" + req.getserverport(); simplemailmessage shareemail = new simplemailmessage(); shareemail.setto(email); shareemail.setsubject("coches: un amigo te recomienda este anuncio"); shareemail.settext("¡hola!\n" + "un amigo se ha acordado de ti al ver este anuncio " + veh.getmarca() + " y cree que te puede interesar." + "\n¿tienes curiosidad?\n" + appurl + "/anuncio/detalle/" + id); emailservice.sendemail(shareemail); model.addattribute("emailsend", "el correo se envio correctamente"); logger.info("email enviado correctamente"); } catch (exception e) { e.printstacktrace(); } return "redirect:/anuncio/detalle/" + id; } | adriancice/adrian-pfm | [
0,
0,
0,
0
] |
14,663 | private void initShape() {
// TODO: these could be optimised
float cx = dim * 0.5f;
float cy = dim * 0.5f + 1;
float r = (dim - 3) * 0.5f;
float rh = r * 0.4f;
for (int i = 0; i < 10; i++) {
double ang = Math.PI/180 * (i * 36 - 90);
float ri = i % 2 == 0 ? r : rh;
float x = (float) Math.cos(ang) * ri + cx;
float y = (float) Math.sin(ang) * ri + cy;
if (i == 0) {
gp.moveTo(x, y);
} else {
gp.lineTo(x, y);
}
}
gp.closePath();
} | private void initShape() {
float cx = dim * 0.5f;
float cy = dim * 0.5f + 1;
float r = (dim - 3) * 0.5f;
float rh = r * 0.4f;
for (int i = 0; i < 10; i++) {
double ang = Math.PI/180 * (i * 36 - 90);
float ri = i % 2 == 0 ? r : rh;
float x = (float) Math.cos(ang) * ri + cx;
float y = (float) Math.sin(ang) * ri + cy;
if (i == 0) {
gp.moveTo(x, y);
} else {
gp.lineTo(x, y);
}
}
gp.closePath();
} | private void initshape() { float cx = dim * 0.5f; float cy = dim * 0.5f + 1; float r = (dim - 3) * 0.5f; float rh = r * 0.4f; for (int i = 0; i < 10; i++) { double ang = math.pi/180 * (i * 36 - 90); float ri = i % 2 == 0 ? r : rh; float x = (float) math.cos(ang) * ri + cx; float y = (float) math.sin(ang) * ri + cy; if (i == 0) { gp.moveto(x, y); } else { gp.lineto(x, y); } } gp.closepath(); } | Sciss/Rating | [
1,
0,
0,
0
] |
22,873 | private void fillCollisionMap(Set<Rectangle> rectangles) throws CollisionMapOutOfBoundsException {
// TODO Insert code for assignment 5.2.a
for(Rectangle rectangle:rectangles){
if(rectangle.getX() < this.gridRectangle.getX() ||
rectangle.getX() + rectangle.getWidth() > this.gridRectangle.getX() + this.gridRectangle.getWidth() ||
rectangle.getY() < this.gridRectangle.getY() ||
rectangle.getY() + rectangle.getHeight() > this.gridRectangle.getY() + this.gridRectangle.getHeight()
){
throw new CollisionMapOutOfBoundsException("a rectangle is out of the bounds of this rectangle");
}
int startX = (int)transformX(rectangle.getX());
int startY = (int)transformY(rectangle.getY());
int endX = (int)transformX(rectangle.getX() + rectangle.getWidth());
if(endX == this.GRID_RESOLUTION_X){
endX = this.GRID_RESOLUTION_X - 1;
}
int endY = (int)transformY(rectangle.getY() + rectangle.getHeight());
if(endY == this.GRID_RESOLUTION_Y){
endY = this.GRID_RESOLUTION_Y - 1;
}
for(int i = startX; i <= endX; i++){
for(int j = startY; j<=endY; j++){
map[j][i].add(rectangle);
}
}
}
} | private void fillCollisionMap(Set<Rectangle> rectangles) throws CollisionMapOutOfBoundsException {
for(Rectangle rectangle:rectangles){
if(rectangle.getX() < this.gridRectangle.getX() ||
rectangle.getX() + rectangle.getWidth() > this.gridRectangle.getX() + this.gridRectangle.getWidth() ||
rectangle.getY() < this.gridRectangle.getY() ||
rectangle.getY() + rectangle.getHeight() > this.gridRectangle.getY() + this.gridRectangle.getHeight()
){
throw new CollisionMapOutOfBoundsException("a rectangle is out of the bounds of this rectangle");
}
int startX = (int)transformX(rectangle.getX());
int startY = (int)transformY(rectangle.getY());
int endX = (int)transformX(rectangle.getX() + rectangle.getWidth());
if(endX == this.GRID_RESOLUTION_X){
endX = this.GRID_RESOLUTION_X - 1;
}
int endY = (int)transformY(rectangle.getY() + rectangle.getHeight());
if(endY == this.GRID_RESOLUTION_Y){
endY = this.GRID_RESOLUTION_Y - 1;
}
for(int i = startX; i <= endX; i++){
for(int j = startY; j<=endY; j++){
map[j][i].add(rectangle);
}
}
}
} | private void fillcollisionmap(set<rectangle> rectangles) throws collisionmapoutofboundsexception { for(rectangle rectangle:rectangles){ if(rectangle.getx() < this.gridrectangle.getx() || rectangle.getx() + rectangle.getwidth() > this.gridrectangle.getx() + this.gridrectangle.getwidth() || rectangle.gety() < this.gridrectangle.gety() || rectangle.gety() + rectangle.getheight() > this.gridrectangle.gety() + this.gridrectangle.getheight() ){ throw new collisionmapoutofboundsexception("a rectangle is out of the bounds of this rectangle"); } int startx = (int)transformx(rectangle.getx()); int starty = (int)transformy(rectangle.gety()); int endx = (int)transformx(rectangle.getx() + rectangle.getwidth()); if(endx == this.grid_resolution_x){ endx = this.grid_resolution_x - 1; } int endy = (int)transformy(rectangle.gety() + rectangle.getheight()); if(endy == this.grid_resolution_y){ endy = this.grid_resolution_y - 1; } for(int i = startx; i <= endx; i++){ for(int j = starty; j<=endy; j++){ map[j][i].add(rectangle); } } } } | SiyuChen1/Datenstrukturen-und-Algorithmen-SS21 | [
0,
1,
0,
0
] |
22,874 | private Set<Rectangle> getCollisionCandidates(final Rectangle rectangle) throws CollisionMapOutOfBoundsException {
// TODO Insert code for assignment 5.2.b
if(
rectangle.getX() < this.gridRectangle.getX() ||
rectangle.getX() + rectangle.getWidth() > this.gridRectangle.getX() + this.gridRectangle.getWidth() ||
rectangle.getY() < this.gridRectangle.getY() ||
rectangle.getY() + rectangle.getHeight() > this.gridRectangle.getY() + this.gridRectangle.getHeight()
){
throw new CollisionMapOutOfBoundsException("a rectangle is out of the bounds of this rectangle");
}
Set<Rectangle> rectangleSet = new HashSet<>();
int startX = (int)transformX(rectangle.getX());
int startY = (int)transformY(rectangle.getY());
int endX = (int)transformX(rectangle.getX() + rectangle.getWidth()) + 1;
int endY = (int)transformY(rectangle.getY() + rectangle.getHeight()) + 1;
for(int i = startX; i <= endX; i++){
for(int j = startY; j<=endY; j++){
for(Rectangle re :map[j][i]){
rectangleSet.add(re);
}
}
}
return rectangleSet;
} | private Set<Rectangle> getCollisionCandidates(final Rectangle rectangle) throws CollisionMapOutOfBoundsException {
if(
rectangle.getX() < this.gridRectangle.getX() ||
rectangle.getX() + rectangle.getWidth() > this.gridRectangle.getX() + this.gridRectangle.getWidth() ||
rectangle.getY() < this.gridRectangle.getY() ||
rectangle.getY() + rectangle.getHeight() > this.gridRectangle.getY() + this.gridRectangle.getHeight()
){
throw new CollisionMapOutOfBoundsException("a rectangle is out of the bounds of this rectangle");
}
Set<Rectangle> rectangleSet = new HashSet<>();
int startX = (int)transformX(rectangle.getX());
int startY = (int)transformY(rectangle.getY());
int endX = (int)transformX(rectangle.getX() + rectangle.getWidth()) + 1;
int endY = (int)transformY(rectangle.getY() + rectangle.getHeight()) + 1;
for(int i = startX; i <= endX; i++){
for(int j = startY; j<=endY; j++){
for(Rectangle re :map[j][i]){
rectangleSet.add(re);
}
}
}
return rectangleSet;
} | private set<rectangle> getcollisioncandidates(final rectangle rectangle) throws collisionmapoutofboundsexception { if( rectangle.getx() < this.gridrectangle.getx() || rectangle.getx() + rectangle.getwidth() > this.gridrectangle.getx() + this.gridrectangle.getwidth() || rectangle.gety() < this.gridrectangle.gety() || rectangle.gety() + rectangle.getheight() > this.gridrectangle.gety() + this.gridrectangle.getheight() ){ throw new collisionmapoutofboundsexception("a rectangle is out of the bounds of this rectangle"); } set<rectangle> rectangleset = new hashset<>(); int startx = (int)transformx(rectangle.getx()); int starty = (int)transformy(rectangle.gety()); int endx = (int)transformx(rectangle.getx() + rectangle.getwidth()) + 1; int endy = (int)transformy(rectangle.gety() + rectangle.getheight()) + 1; for(int i = startx; i <= endx; i++){ for(int j = starty; j<=endy; j++){ for(rectangle re :map[j][i]){ rectangleset.add(re); } } } return rectangleset; } | SiyuChen1/Datenstrukturen-und-Algorithmen-SS21 | [
0,
1,
0,
0
] |
22,875 | public boolean collide(final Rectangle rectangle) {
// TODO Insert code for assignment 5.2.c
if(rectangle == null){
throw new IllegalArgumentException("rectangle is null");
}
boolean flag = false;
try{
Set<Rectangle> rectangleSet = this.getCollisionCandidates(rectangle);
for(Rectangle re:rectangleSet){
if(re.intersects(rectangle)){
flag = true;
}
}
}catch (Exception e){
System.out.println(e.getMessage());
}finally {
return flag;
}
} | public boolean collide(final Rectangle rectangle) {
if(rectangle == null){
throw new IllegalArgumentException("rectangle is null");
}
boolean flag = false;
try{
Set<Rectangle> rectangleSet = this.getCollisionCandidates(rectangle);
for(Rectangle re:rectangleSet){
if(re.intersects(rectangle)){
flag = true;
}
}
}catch (Exception e){
System.out.println(e.getMessage());
}finally {
return flag;
}
} | public boolean collide(final rectangle rectangle) { if(rectangle == null){ throw new illegalargumentexception("rectangle is null"); } boolean flag = false; try{ set<rectangle> rectangleset = this.getcollisioncandidates(rectangle); for(rectangle re:rectangleset){ if(re.intersects(rectangle)){ flag = true; } } }catch (exception e){ system.out.println(e.getmessage()); }finally { return flag; } } | SiyuChen1/Datenstrukturen-und-Algorithmen-SS21 | [
0,
1,
0,
0
] |
14,690 | public MapperBuilder withInputNames(Iterable<String> inputNames) {
Objects.requireNonNull(inputNames);
this.inputNames = inputNames;
return this;
} | public MapperBuilder withInputNames(Iterable<String> inputNames) {
Objects.requireNonNull(inputNames);
this.inputNames = inputNames;
return this;
} | public mapperbuilder withinputnames(iterable<string> inputnames) { objects.requirenonnull(inputnames); this.inputnames = inputnames; return this; } | andbi-redpill/datasonnet-mapper | [
0,
1,
0,
0
] |
14,723 | public void procesarAjaxChangeListener(GestorEstadoComponentes gestorEstados,
GestorDatosComponentes gestorDatos) {
// Id de usuario
Integer intCodUsuario = ContextUtils.getUserIdAsInteger();
// Usuarios concurrentes
String strNumUsersConcurrentes = (String)gestorDatos.getValue("numUsuariosConcu");
Integer intNumUserConcurrentes = Integer.valueOf(strNumUsersConcurrentes);
// Tiempo
String strIdUnidadTiempo = (String)gestorDatos.getValue("idUnidadTiempo");
Integer intIdUnidadTiempo = Integer.valueOf(strIdUnidadTiempo);
// Resolución
String strIdResolution = (String)gestorDatos.getValue("resolution");
Integer intIdResolution = Integer.valueOf(strIdResolution);
// Disponibilidad
Boolean highAvailability = (Boolean)gestorDatos.getValue("checkAvailability");
Integer intHighAvailability = highAvailability?new Integer(1):new Integer(0);
Float precioTotal = null;
if(gestorDatos.getValue("precioTotal") != null && !"".equals(gestorDatos.getValue("precioTotal")) && !"0.0".equals(gestorDatos.getValue("precioTotal"))){
precioTotal = (Float)gestorDatos.getValue("precioTotal");
BigDecimal bidPrecioTotal = new BigDecimal(precioTotal);
bidPrecioTotal = bidPrecioTotal.setScale(2, RoundingMode.HALF_EVEN);
precioTotal = bidPrecioTotal.floatValue();
}else{
if(gestorDatos.getValue("precioTotalTiempo") != null && !"".equals(gestorDatos.getValue("precioTotalTiempo")) & !"0.0".equals(gestorDatos.getValue("precioTotalTiempo"))){
Float precioTotalTiempo = (Float)gestorDatos.getValue("precioTotalTiempo");
BigDecimal bidPrecioTotal = new BigDecimal(precioTotalTiempo);
bidPrecioTotal = bidPrecioTotal.setScale(2, RoundingMode.HALF_EVEN);
precioTotal = bidPrecioTotal.floatValue();
}else{
Float precioTotalUso = (Float)gestorDatos.getValue("precioTotalUso");
Float precioHosting = (Float)gestorDatos.getValue("precioTotalHosting");
BigDecimal bidPrecioTotal = new BigDecimal(precioTotalUso+precioHosting);
bidPrecioTotal = bidPrecioTotal.setScale(2, RoundingMode.HALF_EVEN);
precioTotal = bidPrecioTotal.floatValue();
}
}
// TODO cambiar el segundo parámetro cuando podamos distinguir
// entre ficheros de varias configuraciones
try {
String billingAgreementId = HelperContext.getInstance().getValueContext("SECURE_USER_BILLING_AGREEMENT_ID");
String resultadoAcuerdo = "noAgreement";
if(billingAgreementId != null && !"".equals(billingAgreementId)){
// Hacemos llamada a Paypal para comprobar el estado del acuerdo
String ppresponse = PaypalUtilities.getInstance().baUpdate(billingAgreementId);
// NVPDecoder object is created
NVPDecoder resultValues = new NVPDecoder();
// decode method of NVPDecoder will parse the request and decode the
// name and value pair
resultValues.decode(ppresponse);
// checks for Acknowledgement and redirects accordingly to display
// error messages
String strAck = resultValues.get("ACK");
if (strAck != null
&& !(strAck.equals("Success") || strAck
.equals("SuccessWithWarning"))) {
// TODO: Indicar al usuario que el acuerdo previo ha sido cancelado y será necesaria la creación de uno nuevo
resultadoAcuerdo = "noAgreement";
} else {
// En este punto todo ha ido bien así que obtenemos el status
String status = resultValues.get("BILLINGAGREEMENTSTATUS");
if(status.compareToIgnoreCase("Active")==0){
resultadoAcuerdo = "agreement";
}
}
}
// Comprobación del resultado del check del acuerdo
String idAlert = "alertInfoUploadProduction";
if(resultadoAcuerdo.compareToIgnoreCase("noAgreement")==0){
idAlert = "alertInfoBillingAgreement";
// Mostrar mensaje éxito
// Asignar título y contenido adecuado
handleModalAlert(gestorDatos, gestorEstados, idAlert, "info", getMessage("FIONA.alertBillAgreement.cabeceraPanel.valor", "Billing agreement needed!"),
getMessage("FIONA.alertBillAgreement.mensajeOK.valor", "You need to sign a new billing agreement!!"), "", "");
}else if(resultadoAcuerdo.compareToIgnoreCase("agreement")==0){// Acuerdo activo
IContexto[] salida = invokeUploadToProduction(intCodUsuario, null,intNumUserConcurrentes,intIdUnidadTiempo, intIdResolution,intHighAvailability, precioTotal);
String mensaje = salida[0].getString("FIONEG003010");
// Mostrar alert informando al usuario del problema
if(mensaje.compareToIgnoreCase("OK")==0){
// Mostrar mensaje éxito
// Asignar título y contenido adecuado
handleModalAlert(gestorDatos, gestorEstados, idAlert, "info", getMessage("FIONA.alertUploadProdOk.cabeceraPanel.valor", "Success!"),
getMessage("FIONA.alertUploadProdOk.mensajeOK.valor", "Request completed!!"), "", "");
}else{
// Mostrar mensaje error
// Asignar título y contenido adecuado
handleModalAlert(gestorDatos, gestorEstados, idAlert, "error", getMessage("FIONA.alertUploadProdOk.cabeceraPanelError.valor", "Error!"),
getMessage("FIONA.alertUploadProdOk.mensajeError.valor", "Something went wrong..."), "", "");
}
}
// Cerramos la ventana de confirmación
gestorEstados.closeModalAlert("alertUploadConfirm");
// Cerramos el diálogo de precios
gestorEstados.closeModalAlert("dialogoPrecios");
} catch (FactoriaDatosException e) {
// TODO Auto-generated catch block
e.printStackTrace();
} catch (PersistenciaException e) {
// TODO Auto-generated catch block
e.printStackTrace();
} catch (FawnaInvokerException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}catch(PayPalException ppEx){
ppEx.printStackTrace();
}
} | public void procesarAjaxChangeListener(GestorEstadoComponentes gestorEstados,
GestorDatosComponentes gestorDatos) {
Integer intCodUsuario = ContextUtils.getUserIdAsInteger();
String strNumUsersConcurrentes = (String)gestorDatos.getValue("numUsuariosConcu");
Integer intNumUserConcurrentes = Integer.valueOf(strNumUsersConcurrentes);
String strIdUnidadTiempo = (String)gestorDatos.getValue("idUnidadTiempo");
Integer intIdUnidadTiempo = Integer.valueOf(strIdUnidadTiempo);
String strIdResolution = (String)gestorDatos.getValue("resolution");
Integer intIdResolution = Integer.valueOf(strIdResolution);
Boolean highAvailability = (Boolean)gestorDatos.getValue("checkAvailability");
Integer intHighAvailability = highAvailability?new Integer(1):new Integer(0);
Float precioTotal = null;
if(gestorDatos.getValue("precioTotal") != null && !"".equals(gestorDatos.getValue("precioTotal")) && !"0.0".equals(gestorDatos.getValue("precioTotal"))){
precioTotal = (Float)gestorDatos.getValue("precioTotal");
BigDecimal bidPrecioTotal = new BigDecimal(precioTotal);
bidPrecioTotal = bidPrecioTotal.setScale(2, RoundingMode.HALF_EVEN);
precioTotal = bidPrecioTotal.floatValue();
}else{
if(gestorDatos.getValue("precioTotalTiempo") != null && !"".equals(gestorDatos.getValue("precioTotalTiempo")) & !"0.0".equals(gestorDatos.getValue("precioTotalTiempo"))){
Float precioTotalTiempo = (Float)gestorDatos.getValue("precioTotalTiempo");
BigDecimal bidPrecioTotal = new BigDecimal(precioTotalTiempo);
bidPrecioTotal = bidPrecioTotal.setScale(2, RoundingMode.HALF_EVEN);
precioTotal = bidPrecioTotal.floatValue();
}else{
Float precioTotalUso = (Float)gestorDatos.getValue("precioTotalUso");
Float precioHosting = (Float)gestorDatos.getValue("precioTotalHosting");
BigDecimal bidPrecioTotal = new BigDecimal(precioTotalUso+precioHosting);
bidPrecioTotal = bidPrecioTotal.setScale(2, RoundingMode.HALF_EVEN);
precioTotal = bidPrecioTotal.floatValue();
}
}
try {
String billingAgreementId = HelperContext.getInstance().getValueContext("SECURE_USER_BILLING_AGREEMENT_ID");
String resultadoAcuerdo = "noAgreement";
if(billingAgreementId != null && !"".equals(billingAgreementId)){
String ppresponse = PaypalUtilities.getInstance().baUpdate(billingAgreementId);
NVPDecoder resultValues = new NVPDecoder();
resultValues.decode(ppresponse);
String strAck = resultValues.get("ACK");
if (strAck != null
&& !(strAck.equals("Success") || strAck
.equals("SuccessWithWarning"))) {
resultadoAcuerdo = "noAgreement";
} else {
String status = resultValues.get("BILLINGAGREEMENTSTATUS");
if(status.compareToIgnoreCase("Active")==0){
resultadoAcuerdo = "agreement";
}
}
}
String idAlert = "alertInfoUploadProduction";
if(resultadoAcuerdo.compareToIgnoreCase("noAgreement")==0){
idAlert = "alertInfoBillingAgreement";
handleModalAlert(gestorDatos, gestorEstados, idAlert, "info", getMessage("FIONA.alertBillAgreement.cabeceraPanel.valor", "Billing agreement needed!"),
getMessage("FIONA.alertBillAgreement.mensajeOK.valor", "You need to sign a new billing agreement!!"), "", "");
}else if(resultadoAcuerdo.compareToIgnoreCase("agreement")==0)
IContexto[] salida = invokeUploadToProduction(intCodUsuario, null,intNumUserConcurrentes,intIdUnidadTiempo, intIdResolution,intHighAvailability, precioTotal);
String mensaje = salida[0].getString("FIONEG003010");
if(mensaje.compareToIgnoreCase("OK")==0){
handleModalAlert(gestorDatos, gestorEstados, idAlert, "info", getMessage("FIONA.alertUploadProdOk.cabeceraPanel.valor", "Success!"),
getMessage("FIONA.alertUploadProdOk.mensajeOK.valor", "Request completed!!"), "", "");
}else{
handleModalAlert(gestorDatos, gestorEstados, idAlert, "error", getMessage("FIONA.alertUploadProdOk.cabeceraPanelError.valor", "Error!"),
getMessage("FIONA.alertUploadProdOk.mensajeError.valor", "Something went wrong..."), "", "");
}
}
gestorEstados.closeModalAlert("alertUploadConfirm");
gestorEstados.closeModalAlert("dialogoPrecios");
} catch (FactoriaDatosException e) {
e.printStackTrace();
} catch (PersistenciaException e) {
e.printStackTrace();
} catch (FawnaInvokerException e) {
e.printStackTrace();
}catch(PayPalException ppEx){
ppEx.printStackTrace();
}
} | public void procesarajaxchangelistener(gestorestadocomponentes gestorestados, gestordatoscomponentes gestordatos) { integer intcodusuario = contextutils.getuseridasinteger(); string strnumusersconcurrentes = (string)gestordatos.getvalue("numusuariosconcu"); integer intnumuserconcurrentes = integer.valueof(strnumusersconcurrentes); string stridunidadtiempo = (string)gestordatos.getvalue("idunidadtiempo"); integer intidunidadtiempo = integer.valueof(stridunidadtiempo); string stridresolution = (string)gestordatos.getvalue("resolution"); integer intidresolution = integer.valueof(stridresolution); boolean highavailability = (boolean)gestordatos.getvalue("checkavailability"); integer inthighavailability = highavailability?new integer(1):new integer(0); float preciototal = null; if(gestordatos.getvalue("preciototal") != null && !"".equals(gestordatos.getvalue("preciototal")) && !"0.0".equals(gestordatos.getvalue("preciototal"))){ preciototal = (float)gestordatos.getvalue("preciototal"); bigdecimal bidpreciototal = new bigdecimal(preciototal); bidpreciototal = bidpreciototal.setscale(2, roundingmode.half_even); preciototal = bidpreciototal.floatvalue(); }else{ if(gestordatos.getvalue("preciototaltiempo") != null && !"".equals(gestordatos.getvalue("preciototaltiempo")) & !"0.0".equals(gestordatos.getvalue("preciototaltiempo"))){ float preciototaltiempo = (float)gestordatos.getvalue("preciototaltiempo"); bigdecimal bidpreciototal = new bigdecimal(preciototaltiempo); bidpreciototal = bidpreciototal.setscale(2, roundingmode.half_even); preciototal = bidpreciototal.floatvalue(); }else{ float preciototaluso = (float)gestordatos.getvalue("preciototaluso"); float preciohosting = (float)gestordatos.getvalue("preciototalhosting"); bigdecimal bidpreciototal = new bigdecimal(preciototaluso+preciohosting); bidpreciototal = bidpreciototal.setscale(2, roundingmode.half_even); preciototal = bidpreciototal.floatvalue(); } } try { string billingagreementid = helpercontext.getinstance().getvaluecontext("secure_user_billing_agreement_id"); string resultadoacuerdo = "noagreement"; if(billingagreementid != null && !"".equals(billingagreementid)){ string ppresponse = paypalutilities.getinstance().baupdate(billingagreementid); nvpdecoder resultvalues = new nvpdecoder(); resultvalues.decode(ppresponse); string strack = resultvalues.get("ack"); if (strack != null && !(strack.equals("success") || strack .equals("successwithwarning"))) { resultadoacuerdo = "noagreement"; } else { string status = resultvalues.get("billingagreementstatus"); if(status.comparetoignorecase("active")==0){ resultadoacuerdo = "agreement"; } } } string idalert = "alertinfouploadproduction"; if(resultadoacuerdo.comparetoignorecase("noagreement")==0){ idalert = "alertinfobillingagreement"; handlemodalalert(gestordatos, gestorestados, idalert, "info", getmessage("fiona.alertbillagreement.cabecerapanel.valor", "billing agreement needed!"), getmessage("fiona.alertbillagreement.mensajeok.valor", "you need to sign a new billing agreement!!"), "", ""); }else if(resultadoacuerdo.comparetoignorecase("agreement")==0) icontexto[] salida = invokeuploadtoproduction(intcodusuario, null,intnumuserconcurrentes,intidunidadtiempo, intidresolution,inthighavailability, preciototal); string mensaje = salida[0].getstring("fioneg003010"); if(mensaje.comparetoignorecase("ok")==0){ handlemodalalert(gestordatos, gestorestados, idalert, "info", getmessage("fiona.alertuploadprodok.cabecerapanel.valor", "success!"), getmessage("fiona.alertuploadprodok.mensajeok.valor", "request completed!!"), "", ""); }else{ handlemodalalert(gestordatos, gestorestados, idalert, "error", getmessage("fiona.alertuploadprodok.cabecerapanelerror.valor", "error!"), getmessage("fiona.alertuploadprodok.mensajeerror.valor", "something went wrong..."), "", ""); } } gestorestados.closemodalalert("alertuploadconfirm"); gestorestados.closemodalalert("dialogoprecios"); } catch (factoriadatosexception e) { e.printstacktrace(); } catch (persistenciaexception e) { e.printstacktrace(); } catch (fawnainvokerexception e) { e.printstacktrace(); }catch(paypalexception ppex){ ppex.printstacktrace(); } } | adele-robots/fiona | [
1,
1,
0,
0
] |
14,725 | protected ContainerShape getTargetContainer(PictogramElement ownerPE) {
// TODO: fix this so the label is a child of the Lane or Pool.
// There's a problem with Resize Feature if the label is a direct child of Lane/Pool.
return (ContainerShape) ownerPE.eContainer();
} | protected ContainerShape getTargetContainer(PictogramElement ownerPE) {
return (ContainerShape) ownerPE.eContainer();
} | protected containershape gettargetcontainer(pictogramelement ownerpe) { return (containershape) ownerpe.econtainer(); } | alfa-ryano/org.eclipse.bpmn2-modeler | [
1,
0,
0,
0
] |
31,226 | @ReactMethod
public void issue( // TODO: alternatively we can just take a json string here and pass that directly to the ffi for librgb
int alloc_coins,
String alloc_outpoint,
String network,
String ticker,
String name,
String description,
int precision,
Promise promise) {
try {
final Runtime runtime = ((MainApplication) getCurrentActivity().getApplication()).getRuntime();
final OutpointCoins allocation = new OutpointCoins((long) alloc_coins, alloc_outpoint);
runtime.issue(network, ticker, name, description, precision, Arrays.asList(allocation), new HashSet<OutpointCoins>(), null, null);
WritableMap map = Arguments.createMap();
promise.resolve(map);
} catch (Exception e) {
promise.reject(e);
}
} | @ReactMethod
public void issue(
int alloc_coins,
String alloc_outpoint,
String network,
String ticker,
String name,
String description,
int precision,
Promise promise) {
try {
final Runtime runtime = ((MainApplication) getCurrentActivity().getApplication()).getRuntime();
final OutpointCoins allocation = new OutpointCoins((long) alloc_coins, alloc_outpoint);
runtime.issue(network, ticker, name, description, precision, Arrays.asList(allocation), new HashSet<OutpointCoins>(), null, null);
WritableMap map = Arguments.createMap();
promise.resolve(map);
} catch (Exception e) {
promise.reject(e);
}
} | @reactmethod public void issue( int alloc_coins, string alloc_outpoint, string network, string ticker, string name, string description, int precision, promise promise) { try { final runtime runtime = ((mainapplication) getcurrentactivity().getapplication()).getruntime(); final outpointcoins allocation = new outpointcoins((long) alloc_coins, alloc_outpoint); runtime.issue(network, ticker, name, description, precision, arrays.aslist(allocation), new hashset<outpointcoins>(), null, null); writablemap map = arguments.createmap(); promise.resolve(map); } catch (exception e) { promise.reject(e); } } | alexeyneu/rgb-sdk | [
1,
0,
0,
0
] |
31,251 | public static void main(String[] args){
/*
Write a program to add a score of 100 to
the the array scores.
*/
int[] scores = {88,91,80,78,95};
System.out.println("Current scores are: " + Arrays.toString(scores));
//TODO 1: Write code to make a new array that can hold a new score
int[] temp = new int[scores.length + 1];
for(int i = 0; i<scores.length; i++){
temp[i] = scores[i];
}
temp[temp.length -1] = 100;
scores = temp;
// ... code to add should stay above this line
System.out.println("After 'adding' score: " + Arrays.toString(scores));
//TODO 2: Next, write code to remove the first value from the scores
int[] temp2 = new int[scores.length -1];
for(int i = 1; i < scores.length; i++){
temp2[i-1] = scores[i];
}
// ... code to remove should stay above this line
System.out.println("After 'remove' scores are: " + Arrays.toString(scores));
//TODO 3: Implement the methods below
int[] arr2 = makeCopyOf(scores);
//System.out.println("Copy of scores looks like: " + scores);
} | public static void main(String[] args){
int[] scores = {88,91,80,78,95};
System.out.println("Current scores are: " + Arrays.toString(scores));
int[] temp = new int[scores.length + 1];
for(int i = 0; i<scores.length; i++){
temp[i] = scores[i];
}
temp[temp.length -1] = 100;
scores = temp;
System.out.println("After 'adding' score: " + Arrays.toString(scores));
int[] temp2 = new int[scores.length -1];
for(int i = 1; i < scores.length; i++){
temp2[i-1] = scores[i];
}
System.out.println("After 'remove' scores are: " + Arrays.toString(scores));
int[] arr2 = makeCopyOf(scores);
} | public static void main(string[] args){ int[] scores = {88,91,80,78,95}; system.out.println("current scores are: " + arrays.tostring(scores)); int[] temp = new int[scores.length + 1]; for(int i = 0; i<scores.length; i++){ temp[i] = scores[i]; } temp[temp.length -1] = 100; scores = temp; system.out.println("after 'adding' score: " + arrays.tostring(scores)); int[] temp2 = new int[scores.length -1]; for(int i = 1; i < scores.length; i++){ temp2[i-1] = scores[i]; } system.out.println("after 'remove' scores are: " + arrays.tostring(scores)); int[] arr2 = makecopyof(scores); } | SwettSoquelHS/think-java-notswett | [
0,
1,
0,
0
] |
23,212 | @Override
protected void setup(VaadinRequest request) {
addComponent(new ProgressIndicator() {
{
registerRpc(new ProgressIndicatorServerRpc() {
@Override
public void poll() {
// System.out.println("Pausing poll request");
try {
// Make the XHR request last longer to make it
// easier to click the link at the right moment.
Thread.sleep(1000);
} catch (InterruptedException e) {
e.printStackTrace();
}
// System.out.println("Continuing poll request");
}
});
setPollingInterval(3000);
}
});
// Hacky URLs that are might not work in all deployment scenarios
addComponent(new Link("Navigate away", new ExternalResource(
"slowRequestHandler")));
addComponent(new Link("Start download", new ExternalResource(
"slowRequestHandler?download")));
} | @Override
protected void setup(VaadinRequest request) {
addComponent(new ProgressIndicator() {
{
registerRpc(new ProgressIndicatorServerRpc() {
@Override
public void poll() {
try {
Thread.sleep(1000);
} catch (InterruptedException e) {
e.printStackTrace();
}
}
});
setPollingInterval(3000);
}
});
addComponent(new Link("Navigate away", new ExternalResource(
"slowRequestHandler")));
addComponent(new Link("Start download", new ExternalResource(
"slowRequestHandler?download")));
} | @override protected void setup(vaadinrequest request) { addcomponent(new progressindicator() { { registerrpc(new progressindicatorserverrpc() { @override public void poll() { try { thread.sleep(1000); } catch (interruptedexception e) { e.printstacktrace(); } } }); setpollinginterval(3000); } }); addcomponent(new link("navigate away", new externalresource( "slowrequesthandler"))); addcomponent(new link("start download", new externalresource( "slowrequesthandler?download"))); } | allanim/vaadin | [
0,
0,
1,
0
] |
23,397 | static boolean remapGlyph(PdfFont currentFontData, GlyphData glyphData){
boolean alreadyRemaped=false;
final String charGlyph= currentFontData.getMappedChar(glyphData.getRawInt(), false);
if(charGlyph!=null){
final int newRawInt=currentFontData.getDiffChar(charGlyph);
if(newRawInt!=-1){
glyphData.setRawInt(newRawInt); //only reassign if not -1 as messes up code further down
glyphData.setDisplayValue(String.valueOf((char)newRawInt));
//fix for PDFdata/sample_pdfs_html/general-July2012/klar--men-aldri-ferdig_dacecc.pdf
//in some examples the unicode table is wrong and maps the character into this odd range, but the glyph is always correct
//this is a sanity check to fix this mapping issue
}else if(!glyphData.getDisplayValue().isEmpty() && glyphData.getDisplayValue().charAt(0)<32){
final int altValue=StandardFonts.getAdobeMap(charGlyph);
//this test can return -1 for invalid value as in sample_pdfs_html/general-May2014/18147.pdf
//which breaks code further down so we reject this value
if(altValue>-1) {
glyphData.setRawInt(altValue);
glyphData.set(String.valueOf((char) altValue));
alreadyRemaped = true;
}
}
}
return alreadyRemaped;
} | static boolean remapGlyph(PdfFont currentFontData, GlyphData glyphData){
boolean alreadyRemaped=false;
final String charGlyph= currentFontData.getMappedChar(glyphData.getRawInt(), false);
if(charGlyph!=null){
final int newRawInt=currentFontData.getDiffChar(charGlyph);
if(newRawInt!=-1){
glyphData.setRawInt(newRawInt);
glyphData.setDisplayValue(String.valueOf((char)newRawInt));
}else if(!glyphData.getDisplayValue().isEmpty() && glyphData.getDisplayValue().charAt(0)<32){
final int altValue=StandardFonts.getAdobeMap(charGlyph);
if(altValue>-1) {
glyphData.setRawInt(altValue);
glyphData.set(String.valueOf((char) altValue));
alreadyRemaped = true;
}
}
}
return alreadyRemaped;
} | static boolean remapglyph(pdffont currentfontdata, glyphdata glyphdata){ boolean alreadyremaped=false; final string charglyph= currentfontdata.getmappedchar(glyphdata.getrawint(), false); if(charglyph!=null){ final int newrawint=currentfontdata.getdiffchar(charglyph); if(newrawint!=-1){ glyphdata.setrawint(newrawint); glyphdata.setdisplayvalue(string.valueof((char)newrawint)); }else if(!glyphdata.getdisplayvalue().isempty() && glyphdata.getdisplayvalue().charat(0)<32){ final int altvalue=standardfonts.getadobemap(charglyph); if(altvalue>-1) { glyphdata.setrawint(altvalue); glyphdata.set(string.valueof((char) altvalue)); alreadyremaped = true; } } } return alreadyremaped; } | UprootStaging/maven-OpenViewerFX-src | [
0,
0,
1,
0
] |
31,695 | @Override
@Nonnull
public MutableVfsItem getMutableItem(RepoPath repoPath) {
//TORE: [by YS] should be storing repo once interfaces refactoring is done
LocalRepo localRepo = localOrCachedRepositoryByKey(repoPath.getRepoKey());
if (localRepo != null) {
MutableVfsItem mutableFsItem = localRepo.getMutableFsItem(repoPath);
if (mutableFsItem != null) {
return mutableFsItem;
}
}
throw new ItemNotFoundRuntimeException(repoPath);
} | @Override
@Nonnull
public MutableVfsItem getMutableItem(RepoPath repoPath) {
LocalRepo localRepo = localOrCachedRepositoryByKey(repoPath.getRepoKey());
if (localRepo != null) {
MutableVfsItem mutableFsItem = localRepo.getMutableFsItem(repoPath);
if (mutableFsItem != null) {
return mutableFsItem;
}
}
throw new ItemNotFoundRuntimeException(repoPath);
} | @override @nonnull public mutablevfsitem getmutableitem(repopath repopath) { localrepo localrepo = localorcachedrepositorybykey(repopath.getrepokey()); if (localrepo != null) { mutablevfsitem mutablefsitem = localrepo.getmutablefsitem(repopath); if (mutablefsitem != null) { return mutablefsitem; } } throw new itemnotfoundruntimeexception(repopath); } | alancnet/artifactory | [
1,
0,
0,
0
] |
15,371 | public SootMethod resolveSpecialDispatch(SpecialInvokeExpr ie, SootMethod container) {
container.getDeclaringClass().checkLevel(SootClass.HIERARCHY);
SootMethod target = ie.getMethod();
target.getDeclaringClass().checkLevel(SootClass.HIERARCHY);
/*
* This is a bizarre condition! Hopefully the implementation is correct. See VM Spec, 2nd Edition, Chapter 6, in the
* definition of invokespecial.
*/
if ("<init>".equals(target.getName()) || target.isPrivate()) {
return target;
} else if (isClassSubclassOf(target.getDeclaringClass(), container.getDeclaringClass())) {
return resolveConcreteDispatch(container.getDeclaringClass(), target);
} else {
return target;
}
} | public SootMethod resolveSpecialDispatch(SpecialInvokeExpr ie, SootMethod container) {
container.getDeclaringClass().checkLevel(SootClass.HIERARCHY);
SootMethod target = ie.getMethod();
target.getDeclaringClass().checkLevel(SootClass.HIERARCHY);
if ("<init>".equals(target.getName()) || target.isPrivate()) {
return target;
} else if (isClassSubclassOf(target.getDeclaringClass(), container.getDeclaringClass())) {
return resolveConcreteDispatch(container.getDeclaringClass(), target);
} else {
return target;
}
} | public sootmethod resolvespecialdispatch(specialinvokeexpr ie, sootmethod container) { container.getdeclaringclass().checklevel(sootclass.hierarchy); sootmethod target = ie.getmethod(); target.getdeclaringclass().checklevel(sootclass.hierarchy); if ("<init>".equals(target.getname()) || target.isprivate()) { return target; } else if (isclasssubclassof(target.getdeclaringclass(), container.getdeclaringclass())) { return resolveconcretedispatch(container.getdeclaringclass(), target); } else { return target; } } | UCLA-SEAL/JShrink | [
1,
0,
0,
0
] |
15,595 | public static List<KNXComObject> retrieveComObjectListByDatapointId(final KNXProject knxProject,
final int dataPointId) {
// TODO: how to identify the correct device if there are several devices in the
// list?
final KNXDeviceInstance knxDeviceInstance = knxProject.getDeviceInstances().get(0);
// TODO: maybe create a map from datapoint id to ComObject????
final List<KNXComObject> knxComObjects = knxDeviceInstance.getComObjects().values().stream()
.filter(c -> c.getNumber() == dataPointId).filter(c -> c.isGroupObject()).collect(Collectors.toList());
return knxComObjects;
} | public static List<KNXComObject> retrieveComObjectListByDatapointId(final KNXProject knxProject,
final int dataPointId) {
final KNXDeviceInstance knxDeviceInstance = knxProject.getDeviceInstances().get(0);
final List<KNXComObject> knxComObjects = knxDeviceInstance.getComObjects().values().stream()
.filter(c -> c.getNumber() == dataPointId).filter(c -> c.isGroupObject()).collect(Collectors.toList());
return knxComObjects;
} | public static list<knxcomobject> retrievecomobjectlistbydatapointid(final knxproject knxproject, final int datapointid) { final knxdeviceinstance knxdeviceinstance = knxproject.getdeviceinstances().get(0); final list<knxcomobject> knxcomobjects = knxdeviceinstance.getcomobjects().values().stream() .filter(c -> c.getnumber() == datapointid).filter(c -> c.isgroupobject()).collect(collectors.tolist()); return knxcomobjects; } | Thewbi/knx_meister | [
1,
0,
0,
0
] |
15,596 | public static Optional<KNXComObject> retrieveComObjectByDatapointId(final KNXProject knxProject,
final int deviceIndex, final int dataPointId) {
// TODO: how to identify the correct device if there are several devices in the
// list?
final KNXDeviceInstance knxDeviceInstance = knxProject.getDeviceInstances().get(deviceIndex);
// TODO: maybe create a map from datapoint id to ComObject????
// @formatter:off
return knxDeviceInstance
.getComObjects()
.values()
.stream()
.filter(c -> c.getNumber() == dataPointId)
.filter(c -> c.isGroupObject())
.findFirst();
// @formatter:on
} | public static Optional<KNXComObject> retrieveComObjectByDatapointId(final KNXProject knxProject,
final int deviceIndex, final int dataPointId) {
final KNXDeviceInstance knxDeviceInstance = knxProject.getDeviceInstances().get(deviceIndex);
return knxDeviceInstance
.getComObjects()
.values()
.stream()
.filter(c -> c.getNumber() == dataPointId)
.filter(c -> c.isGroupObject())
.findFirst();
} | public static optional<knxcomobject> retrievecomobjectbydatapointid(final knxproject knxproject, final int deviceindex, final int datapointid) { final knxdeviceinstance knxdeviceinstance = knxproject.getdeviceinstances().get(deviceindex); return knxdeviceinstance .getcomobjects() .values() .stream() .filter(c -> c.getnumber() == datapointid) .filter(c -> c.isgroupobject()) .findfirst(); } | Thewbi/knx_meister | [
1,
0,
0,
0
] |
23,864 | private Expression _buildExpression() {
// Make base Exp4j ExpressionBuilder using _formulaEquation string as input
ExpressionBuilder _formulaExpressionBuilder = new ExpressionBuilder(this._formulaEquation);
// Setup regex pattern we want to use to isolate formula variables from _formulaEquation string
// ==In terms of modularity, should we keep the regex string we use as a field for formulas that can be changed by config? Dunno, probably not, would be interesting though
Pattern _formulaRegex = new Pattern.compile("\s?_[a-zA-z0-9_]*_\s?");
// Make a matcher to get the variables out of the formula equation string given, using above pattern
Matcher _formulaVarMatcher = new _formulaRegex.matcher(this._formulaEquation);
// While regex matcher can find matching values, set them as variables in exp4j expressionbuilder
while (_formulaVarMatcher.find()) {
// While index i, starting at 1, is less than matcher.groupCount(), which inherently does not include groupCount(0)
for (int i=1; i<=_formulaVarMatcher.groupCount(); i++) {
// Set ith match from regex as a variable in the formula expression builder
_formulaExpressionBuilder.variable(_formulaVarMatcher.group(i));
}
}
// Once regex stuff is done and variables are set, properly build the expression.
Expression _formulaExpression = _formulaExpressionBuilder.build();
return _formulaExpression;
} | private Expression _buildExpression() {
ExpressionBuilder _formulaExpressionBuilder = new ExpressionBuilder(this._formulaEquation);
Pattern _formulaRegex = new Pattern.compile("\s?_[a-zA-z0-9_]*_\s?");
Matcher _formulaVarMatcher = new _formulaRegex.matcher(this._formulaEquation);
while (_formulaVarMatcher.find()) {
for (int i=1; i<=_formulaVarMatcher.groupCount(); i++) {
_formulaExpressionBuilder.variable(_formulaVarMatcher.group(i));
}
}
Expression _formulaExpression = _formulaExpressionBuilder.build();
return _formulaExpression;
} | private expression _buildexpression() { expressionbuilder _formulaexpressionbuilder = new expressionbuilder(this._formulaequation); pattern _formularegex = new pattern.compile("\s?_[a-za-z0-9_]*_\s?"); matcher _formulavarmatcher = new _formularegex.matcher(this._formulaequation); while (_formulavarmatcher.find()) { for (int i=1; i<=_formulavarmatcher.groupcount(); i++) { _formulaexpressionbuilder.variable(_formulavarmatcher.group(i)); } } expression _formulaexpression = _formulaexpressionbuilder.build(); return _formulaexpression; } | ambedrake/UniversalAuthenticatedReportGenerator | [
0,
1,
0,
0
] |
32,072 | private void craftRecipe( Recipe<?> currentRecipe)
{
if (currentRecipe != null && this.canAcceptRecipeOutput(currentRecipe))
{
ItemStack inputStack = this.inventory.get(0);
ItemStack outputStack = this.inventory.get(2);
ItemStack recipeResultStack = currentRecipe.getOutput();
int resultCount = world.random.nextInt(100) < dupeChance100 ? 2 : 1;
if (outputStack.isEmpty())
{
ItemStack newResultStack = recipeResultStack.copy();
newResultStack.setAmount(resultCount);
this.inventory.set(2, newResultStack);
}
else if (outputStack.getItem() == recipeResultStack.getItem())
{
// TODO: WHAT HAPPENS IF FINAL COUNT IS 63 AND WE SMELT DOUBLE?
outputStack.addAmount(resultCount);
}
if (!this.world.isClient)
this.setLastRecipe(currentRecipe);
if (inputStack.getItem() == Blocks.WET_SPONGE.getItem() && !((ItemStack) this.inventory.get(1)).isEmpty() && ((ItemStack) this.inventory.get(1)).getItem() == Items.BUCKET)
{
this.inventory.set(1, new ItemStack(Items.WATER_BUCKET));
}
inputStack.subtractAmount(1);
}
} | private void craftRecipe( Recipe<?> currentRecipe)
{
if (currentRecipe != null && this.canAcceptRecipeOutput(currentRecipe))
{
ItemStack inputStack = this.inventory.get(0);
ItemStack outputStack = this.inventory.get(2);
ItemStack recipeResultStack = currentRecipe.getOutput();
int resultCount = world.random.nextInt(100) < dupeChance100 ? 2 : 1;
if (outputStack.isEmpty())
{
ItemStack newResultStack = recipeResultStack.copy();
newResultStack.setAmount(resultCount);
this.inventory.set(2, newResultStack);
}
else if (outputStack.getItem() == recipeResultStack.getItem())
{
outputStack.addAmount(resultCount);
}
if (!this.world.isClient)
this.setLastRecipe(currentRecipe);
if (inputStack.getItem() == Blocks.WET_SPONGE.getItem() && !((ItemStack) this.inventory.get(1)).isEmpty() && ((ItemStack) this.inventory.get(1)).getItem() == Items.BUCKET)
{
this.inventory.set(1, new ItemStack(Items.WATER_BUCKET));
}
inputStack.subtractAmount(1);
}
} | private void craftrecipe( recipe<?> currentrecipe) { if (currentrecipe != null && this.canacceptrecipeoutput(currentrecipe)) { itemstack inputstack = this.inventory.get(0); itemstack outputstack = this.inventory.get(2); itemstack reciperesultstack = currentrecipe.getoutput(); int resultcount = world.random.nextint(100) < dupechance100 ? 2 : 1; if (outputstack.isempty()) { itemstack newresultstack = reciperesultstack.copy(); newresultstack.setamount(resultcount); this.inventory.set(2, newresultstack); } else if (outputstack.getitem() == reciperesultstack.getitem()) { outputstack.addamount(resultcount); } if (!this.world.isclient) this.setlastrecipe(currentrecipe); if (inputstack.getitem() == blocks.wet_sponge.getitem() && !((itemstack) this.inventory.get(1)).isempty() && ((itemstack) this.inventory.get(1)).getitem() == items.bucket) { this.inventory.set(1, new itemstack(items.water_bucket)); } inputstack.subtractamount(1); } } | XuyuEre/fabric-furnaces | [
1,
0,
0,
0
] |
7,716 | public void mergeSort(Card[] cardArray)
{
// TODO: implement this method (in an iterative way)
} | public void mergeSort(Card[] cardArray)
{
} | public void mergesort(card[] cardarray) { } | Sailia/data_structures | [
0,
1,
0,
0
] |
7,891 | @Test
public void findAllSubComments_for_comment_returns_collection_status_isFound() throws Exception{
when(commentService.findCommentsByCommentParentId(anyInt())).thenReturn(Arrays.asList(comments));
when(userService.findUserById(anyInt())).thenReturn(Optional.of(user));
when(commentLikeService.checkIfCommentIsLiked(any(Comment.class), any(User.class))).thenReturn(true);
ResultActions results = mockMvc
.perform(
get("/microblogging/v1/comment/2?requestedUserId=1"))
.andDo(print());
results
.andExpect(status().isOk())
.andExpect(content().contentType(MediaType.APPLICATION_JSON))
.andExpect(jsonPath("$.*").isArray())
.andExpect(jsonPath("$.*",hasSize(4)))
.andReturn();
} | @Test
public void findAllSubComments_for_comment_returns_collection_status_isFound() throws Exception{
when(commentService.findCommentsByCommentParentId(anyInt())).thenReturn(Arrays.asList(comments));
when(userService.findUserById(anyInt())).thenReturn(Optional.of(user));
when(commentLikeService.checkIfCommentIsLiked(any(Comment.class), any(User.class))).thenReturn(true);
ResultActions results = mockMvc
.perform(
get("/microblogging/v1/comment/2?requestedUserId=1"))
.andDo(print());
results
.andExpect(status().isOk())
.andExpect(content().contentType(MediaType.APPLICATION_JSON))
.andExpect(jsonPath("$.*").isArray())
.andExpect(jsonPath("$.*",hasSize(4)))
.andReturn();
} | @test public void findallsubcomments_for_comment_returns_collection_status_isfound() throws exception{ when(commentservice.findcommentsbycommentparentid(anyint())).thenreturn(arrays.aslist(comments)); when(userservice.finduserbyid(anyint())).thenreturn(optional.of(user)); when(commentlikeservice.checkifcommentisliked(any(comment.class), any(user.class))).thenreturn(true); resultactions results = mockmvc .perform( get("/microblogging/v1/comment/2?requesteduserid=1")) .anddo(print()); results .andexpect(status().isok()) .andexpect(content().contenttype(mediatype.application_json)) .andexpect(jsonpath("$.*").isarray()) .andexpect(jsonpath("$.*",hassize(4))) .andreturn(); } | Yarulika/Microblogging | [
0,
0,
0,
1
] |
16,097 | public List<FileHandler.FileAttributes> listWorkingDirectory() throws IOException, Exception
{
FileHandler fileHandler = null;
try
{
Tool tool = getTool();
fileHandler = tool.getToolResource().getFileHandler();
String workingDirectory = tool.getToolResource().getWorkingDirectory(task.getJobHandle());
List<FileHandler.FileAttributes> list = fileHandler.list(workingDirectory);
/*
log.debug("In listWorkingDirectory, directory is " + workingDirectory + " and there are " +
list.size() + " files.");
*/
return list;
}
finally
{
if (fileHandler != null)
{
fileHandler.close();
}
}
} | public List<FileHandler.FileAttributes> listWorkingDirectory() throws IOException, Exception
{
FileHandler fileHandler = null;
try
{
Tool tool = getTool();
fileHandler = tool.getToolResource().getFileHandler();
String workingDirectory = tool.getToolResource().getWorkingDirectory(task.getJobHandle());
List<FileHandler.FileAttributes> list = fileHandler.list(workingDirectory);
return list;
}
finally
{
if (fileHandler != null)
{
fileHandler.close();
}
}
} | public list<filehandler.fileattributes> listworkingdirectory() throws ioexception, exception { filehandler filehandler = null; try { tool tool = gettool(); filehandler = tool.gettoolresource().getfilehandler(); string workingdirectory = tool.gettoolresource().getworkingdirectory(task.getjobhandle()); list<filehandler.fileattributes> list = filehandler.list(workingdirectory); return list; } finally { if (filehandler != null) { filehandler.close(); } } } | SciGaP/DEPRECATED-Cipres-Airavata-POC | [
1,
0,
0,
0
] |
8,012 | protected final void codegenCallInContextMethod(ClassGeneratorHelper classGen, boolean isOverride)
{
IResolvedQualifiersReference applyReference = ReferenceFactory.resolvedQualifierQualifiedReference(royaleProject.getWorkspace(),
NamespaceDefinition.getAS3NamespaceDefinition(), "apply");
InstructionList callInContext = new InstructionList();
callInContext.addInstruction(ABCConstants.OP_getlocal1);
callInContext.addInstruction(ABCConstants.OP_getlocal2);
callInContext.addInstruction(ABCConstants.OP_getlocal3);
callInContext.addInstruction(ABCConstants.OP_callproperty, new Object[] {applyReference.getMName(), 2});
callInContext.addInstruction(ABCConstants.OP_getlocal, 4);
Label callInContextReturnVoid = new Label();
callInContext.addInstruction(ABCConstants.OP_iffalse, callInContextReturnVoid);
callInContext.addInstruction(ABCConstants.OP_returnvalue);
callInContext.labelNext(callInContextReturnVoid);
// TODO This should be OP_returnvoid, but the Boolean default value
// for the 'returns' parameter isn't defaulting to true.
// Fix this after CMP-936 is fixed.
callInContext.addInstruction(ABCConstants.OP_returnvalue);
ImmutableList<Name> callInContextParams = new ImmutableList.Builder<Name>()
.add(new Name(IASLanguageConstants.Function))
.add(new Name(IASLanguageConstants.Object))
.add(new Name(IASLanguageConstants.Array))
.add(new Name(IASLanguageConstants.Boolean))
.build();
classGen.addITraitsMethod(new Name("callInContext"), callInContextParams, null,
Collections.<Object> singletonList(Boolean.TRUE), false, true, isOverride, callInContext);
} | protected final void codegenCallInContextMethod(ClassGeneratorHelper classGen, boolean isOverride)
{
IResolvedQualifiersReference applyReference = ReferenceFactory.resolvedQualifierQualifiedReference(royaleProject.getWorkspace(),
NamespaceDefinition.getAS3NamespaceDefinition(), "apply");
InstructionList callInContext = new InstructionList();
callInContext.addInstruction(ABCConstants.OP_getlocal1);
callInContext.addInstruction(ABCConstants.OP_getlocal2);
callInContext.addInstruction(ABCConstants.OP_getlocal3);
callInContext.addInstruction(ABCConstants.OP_callproperty, new Object[] {applyReference.getMName(), 2});
callInContext.addInstruction(ABCConstants.OP_getlocal, 4);
Label callInContextReturnVoid = new Label();
callInContext.addInstruction(ABCConstants.OP_iffalse, callInContextReturnVoid);
callInContext.addInstruction(ABCConstants.OP_returnvalue);
callInContext.labelNext(callInContextReturnVoid);
callInContext.addInstruction(ABCConstants.OP_returnvalue);
ImmutableList<Name> callInContextParams = new ImmutableList.Builder<Name>()
.add(new Name(IASLanguageConstants.Function))
.add(new Name(IASLanguageConstants.Object))
.add(new Name(IASLanguageConstants.Array))
.add(new Name(IASLanguageConstants.Boolean))
.build();
classGen.addITraitsMethod(new Name("callInContext"), callInContextParams, null,
Collections.<Object> singletonList(Boolean.TRUE), false, true, isOverride, callInContext);
} | protected final void codegencallincontextmethod(classgeneratorhelper classgen, boolean isoverride) { iresolvedqualifiersreference applyreference = referencefactory.resolvedqualifierqualifiedreference(royaleproject.getworkspace(), namespacedefinition.getas3namespacedefinition(), "apply"); instructionlist callincontext = new instructionlist(); callincontext.addinstruction(abcconstants.op_getlocal1); callincontext.addinstruction(abcconstants.op_getlocal2); callincontext.addinstruction(abcconstants.op_getlocal3); callincontext.addinstruction(abcconstants.op_callproperty, new object[] {applyreference.getmname(), 2}); callincontext.addinstruction(abcconstants.op_getlocal, 4); label callincontextreturnvoid = new label(); callincontext.addinstruction(abcconstants.op_iffalse, callincontextreturnvoid); callincontext.addinstruction(abcconstants.op_returnvalue); callincontext.labelnext(callincontextreturnvoid); callincontext.addinstruction(abcconstants.op_returnvalue); immutablelist<name> callincontextparams = new immutablelist.builder<name>() .add(new name(iaslanguageconstants.function)) .add(new name(iaslanguageconstants.object)) .add(new name(iaslanguageconstants.array)) .add(new name(iaslanguageconstants.boolean)) .build(); classgen.additraitsmethod(new name("callincontext"), callincontextparams, null, collections.<object> singletonlist(boolean.true), false, true, isoverride, callincontext); } | alinakazi/apache-royale-0.9.8-bin-js-swf | [
1,
0,
0,
0
] |
16,242 | private void rhKeyReleased(java.awt.event.KeyEvent evt) {//GEN-FIRST:event_rhKeyReleased
// calc_total(); // TODO add your handling code here:
} | private void rhKeyReleased(java.awt.event.KeyEvent evt) {
} | private void rhkeyreleased(java.awt.event.keyevent evt) { } | ajpro-byte/ClinicMGMT | [
0,
1,
0,
0
] |
16,243 | private void riKeyReleased(java.awt.event.KeyEvent evt) {//GEN-FIRST:event_riKeyReleased
//calc_total(); // TODO add your handling code here:
if (ri.isEnabled()==true){
calc_total();
}else{
}
} | private void riKeyReleased(java.awt.event.KeyEvent evt) {
if (ri.isEnabled()==true){
calc_total();
}else{
}
} | private void rikeyreleased(java.awt.event.keyevent evt) { if (ri.isenabled()==true){ calc_total(); }else{ } } | ajpro-byte/ClinicMGMT | [
0,
1,
0,
0
] |
32,858 | @Override
protected Collection<String> getDirectoryEntries(Path path) throws IOException {
// TODO(felly): Support directory traversal.
return ImmutableList.of();
} | @Override
protected Collection<String> getDirectoryEntries(Path path) throws IOException {
return ImmutableList.of();
} | @override protected collection<string> getdirectoryentries(path path) throws ioexception { return immutablelist.of(); } | bloomberg/bazel | [
1,
0,
0,
0
] |
8,382 | public String parseId() throws SyntaxError {
String value = parseArg();
if (argWasQuoted()) {
throw new SyntaxError("Expected identifier instead of quoted string:" + value);
} else if (value == null) {
throw new SyntaxError("Expected identifier instead of 'null' for function " + sp);
}
return value;
} | public String parseId() throws SyntaxError {
String value = parseArg();
if (argWasQuoted()) {
throw new SyntaxError("Expected identifier instead of quoted string:" + value);
} else if (value == null) {
throw new SyntaxError("Expected identifier instead of 'null' for function " + sp);
}
return value;
} | public string parseid() throws syntaxerror { string value = parsearg(); if (argwasquoted()) { throw new syntaxerror("expected identifier instead of quoted string:" + value); } else if (value == null) { throw new syntaxerror("expected identifier instead of 'null' for function " + sp); } return value; } | anon24816/lucene-solr | [
0,
0,
0,
0
] |
8,383 | public Query parseNestedQuery() throws SyntaxError {
Query nestedQuery;
if (sp.opt("$")) {
String param = sp.getId();
String qstr = getParam(param);
qstr = qstr==null ? "" : qstr;
nestedQuery = subQuery(qstr, null).getQuery();
// nestedQuery would be null when de-referenced query value is not specified
// Ex: query($qq) in request with no qq param specified
if (nestedQuery == null) {
throw new SyntaxError("Missing param " + param + " while parsing function '" + sp.val + "'");
}
}
else {
int start = sp.pos;
String v = sp.val;
String qs = v;
ModifiableSolrParams nestedLocalParams = new ModifiableSolrParams();
int end = QueryParsing.parseLocalParams(qs, start, nestedLocalParams, getParams());
QParser sub;
if (end>start) {
if (nestedLocalParams.get(QueryParsing.V) != null) {
// value specified directly in local params... so the end of the
// query should be the end of the local params.
sub = subQuery(qs.substring(start, end), null);
} else {
// value here is *after* the local params... ask the parser.
sub = subQuery(qs, null);
// int subEnd = sub.findEnd(')');
// TODO.. implement functions to find the end of a nested query
throw new SyntaxError("Nested local params must have value in v parameter. got '" + qs + "'");
}
} else {
throw new SyntaxError("Nested function query must use $param or {!v=value} forms. got '" + qs + "'");
}
sp.pos += end-start; // advance past nested query
nestedQuery = sub.getQuery();
// handling null check on nestedQuery separately, so that proper error can be returned
// one case this would be possible when v is specified but v's value is empty or has only spaces
if (nestedQuery == null) {
throw new SyntaxError("Nested function query returned null for '" + sp.val + "'");
}
}
consumeArgumentDelimiter();
return nestedQuery;
} | public Query parseNestedQuery() throws SyntaxError {
Query nestedQuery;
if (sp.opt("$")) {
String param = sp.getId();
String qstr = getParam(param);
qstr = qstr==null ? "" : qstr;
nestedQuery = subQuery(qstr, null).getQuery();
if (nestedQuery == null) {
throw new SyntaxError("Missing param " + param + " while parsing function '" + sp.val + "'");
}
}
else {
int start = sp.pos;
String v = sp.val;
String qs = v;
ModifiableSolrParams nestedLocalParams = new ModifiableSolrParams();
int end = QueryParsing.parseLocalParams(qs, start, nestedLocalParams, getParams());
QParser sub;
if (end>start) {
if (nestedLocalParams.get(QueryParsing.V) != null) {
sub = subQuery(qs.substring(start, end), null);
} else {
sub = subQuery(qs, null);
throw new SyntaxError("Nested local params must have value in v parameter. got '" + qs + "'");
}
} else {
throw new SyntaxError("Nested function query must use $param or {!v=value} forms. got '" + qs + "'");
}
sp.pos += end-start;
nestedQuery = sub.getQuery();
if (nestedQuery == null) {
throw new SyntaxError("Nested function query returned null for '" + sp.val + "'");
}
}
consumeArgumentDelimiter();
return nestedQuery;
} | public query parsenestedquery() throws syntaxerror { query nestedquery; if (sp.opt("$")) { string param = sp.getid(); string qstr = getparam(param); qstr = qstr==null ? "" : qstr; nestedquery = subquery(qstr, null).getquery(); if (nestedquery == null) { throw new syntaxerror("missing param " + param + " while parsing function '" + sp.val + "'"); } } else { int start = sp.pos; string v = sp.val; string qs = v; modifiablesolrparams nestedlocalparams = new modifiablesolrparams(); int end = queryparsing.parselocalparams(qs, start, nestedlocalparams, getparams()); qparser sub; if (end>start) { if (nestedlocalparams.get(queryparsing.v) != null) { sub = subquery(qs.substring(start, end), null); } else { sub = subquery(qs, null); throw new syntaxerror("nested local params must have value in v parameter. got '" + qs + "'"); } } else { throw new syntaxerror("nested function query must use $param or {!v=value} forms. got '" + qs + "'"); } sp.pos += end-start; nestedquery = sub.getquery(); if (nestedquery == null) { throw new syntaxerror("nested function query returned null for '" + sp.val + "'"); } } consumeargumentdelimiter(); return nestedquery; } | anon24816/lucene-solr | [
0,
1,
0,
0
] |
16,595 | public void testPrint() throws Exception {
Map map = new HashMap();
map.put("bob", "drools");
map.put("james", "geronimo");
List list = new ArrayList();
list.add(map);
/** @todo fix this! */
//assertConsoleOutput(list, "[['bob':'drools', 'james':'geronimo']]");
} | public void testPrint() throws Exception {
Map map = new HashMap();
map.put("bob", "drools");
map.put("james", "geronimo");
List list = new ArrayList();
list.add(map);
} | public void testprint() throws exception { map map = new hashmap(); map.put("bob", "drools"); map.put("james", "geronimo"); list list = new arraylist(); list.add(map); } | chanwit/groovy | [
0,
0,
1,
0
] |
8,514 | public Object getTarget() {
try {
checkPermission(READ);
} catch (AccessDeniedException e) {
String rest = Stapler.getCurrentRequest().getRestOfPath();
for (String name : ALWAYS_READABLE_PATHS) {
if (rest.startsWith(name)) {
return this;
}
}
for (String name : getUnprotectedRootActions()) {
if (rest.startsWith("/" + name + "/") || rest.equals("/" + name)) {
return this;
}
}
// TODO SlaveComputer.doSlaveAgentJnlp; there should be an annotation to request unprotected access
if (rest.matches("/computer/[^/]+/slave-agent[.]jnlp")
&& "true".equals(Stapler.getCurrentRequest().getParameter("encrypt"))) {
return this;
}
throw e;
}
return this;
} | public Object getTarget() {
try {
checkPermission(READ);
} catch (AccessDeniedException e) {
String rest = Stapler.getCurrentRequest().getRestOfPath();
for (String name : ALWAYS_READABLE_PATHS) {
if (rest.startsWith(name)) {
return this;
}
}
for (String name : getUnprotectedRootActions()) {
if (rest.startsWith("/" + name + "/") || rest.equals("/" + name)) {
return this;
}
}
if (rest.matches("/computer/[^/]+/slave-agent[.]jnlp")
&& "true".equals(Stapler.getCurrentRequest().getParameter("encrypt"))) {
return this;
}
throw e;
}
return this;
} | public object gettarget() { try { checkpermission(read); } catch (accessdeniedexception e) { string rest = stapler.getcurrentrequest().getrestofpath(); for (string name : always_readable_paths) { if (rest.startswith(name)) { return this; } } for (string name : getunprotectedrootactions()) { if (rest.startswith("/" + name + "/") || rest.equals("/" + name)) { return this; } } if (rest.matches("/computer/[^/]+/slave-agent[.]jnlp") && "true".equals(stapler.getcurrentrequest().getparameter("encrypt"))) { return this; } throw e; } return this; } | codemonkey77/jenkins | [
1,
0,
0,
0
] |
24,924 | public ObjectiveFunctionInterface getObjectiveFunction(){
return this.oObjectiveFunction;
} | public ObjectiveFunctionInterface getObjectiveFunction(){
return this.oObjectiveFunction;
} | public objectivefunctioninterface getobjectivefunction(){ return this.oobjectivefunction; } | cmyxt502/aim-project-2020 | [
0,
1,
0,
0
] |
16,806 | @Override
public View onCreateView(LayoutInflater inflater, ViewGroup container, Bundle savedInstanceState) {
Bundle args = getArguments();
TierCategory category = (TierCategory) args.getSerializable("category");
String tier = args.getString("tier");
// Inflate the layout for this fragment
View view = inflater.inflate(R.layout.fragment_tier_list, container, false);
LinearLayout layout = (LinearLayout) view.findViewById(R.id.tier_layout);
try {//TODO: see if we can be more error-tolerance
myTask = new PopulateTierTableAsyncTask(getActivity(), layout, category).execute(tier);
} catch (Exception e) {
e.printStackTrace();
}
return view;
} | @Override
public View onCreateView(LayoutInflater inflater, ViewGroup container, Bundle savedInstanceState) {
Bundle args = getArguments();
TierCategory category = (TierCategory) args.getSerializable("category");
String tier = args.getString("tier");
View view = inflater.inflate(R.layout.fragment_tier_list, container, false);
LinearLayout layout = (LinearLayout) view.findViewById(R.id.tier_layout);
try
myTask = new PopulateTierTableAsyncTask(getActivity(), layout, category).execute(tier);
} catch (Exception e) {
e.printStackTrace();
}
return view;
} | @override public view oncreateview(layoutinflater inflater, viewgroup container, bundle savedinstancestate) { bundle args = getarguments(); tiercategory category = (tiercategory) args.getserializable("category"); string tier = args.getstring("tier"); view view = inflater.inflate(r.layout.fragment_tier_list, container, false); linearlayout layout = (linearlayout) view.findviewbyid(r.id.tier_layout); try mytask = new populatetiertableasynctask(getactivity(), layout, category).execute(tier); } catch (exception e) { e.printstacktrace(); } return view; } | chinhodado/BBDB | [
1,
0,
0,
0
] |
16,807 | @Override
protected void onPostExecute(Void param) {
if (pageDOM == null) {
return; // instead of try-catch
}
Elements tierTables = pageDOM.getElementsByClass("wikitable");
// calculate the width of the images to be displayed later on
Display display = activity.getWindowManager().getDefaultDisplay();
Point size = new Point();
display.getSize(size);
int screenWidth = size.x;
int scaleWidth = screenWidth / 10; // set it to be 1/10 of the screen width
int tableIndex = tierMap.get(category).get(tier);
Element tierTable = tierTables.get(tableIndex);
TableLayout table = new TableLayout(activity);
Elements rows = tierTable.getElementsByTag("tbody").first().getElementsByTag("tr"); // get all rows in each table
int countRow = 0;
for (Element row : rows) {
countRow++;
if (countRow == 1) {
// row 1 is the column headers. This may be different in the DOM in browser
continue;
}
else {
Elements cells = row.getElementsByTag("td");
TableRow tr = new TableRow(activity);
ImageView imgView = new ImageView(activity); tr.addView(imgView);
// get the thubnail image src
Element link = row.getElementsByTag("a").first();
String imgSrc = link.getElementsByTag("img").first().attr("data-src");
if (imgSrc == null || imgSrc.equals("")) imgSrc = link.getElementsByTag("img").first().attr("src");
imgView.setLayoutParams(new TableRow.LayoutParams(scaleWidth, (int) (scaleWidth*1.5))); // the height's not exact
imgView.setScaleType(ImageView.ScaleType.FIT_CENTER);
// get the scaled image link and display it
String newScaledLink = Util.getScaledWikiaImageLink(imgSrc, scaleWidth);
ImageLoader.getInstance().displayImage(newScaledLink, imgView);
String famName = cells.get(2).text();
TextView tv = new TextView(activity);
tv.setText(famName);
tr.addView(tv);
tr.setGravity(0x10); //center vertical
table.addView(tr);
tr.setTag(famName);
tr.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
Intent intent = new Intent(activity, FamDetailActivity.class);
intent.putExtra(MainActivity.FAM_NAME, (String) v.getTag());
activity.startActivity(intent);
}
});
}
}
layout.addView(table);
//TODO: center the spinner horizontally
//remove the spinner
ProgressBar progressBar = (ProgressBar) activity.findViewById(R.id.progressBar_tierTable);
layout.removeView(progressBar);
} | @Override
protected void onPostExecute(Void param) {
if (pageDOM == null) {
return;
}
Elements tierTables = pageDOM.getElementsByClass("wikitable");
Display display = activity.getWindowManager().getDefaultDisplay();
Point size = new Point();
display.getSize(size);
int screenWidth = size.x;
int scaleWidth = screenWidth / 10;
int tableIndex = tierMap.get(category).get(tier);
Element tierTable = tierTables.get(tableIndex);
TableLayout table = new TableLayout(activity);
Elements rows = tierTable.getElementsByTag("tbody").first().getElementsByTag("tr");
int countRow = 0;
for (Element row : rows) {
countRow++;
if (countRow == 1) {
continue;
}
else {
Elements cells = row.getElementsByTag("td");
TableRow tr = new TableRow(activity);
ImageView imgView = new ImageView(activity); tr.addView(imgView);
Element link = row.getElementsByTag("a").first();
String imgSrc = link.getElementsByTag("img").first().attr("data-src");
if (imgSrc == null || imgSrc.equals("")) imgSrc = link.getElementsByTag("img").first().attr("src");
imgView.setLayoutParams(new TableRow.LayoutParams(scaleWidth, (int) (scaleWidth*1.5)));
imgView.setScaleType(ImageView.ScaleType.FIT_CENTER);
String newScaledLink = Util.getScaledWikiaImageLink(imgSrc, scaleWidth);
ImageLoader.getInstance().displayImage(newScaledLink, imgView);
String famName = cells.get(2).text();
TextView tv = new TextView(activity);
tv.setText(famName);
tr.addView(tv);
tr.setGravity(0x10);
table.addView(tr);
tr.setTag(famName);
tr.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
Intent intent = new Intent(activity, FamDetailActivity.class);
intent.putExtra(MainActivity.FAM_NAME, (String) v.getTag());
activity.startActivity(intent);
}
});
}
}
layout.addView(table);
ProgressBar progressBar = (ProgressBar) activity.findViewById(R.id.progressBar_tierTable);
layout.removeView(progressBar);
} | @override protected void onpostexecute(void param) { if (pagedom == null) { return; } elements tiertables = pagedom.getelementsbyclass("wikitable"); display display = activity.getwindowmanager().getdefaultdisplay(); point size = new point(); display.getsize(size); int screenwidth = size.x; int scalewidth = screenwidth / 10; int tableindex = tiermap.get(category).get(tier); element tiertable = tiertables.get(tableindex); tablelayout table = new tablelayout(activity); elements rows = tiertable.getelementsbytag("tbody").first().getelementsbytag("tr"); int countrow = 0; for (element row : rows) { countrow++; if (countrow == 1) { continue; } else { elements cells = row.getelementsbytag("td"); tablerow tr = new tablerow(activity); imageview imgview = new imageview(activity); tr.addview(imgview); element link = row.getelementsbytag("a").first(); string imgsrc = link.getelementsbytag("img").first().attr("data-src"); if (imgsrc == null || imgsrc.equals("")) imgsrc = link.getelementsbytag("img").first().attr("src"); imgview.setlayoutparams(new tablerow.layoutparams(scalewidth, (int) (scalewidth*1.5))); imgview.setscaletype(imageview.scaletype.fit_center); string newscaledlink = util.getscaledwikiaimagelink(imgsrc, scalewidth); imageloader.getinstance().displayimage(newscaledlink, imgview); string famname = cells.get(2).text(); textview tv = new textview(activity); tv.settext(famname); tr.addview(tv); tr.setgravity(0x10); table.addview(tr); tr.settag(famname); tr.setonclicklistener(new view.onclicklistener() { @override public void onclick(view v) { intent intent = new intent(activity, famdetailactivity.class); intent.putextra(mainactivity.fam_name, (string) v.gettag()); activity.startactivity(intent); } }); } } layout.addview(table); progressbar progressbar = (progressbar) activity.findviewbyid(r.id.progressbar_tiertable); layout.removeview(progressbar); } | chinhodado/BBDB | [
0,
1,
0,
0
] |
33,203 | protected void processProperty(String beanName, BeanDefinition definition, PropertyDescriptor descriptor) throws BeansException {
Method method = descriptor.getWriteMethod();
if (method != null) {
// TODO should we handle the property.name() attribute?
// maybe add this to XBean code generator...
Property property = method.getAnnotation(Property.class);
if (property != null) {
if (property.required()) {
// TODO use property.name()?
String propertyName = descriptor.getName();
MutablePropertyValues propertyValues = definition.getPropertyValues();
if (!propertyValues.contains(propertyName)) {
throw new BeanInitializationException("Mandatory property: " + propertyName + " not specified on bean: " + beanName);
}
}
}
Reference reference = method.getAnnotation(Reference.class);
if (reference != null) {
if (reference.required()) {
// TODO use reference.name()?
String propertyName = descriptor.getName();
MutablePropertyValues propertyValues = definition.getPropertyValues();
if (!propertyValues.contains(propertyName)) {
throw new BeanInitializationException("Mandatory reference: " + propertyName + " not specified on bean: " + beanName);
}
}
}
}
} | protected void processProperty(String beanName, BeanDefinition definition, PropertyDescriptor descriptor) throws BeansException {
Method method = descriptor.getWriteMethod();
if (method != null) {
Property property = method.getAnnotation(Property.class);
if (property != null) {
if (property.required()) {
String propertyName = descriptor.getName();
MutablePropertyValues propertyValues = definition.getPropertyValues();
if (!propertyValues.contains(propertyName)) {
throw new BeanInitializationException("Mandatory property: " + propertyName + " not specified on bean: " + beanName);
}
}
}
Reference reference = method.getAnnotation(Reference.class);
if (reference != null) {
if (reference.required()) {
String propertyName = descriptor.getName();
MutablePropertyValues propertyValues = definition.getPropertyValues();
if (!propertyValues.contains(propertyName)) {
throw new BeanInitializationException("Mandatory reference: " + propertyName + " not specified on bean: " + beanName);
}
}
}
}
} | protected void processproperty(string beanname, beandefinition definition, propertydescriptor descriptor) throws beansexception { method method = descriptor.getwritemethod(); if (method != null) { property property = method.getannotation(property.class); if (property != null) { if (property.required()) { string propertyname = descriptor.getname(); mutablepropertyvalues propertyvalues = definition.getpropertyvalues(); if (!propertyvalues.contains(propertyname)) { throw new beaninitializationexception("mandatory property: " + propertyname + " not specified on bean: " + beanname); } } } reference reference = method.getannotation(reference.class); if (reference != null) { if (reference.required()) { string propertyname = descriptor.getname(); mutablepropertyvalues propertyvalues = definition.getpropertyvalues(); if (!propertyvalues.contains(propertyname)) { throw new beaninitializationexception("mandatory reference: " + propertyname + " not specified on bean: " + beanname); } } } } } | codehaus/xbean | [
1,
0,
0,
0
] |
16,856 | protected List<String> findBestTrailForUrlPathElems(Delegator delegator, List<List<String>> possibleTrails, List<AltUrlPartResults> pathElems) throws GenericEntityException {
if (pathElems.isEmpty()) return null;
List<String> bestTrail = null;
for(List<String> trail : possibleTrails) {
if (pathElems.size() > trail.size()) continue; // sure to fail
ListIterator<AltUrlPartResults> pit = pathElems.listIterator(pathElems.size());
ListIterator<String> tit = trail.listIterator(trail.size());
boolean matched = true;
while(matched && pit.hasPrevious()) {
AltUrlPartResults urlInfos = pit.previous();
String categoryId = tit.previous();
// simplistic check: ignores exact vs name-only matches, but may be good enough
if (!urlInfos.containsKey(categoryId)) {
matched = false;
}
}
if (matched) {
if (trail.size() == pathElems.size()) { // ideal case
bestTrail = trail;
break;
} else if (bestTrail == null || trail.size() < bestTrail.size()) { // smaller = better
bestTrail = trail;
}
}
}
return bestTrail;
} | protected List<String> findBestTrailForUrlPathElems(Delegator delegator, List<List<String>> possibleTrails, List<AltUrlPartResults> pathElems) throws GenericEntityException {
if (pathElems.isEmpty()) return null;
List<String> bestTrail = null;
for(List<String> trail : possibleTrails) {
if (pathElems.size() > trail.size()) continue;
ListIterator<AltUrlPartResults> pit = pathElems.listIterator(pathElems.size());
ListIterator<String> tit = trail.listIterator(trail.size());
boolean matched = true;
while(matched && pit.hasPrevious()) {
AltUrlPartResults urlInfos = pit.previous();
String categoryId = tit.previous();
if (!urlInfos.containsKey(categoryId)) {
matched = false;
}
}
if (matched) {
if (trail.size() == pathElems.size()) {
bestTrail = trail;
break;
} else if (bestTrail == null || trail.size() < bestTrail.size()) {
bestTrail = trail;
}
}
}
return bestTrail;
} | protected list<string> findbesttrailforurlpathelems(delegator delegator, list<list<string>> possibletrails, list<alturlpartresults> pathelems) throws genericentityexception { if (pathelems.isempty()) return null; list<string> besttrail = null; for(list<string> trail : possibletrails) { if (pathelems.size() > trail.size()) continue; listiterator<alturlpartresults> pit = pathelems.listiterator(pathelems.size()); listiterator<string> tit = trail.listiterator(trail.size()); boolean matched = true; while(matched && pit.hasprevious()) { alturlpartresults urlinfos = pit.previous(); string categoryid = tit.previous(); if (!urlinfos.containskey(categoryid)) { matched = false; } } if (matched) { if (trail.size() == pathelems.size()) { besttrail = trail; break; } else if (besttrail == null || trail.size() < besttrail.size()) { besttrail = trail; } } } return besttrail; } | codesbyzhangpeng/scipio-erp | [
1,
0,
0,
0
] |
16,860 | protected List<List<String>> getProductRollupTrails(Delegator delegator, String productId, Set<String> topCategoryIds) {
return ProductWorker.getProductRollupTrails(delegator, productId, topCategoryIds, true);
} | protected List<List<String>> getProductRollupTrails(Delegator delegator, String productId, Set<String> topCategoryIds) {
return ProductWorker.getProductRollupTrails(delegator, productId, topCategoryIds, true);
} | protected list<list<string>> getproductrolluptrails(delegator delegator, string productid, set<string> topcategoryids) { return productworker.getproductrolluptrails(delegator, productid, topcategoryids, true); } | codesbyzhangpeng/scipio-erp | [
0,
1,
0,
0
] |
16,861 | protected List<List<String>> getCategoryRollupTrails(Delegator delegator, String productCategoryId, Set<String> topCategoryIds) {
return CategoryWorker.getCategoryRollupTrails(delegator, productCategoryId, topCategoryIds, true);
} | protected List<List<String>> getCategoryRollupTrails(Delegator delegator, String productCategoryId, Set<String> topCategoryIds) {
return CategoryWorker.getCategoryRollupTrails(delegator, productCategoryId, topCategoryIds, true);
} | protected list<list<string>> getcategoryrolluptrails(delegator delegator, string productcategoryid, set<string> topcategoryids) { return categoryworker.getcategoryrolluptrails(delegator, productcategoryid, topcategoryids, true); } | codesbyzhangpeng/scipio-erp | [
0,
1,
0,
0
] |
33,286 | @Override
public void handleIncoming(SoeUdpConnection connection, ClientIdMsg message) throws Exception {
// Validate client version
if (!message.getClientVersion().equals(requiredClientVersion)) {
ErrorMessage error = new ErrorMessage("Login Error", "The client you are attempting to connect with does not match that required by the server.", false);
connection.sendMessage(error);
logger.info("Sending Client Error");
return;
}
SoeAccount account = accountService.validateSession(message.getToken());
if (account == null) {
ErrorMessage error = new ErrorMessage("Error", "Invalid Session", false);
connection.sendMessage(error);
logger.info("Invalid Session: " + message.getToken());
return;
}
connection.setAccountId(account.getId());
connection.setAccountUsername(account.getUsername());
connection.addRole(ConnectionRole.AUTHENTICATED);
// TODO: Actually implement permissions
ClientPermissionsMessage cpm = new ClientPermissionsMessage(true, true, true, true);
connection.sendMessage(cpm);
} | @Override
public void handleIncoming(SoeUdpConnection connection, ClientIdMsg message) throws Exception {
if (!message.getClientVersion().equals(requiredClientVersion)) {
ErrorMessage error = new ErrorMessage("Login Error", "The client you are attempting to connect with does not match that required by the server.", false);
connection.sendMessage(error);
logger.info("Sending Client Error");
return;
}
SoeAccount account = accountService.validateSession(message.getToken());
if (account == null) {
ErrorMessage error = new ErrorMessage("Error", "Invalid Session", false);
connection.sendMessage(error);
logger.info("Invalid Session: " + message.getToken());
return;
}
connection.setAccountId(account.getId());
connection.setAccountUsername(account.getUsername());
connection.addRole(ConnectionRole.AUTHENTICATED);
ClientPermissionsMessage cpm = new ClientPermissionsMessage(true, true, true, true);
connection.sendMessage(cpm);
} | @override public void handleincoming(soeudpconnection connection, clientidmsg message) throws exception { if (!message.getclientversion().equals(requiredclientversion)) { errormessage error = new errormessage("login error", "the client you are attempting to connect with does not match that required by the server.", false); connection.sendmessage(error); logger.info("sending client error"); return; } soeaccount account = accountservice.validatesession(message.gettoken()); if (account == null) { errormessage error = new errormessage("error", "invalid session", false); connection.sendmessage(error); logger.info("invalid session: " + message.gettoken()); return; } connection.setaccountid(account.getid()); connection.setaccountusername(account.getusername()); connection.addrole(connectionrole.authenticated); clientpermissionsmessage cpm = new clientpermissionsmessage(true, true, true, true); connection.sendmessage(cpm); } | bacta/cu | [
0,
1,
0,
0
] |
25,102 | private void addSKOSDataProperties(final OWLNamedIndividual concept,
final Stream<OWLAnnotation> annos) {
// Need a method in the OWL API to get Annotation by URI...
final Map<IRI, OWLDataProperty> annoMap = mapper.getAnnotationMap();
final AtomicBoolean inSchemeAdded = new AtomicBoolean(false);
annos.forEach(anno -> {
final OWLDataProperty prop = annoMap.get(anno.getProperty().getIRI());
if (prop != null && anno.getValue().asLiteral().isPresent()) {
final String literal = anno.getValue().asLiteral().get().getLiteral();
final OWLAxiom ax = factory
.getOWLDataPropertyAssertionAxiom(prop, concept, factory.getOWLLiteral(literal, "en"));
axioms.add(ax);
} else {
if (Obo2OWLVocabulary.IRI_OIO_hasOboNamespace.sameIRI(anno.getProperty())) {
final OWLIndividual scheme = anno.getValue().asLiteral().map(OWLLiteral::getLiteral)
.map(this::getSkosScheme).orElse(skosConceptScheme);
axioms.add(factory.
getOWLObjectPropertyAssertionAxiom(inSchemeProperty, concept, scheme));
inSchemeAdded.set(true);
} else if (includeUnmappedProperties) {
// for all other annotation axioms, just add them as they are
axioms.add(factory.getOWLAnnotationAssertionAxiom(concept.getIRI(), anno));
}
}
});
// ensure inScheme is set. we need it, so set to default if missing
if (!inSchemeAdded.get()) {
axioms.add(factory.
getOWLObjectPropertyAssertionAxiom(inSchemeProperty, concept, skosConceptScheme));
}
// This is an after thought, whole script needs re-writing if i were to do this properly anyway
// want to use SKOS note to keep the original OBO identifier.
final String frag = concept.getIRI().getFragment();
final String oboId = UNDERSCORE.matcher(frag).replaceFirst(":");
axioms.add(factory.getOWLDataPropertyAssertionAxiom(
factory.getOWLDataProperty(SKOSVocabulary.NOTE), concept, oboId));
} | private void addSKOSDataProperties(final OWLNamedIndividual concept,
final Stream<OWLAnnotation> annos) {
final Map<IRI, OWLDataProperty> annoMap = mapper.getAnnotationMap();
final AtomicBoolean inSchemeAdded = new AtomicBoolean(false);
annos.forEach(anno -> {
final OWLDataProperty prop = annoMap.get(anno.getProperty().getIRI());
if (prop != null && anno.getValue().asLiteral().isPresent()) {
final String literal = anno.getValue().asLiteral().get().getLiteral();
final OWLAxiom ax = factory
.getOWLDataPropertyAssertionAxiom(prop, concept, factory.getOWLLiteral(literal, "en"));
axioms.add(ax);
} else {
if (Obo2OWLVocabulary.IRI_OIO_hasOboNamespace.sameIRI(anno.getProperty())) {
final OWLIndividual scheme = anno.getValue().asLiteral().map(OWLLiteral::getLiteral)
.map(this::getSkosScheme).orElse(skosConceptScheme);
axioms.add(factory.
getOWLObjectPropertyAssertionAxiom(inSchemeProperty, concept, scheme));
inSchemeAdded.set(true);
} else if (includeUnmappedProperties) {
axioms.add(factory.getOWLAnnotationAssertionAxiom(concept.getIRI(), anno));
}
}
});
if (!inSchemeAdded.get()) {
axioms.add(factory.
getOWLObjectPropertyAssertionAxiom(inSchemeProperty, concept, skosConceptScheme));
}
final String frag = concept.getIRI().getFragment();
final String oboId = UNDERSCORE.matcher(frag).replaceFirst(":");
axioms.add(factory.getOWLDataPropertyAssertionAxiom(
factory.getOWLDataProperty(SKOSVocabulary.NOTE), concept, oboId));
} | private void addskosdataproperties(final owlnamedindividual concept, final stream<owlannotation> annos) { final map<iri, owldataproperty> annomap = mapper.getannotationmap(); final atomicboolean inschemeadded = new atomicboolean(false); annos.foreach(anno -> { final owldataproperty prop = annomap.get(anno.getproperty().getiri()); if (prop != null && anno.getvalue().asliteral().ispresent()) { final string literal = anno.getvalue().asliteral().get().getliteral(); final owlaxiom ax = factory .getowldatapropertyassertionaxiom(prop, concept, factory.getowlliteral(literal, "en")); axioms.add(ax); } else { if (obo2owlvocabulary.iri_oio_hasobonamespace.sameiri(anno.getproperty())) { final owlindividual scheme = anno.getvalue().asliteral().map(owlliteral::getliteral) .map(this::getskosscheme).orelse(skosconceptscheme); axioms.add(factory. getowlobjectpropertyassertionaxiom(inschemeproperty, concept, scheme)); inschemeadded.set(true); } else if (includeunmappedproperties) { axioms.add(factory.getowlannotationassertionaxiom(concept.getiri(), anno)); } } }); if (!inschemeadded.get()) { axioms.add(factory. getowlobjectpropertyassertionaxiom(inschemeproperty, concept, skosconceptscheme)); } final string frag = concept.getiri().getfragment(); final string oboid = underscore.matcher(frag).replacefirst(":"); axioms.add(factory.getowldatapropertyassertionaxiom( factory.getowldataproperty(skosvocabulary.note), concept, oboid)); } | autayeu/obo2skos | [
1,
1,
0,
0
] |
16,966 | @SuppressWarnings("deprecation")
private static void broadcastStateChange(String title, boolean preparing, boolean titleOrSongHaveChanged) {
if (notificationBroadcastPending) {
localHandler.removeMessages(MSG_BROADCAST_STATE_CHANGE);
notificationBroadcastPending = false;
}
final long now = SystemClock.uptimeMillis();
final long delta = now - notificationLastUpdateTime;
if (delta < 100 || notificationLastUpdateTime == 0) {
notificationBroadcastPending = true;
localHandler.sendMessageAtTime(Message.obtain(localHandler, MSG_BROADCAST_STATE_CHANGE, (preparing ? 0x01 : 0) | (titleOrSongHaveChanged ? 0x02 : 0), 0, title), (notificationLastUpdateTime == 0 ? ((notificationLastUpdateTime = now) + 2000) : (notificationLastUpdateTime + 110 - delta)));
return;
}
notificationLastUpdateTime = now;
refreshNotification();
WidgetMain.updateWidgets();
//
//perhaps, one day we should implement RemoteControlClient for better Bluetooth support...?
//http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged);
if (mediaSession != null)
broadcastStateChangeToMediaSession(title, preparing, titleOrSongHaveChanged);
} | @SuppressWarnings("deprecation")
private static void broadcastStateChange(String title, boolean preparing, boolean titleOrSongHaveChanged) {
if (notificationBroadcastPending) {
localHandler.removeMessages(MSG_BROADCAST_STATE_CHANGE);
notificationBroadcastPending = false;
}
final long now = SystemClock.uptimeMillis();
final long delta = now - notificationLastUpdateTime;
if (delta < 100 || notificationLastUpdateTime == 0) {
notificationBroadcastPending = true;
localHandler.sendMessageAtTime(Message.obtain(localHandler, MSG_BROADCAST_STATE_CHANGE, (preparing ? 0x01 : 0) | (titleOrSongHaveChanged ? 0x02 : 0), 0, title), (notificationLastUpdateTime == 0 ? ((notificationLastUpdateTime = now) + 2000) : (notificationLastUpdateTime + 110 - delta)));
return;
}
notificationLastUpdateTime = now;
refreshNotification();
WidgetMain.updateWidgets();
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
stickyBroadcast.removeExtra("playing");
} else {
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
stickyBroadcast.putExtra("playing", localPlaying);
}
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged);
if (mediaSession != null)
broadcastStateChangeToMediaSession(title, preparing, titleOrSongHaveChanged);
} | @suppresswarnings("deprecation") private static void broadcaststatechange(string title, boolean preparing, boolean titleorsonghavechanged) { if (notificationbroadcastpending) { localhandler.removemessages(msg_broadcast_state_change); notificationbroadcastpending = false; } final long now = systemclock.uptimemillis(); final long delta = now - notificationlastupdatetime; if (delta < 100 || notificationlastupdatetime == 0) { notificationbroadcastpending = true; localhandler.sendmessageattime(message.obtain(localhandler, msg_broadcast_state_change, (preparing ? 0x01 : 0) | (titleorsonghavechanged ? 0x02 : 0), 0, title), (notificationlastupdatetime == 0 ? ((notificationlastupdatetime = now) + 2000) : (notificationlastupdatetime + 110 - delta))); return; } notificationlastupdatetime = now; refreshnotification(); widgetmain.updatewidgets(); if (localsong == null) { stickybroadcast.setaction("com.android.music.playbackcomplete"); stickybroadcast.removeextra("id"); stickybroadcast.removeextra("songid"); stickybroadcast.removeextra("track"); stickybroadcast.removeextra("artist"); stickybroadcast.removeextra("album"); stickybroadcast.removeextra("duration"); stickybroadcast.removeextra("playing"); } else { stickybroadcast.setaction("com.android.music.playstatechanged"); stickybroadcast.putextra("id", localsong.id); stickybroadcast.putextra("songid", localsong.id); stickybroadcast.putextra("track", title); stickybroadcast.putextra("artist", localsong.artist); stickybroadcast.putextra("album", localsong.album); stickybroadcast.putextra("duration", (long)localsong.lengthms); stickybroadcast.putextra("playing", localplaying); } try { if (build.version.sdk_int >= build.version_codes.lollipop) theplayer.sendbroadcast(stickybroadcast); else theplayer.sendstickybroadcast(stickybroadcast); } catch (runtimeexception ex) { } if (remotecontrolclient != null) broadcaststatechangetoremotecontrol(title, preparing, titleorsonghavechanged); if (mediasession != null) broadcaststatechangetomediasession(title, preparing, titleorsonghavechanged); } | carlosrafaelgn/FPlayAndroid | [
0,
1,
1,
0
] |
25,223 | public Node<N> join(Node<N> x, Node<N> y) {
// TODO this.majorants should return an iterator
SortedSet<Node<N>> xMajorants = new TreeSet<Node<N>>(this.majorants(x));
xMajorants.add(x);
SortedSet<Node<N>> yMajorants = new TreeSet<Node<N>>(this.majorants(y));
yMajorants.add(y);
xMajorants.retainAll(yMajorants);
DAGraph<N, E> graph = this.getSubgraphByNodes(xMajorants);
TreeSet<Node> join = new TreeSet<Node>(graph.min());
if (join.size() == 1) {
return join.first();
}
return null;
} | public Node<N> join(Node<N> x, Node<N> y) {
SortedSet<Node<N>> xMajorants = new TreeSet<Node<N>>(this.majorants(x));
xMajorants.add(x);
SortedSet<Node<N>> yMajorants = new TreeSet<Node<N>>(this.majorants(y));
yMajorants.add(y);
xMajorants.retainAll(yMajorants);
DAGraph<N, E> graph = this.getSubgraphByNodes(xMajorants);
TreeSet<Node> join = new TreeSet<Node>(graph.min());
if (join.size() == 1) {
return join.first();
}
return null;
} | public node<n> join(node<n> x, node<n> y) { sortedset<node<n>> xmajorants = new treeset<node<n>>(this.majorants(x)); xmajorants.add(x); sortedset<node<n>> ymajorants = new treeset<node<n>>(this.majorants(y)); ymajorants.add(y); xmajorants.retainall(ymajorants); dagraph<n, e> graph = this.getsubgraphbynodes(xmajorants); treeset<node> join = new treeset<node>(graph.min()); if (join.size() == 1) { return join.first(); } return null; } | chdemko/java-lattices | [
1,
0,
0,
0
] |
8,840 | public static void resetData(BitbucketTestedProduct stash) {
YaccRepoSettingsPage settingsPage = stash.visit(BitbucketLoginPage.class)
.loginAsSysAdmin(YaccRepoSettingsPage.class);
settingsPage.clickEditYacc()
.clearSettings();
settingsPage.clickSubmit();
settingsPage.clickDisable();
YaccGlobalSettingsPage globalSettingsPage = stash.visit(YaccGlobalSettingsPage.class);
globalSettingsPage.clearSettings();
globalSettingsPage.clickSubmit();
stash.getTester().getDriver().manage().deleteAllCookies();
} | public static void resetData(BitbucketTestedProduct stash) {
YaccRepoSettingsPage settingsPage = stash.visit(BitbucketLoginPage.class)
.loginAsSysAdmin(YaccRepoSettingsPage.class);
settingsPage.clickEditYacc()
.clearSettings();
settingsPage.clickSubmit();
settingsPage.clickDisable();
YaccGlobalSettingsPage globalSettingsPage = stash.visit(YaccGlobalSettingsPage.class);
globalSettingsPage.clearSettings();
globalSettingsPage.clickSubmit();
stash.getTester().getDriver().manage().deleteAllCookies();
} | public static void resetdata(bitbuckettestedproduct stash) { yaccreposettingspage settingspage = stash.visit(bitbucketloginpage.class) .loginassysadmin(yaccreposettingspage.class); settingspage.clickedityacc() .clearsettings(); settingspage.clicksubmit(); settingspage.clickdisable(); yaccglobalsettingspage globalsettingspage = stash.visit(yaccglobalsettingspage.class); globalsettingspage.clearsettings(); globalsettingspage.clicksubmit(); stash.gettester().getdriver().manage().deleteallcookies(); } | christiangalsterer/yet-another-commit-checker | [
1,
0,
0,
0
] |
17,204 | public void getDagInfo() {
if (!setupResponse()) {
return;
}
DAG dag = checkAndGetDAGFromRequest();
if (dag == null) {
return;
}
Map<String, Set<String>> counterNames = getCounterListFromRequest();
Map<String, Object> dagInfo = new HashMap<String, Object>();
dagInfo.put("id", dag.getID().toString());
dagInfo.put("progress", Float.toString(dag.getCompletedTaskProgress()));
dagInfo.put("status", dag.getState().toString());
try {
if (counterNames != null && !counterNames.isEmpty()) {
TezCounters counters = dag.getCachedCounters();
Map<String, Map<String, Long>> counterMap = constructCounterMapInfo(counters, counterNames);
if (counterMap != null && !counterMap.isEmpty()) {
dagInfo.put("counters", counterMap);
}
}
} catch (LimitExceededException e) {
// Ignore
// TODO: add an error message instead for counter key
}
renderJSON(ImmutableMap.of(
"dag", dagInfo
));
} | public void getDagInfo() {
if (!setupResponse()) {
return;
}
DAG dag = checkAndGetDAGFromRequest();
if (dag == null) {
return;
}
Map<String, Set<String>> counterNames = getCounterListFromRequest();
Map<String, Object> dagInfo = new HashMap<String, Object>();
dagInfo.put("id", dag.getID().toString());
dagInfo.put("progress", Float.toString(dag.getCompletedTaskProgress()));
dagInfo.put("status", dag.getState().toString());
try {
if (counterNames != null && !counterNames.isEmpty()) {
TezCounters counters = dag.getCachedCounters();
Map<String, Map<String, Long>> counterMap = constructCounterMapInfo(counters, counterNames);
if (counterMap != null && !counterMap.isEmpty()) {
dagInfo.put("counters", counterMap);
}
}
} catch (LimitExceededException e) {
}
renderJSON(ImmutableMap.of(
"dag", dagInfo
));
} | public void getdaginfo() { if (!setupresponse()) { return; } dag dag = checkandgetdagfromrequest(); if (dag == null) { return; } map<string, set<string>> counternames = getcounterlistfromrequest(); map<string, object> daginfo = new hashmap<string, object>(); daginfo.put("id", dag.getid().tostring()); daginfo.put("progress", float.tostring(dag.getcompletedtaskprogress())); daginfo.put("status", dag.getstate().tostring()); try { if (counternames != null && !counternames.isempty()) { tezcounters counters = dag.getcachedcounters(); map<string, map<string, long>> countermap = constructcountermapinfo(counters, counternames); if (countermap != null && !countermap.isempty()) { daginfo.put("counters", countermap); } } } catch (limitexceededexception e) { } renderjson(immutablemap.of( "dag", daginfo )); } | chenjunbiao001/tez | [
0,
1,
0,
0
] |
17,205 | private Map<String, Object> getVertexInfoMap(Vertex vertex,
Map<String, Set<String>> counterNames) {
Map<String, Object> vertexInfo = new HashMap<String, Object>();
vertexInfo.put("id", vertex.getVertexId().toString());
vertexInfo.put("status", vertex.getState().toString());
vertexInfo.put("progress", Float.toString(vertex.getCompletedTaskProgress()));
vertexInfo.put("initTime", Long.toString(vertex.getInitTime()));
vertexInfo.put("startTime", Long.toString(vertex.getStartTime()));
vertexInfo.put("finishTime", Long.toString(vertex.getFinishTime()));
vertexInfo.put("firstTaskStartTime", Long.toString(vertex.getFirstTaskStartTime()));
vertexInfo.put("lastTaskFinishTime", Long.toString(vertex.getLastTaskFinishTime()));
ProgressBuilder vertexProgress = vertex.getVertexProgress();
vertexInfo.put("totalTasks", Integer.toString(vertexProgress.getTotalTaskCount()));
vertexInfo.put("runningTasks", Integer.toString(vertexProgress.getRunningTaskCount()));
vertexInfo.put("succeededTasks", Integer.toString(vertexProgress.getSucceededTaskCount()));
vertexInfo.put("failedTaskAttempts",
Integer.toString(vertexProgress.getFailedTaskAttemptCount()));
vertexInfo.put("killedTaskAttempts",
Integer.toString(vertexProgress.getKilledTaskAttemptCount()));
try {
if (counterNames != null && !counterNames.isEmpty()) {
TezCounters counters = vertex.getCachedCounters();
Map<String, Map<String, Long>> counterMap = constructCounterMapInfo(counters, counterNames);
if (counterMap != null && !counterMap.isEmpty()) {
vertexInfo.put("counters", counterMap);
}
}
} catch (LimitExceededException e) {
// Ignore
// TODO: add an error message instead for counter key
}
return vertexInfo;
} | private Map<String, Object> getVertexInfoMap(Vertex vertex,
Map<String, Set<String>> counterNames) {
Map<String, Object> vertexInfo = new HashMap<String, Object>();
vertexInfo.put("id", vertex.getVertexId().toString());
vertexInfo.put("status", vertex.getState().toString());
vertexInfo.put("progress", Float.toString(vertex.getCompletedTaskProgress()));
vertexInfo.put("initTime", Long.toString(vertex.getInitTime()));
vertexInfo.put("startTime", Long.toString(vertex.getStartTime()));
vertexInfo.put("finishTime", Long.toString(vertex.getFinishTime()));
vertexInfo.put("firstTaskStartTime", Long.toString(vertex.getFirstTaskStartTime()));
vertexInfo.put("lastTaskFinishTime", Long.toString(vertex.getLastTaskFinishTime()));
ProgressBuilder vertexProgress = vertex.getVertexProgress();
vertexInfo.put("totalTasks", Integer.toString(vertexProgress.getTotalTaskCount()));
vertexInfo.put("runningTasks", Integer.toString(vertexProgress.getRunningTaskCount()));
vertexInfo.put("succeededTasks", Integer.toString(vertexProgress.getSucceededTaskCount()));
vertexInfo.put("failedTaskAttempts",
Integer.toString(vertexProgress.getFailedTaskAttemptCount()));
vertexInfo.put("killedTaskAttempts",
Integer.toString(vertexProgress.getKilledTaskAttemptCount()));
try {
if (counterNames != null && !counterNames.isEmpty()) {
TezCounters counters = vertex.getCachedCounters();
Map<String, Map<String, Long>> counterMap = constructCounterMapInfo(counters, counterNames);
if (counterMap != null && !counterMap.isEmpty()) {
vertexInfo.put("counters", counterMap);
}
}
} catch (LimitExceededException e) {
}
return vertexInfo;
} | private map<string, object> getvertexinfomap(vertex vertex, map<string, set<string>> counternames) { map<string, object> vertexinfo = new hashmap<string, object>(); vertexinfo.put("id", vertex.getvertexid().tostring()); vertexinfo.put("status", vertex.getstate().tostring()); vertexinfo.put("progress", float.tostring(vertex.getcompletedtaskprogress())); vertexinfo.put("inittime", long.tostring(vertex.getinittime())); vertexinfo.put("starttime", long.tostring(vertex.getstarttime())); vertexinfo.put("finishtime", long.tostring(vertex.getfinishtime())); vertexinfo.put("firsttaskstarttime", long.tostring(vertex.getfirsttaskstarttime())); vertexinfo.put("lasttaskfinishtime", long.tostring(vertex.getlasttaskfinishtime())); progressbuilder vertexprogress = vertex.getvertexprogress(); vertexinfo.put("totaltasks", integer.tostring(vertexprogress.gettotaltaskcount())); vertexinfo.put("runningtasks", integer.tostring(vertexprogress.getrunningtaskcount())); vertexinfo.put("succeededtasks", integer.tostring(vertexprogress.getsucceededtaskcount())); vertexinfo.put("failedtaskattempts", integer.tostring(vertexprogress.getfailedtaskattemptcount())); vertexinfo.put("killedtaskattempts", integer.tostring(vertexprogress.getkilledtaskattemptcount())); try { if (counternames != null && !counternames.isempty()) { tezcounters counters = vertex.getcachedcounters(); map<string, map<string, long>> countermap = constructcountermapinfo(counters, counternames); if (countermap != null && !countermap.isempty()) { vertexinfo.put("counters", countermap); } } } catch (limitexceededexception e) { } return vertexinfo; } | chenjunbiao001/tez | [
0,
1,
0,
0
] |
17,206 | public void getTasksInfo() {
if (!setupResponse()) {
return;
}
DAG dag = checkAndGetDAGFromRequest();
if (dag == null) {
return;
}
int limit = MAX_QUERIED;
try {
limit = getQueryParamInt(WebUIService.LIMIT);
} catch (NumberFormatException e) {
//Ignore
}
List<Task> tasks = getRequestedTasks(dag, limit);
if(tasks == null) {
return;
}
Map<String, Set<String>> counterNames = getCounterListFromRequest();
ArrayList<Map<String, Object>> tasksInfo = new ArrayList<Map<String, Object>>();
for(Task t : tasks) {
Map<String, Object> taskInfo = new HashMap<String, Object>();
taskInfo.put("id", t.getTaskId().toString());
taskInfo.put("progress", Float.toString(t.getProgress()));
taskInfo.put("status", t.getState().toString());
try {
TezCounters counters = t.getCounters();
Map<String, Map<String, Long>> counterMap = constructCounterMapInfo(counters, counterNames);
if (counterMap != null && !counterMap.isEmpty()) {
taskInfo.put("counters", counterMap);
}
} catch (LimitExceededException e) {
// Ignore
// TODO: add an error message instead for counter key
}
tasksInfo.add(taskInfo);
}
renderJSON(ImmutableMap.of(
"tasks", tasksInfo
));
} | public void getTasksInfo() {
if (!setupResponse()) {
return;
}
DAG dag = checkAndGetDAGFromRequest();
if (dag == null) {
return;
}
int limit = MAX_QUERIED;
try {
limit = getQueryParamInt(WebUIService.LIMIT);
} catch (NumberFormatException e) {
}
List<Task> tasks = getRequestedTasks(dag, limit);
if(tasks == null) {
return;
}
Map<String, Set<String>> counterNames = getCounterListFromRequest();
ArrayList<Map<String, Object>> tasksInfo = new ArrayList<Map<String, Object>>();
for(Task t : tasks) {
Map<String, Object> taskInfo = new HashMap<String, Object>();
taskInfo.put("id", t.getTaskId().toString());
taskInfo.put("progress", Float.toString(t.getProgress()));
taskInfo.put("status", t.getState().toString());
try {
TezCounters counters = t.getCounters();
Map<String, Map<String, Long>> counterMap = constructCounterMapInfo(counters, counterNames);
if (counterMap != null && !counterMap.isEmpty()) {
taskInfo.put("counters", counterMap);
}
} catch (LimitExceededException e) {
}
tasksInfo.add(taskInfo);
}
renderJSON(ImmutableMap.of(
"tasks", tasksInfo
));
} | public void gettasksinfo() { if (!setupresponse()) { return; } dag dag = checkandgetdagfromrequest(); if (dag == null) { return; } int limit = max_queried; try { limit = getqueryparamint(webuiservice.limit); } catch (numberformatexception e) { } list<task> tasks = getrequestedtasks(dag, limit); if(tasks == null) { return; } map<string, set<string>> counternames = getcounterlistfromrequest(); arraylist<map<string, object>> tasksinfo = new arraylist<map<string, object>>(); for(task t : tasks) { map<string, object> taskinfo = new hashmap<string, object>(); taskinfo.put("id", t.gettaskid().tostring()); taskinfo.put("progress", float.tostring(t.getprogress())); taskinfo.put("status", t.getstate().tostring()); try { tezcounters counters = t.getcounters(); map<string, map<string, long>> countermap = constructcountermapinfo(counters, counternames); if (countermap != null && !countermap.isempty()) { taskinfo.put("counters", countermap); } } catch (limitexceededexception e) { } tasksinfo.add(taskinfo); } renderjson(immutablemap.of( "tasks", tasksinfo )); } | chenjunbiao001/tez | [
0,
1,
0,
0
] |
17,207 | public void getAttemptsInfo() {
if (!setupResponse()) {
return;
}
DAG dag = checkAndGetDAGFromRequest();
if (dag == null) {
return;
}
int limit = MAX_QUERIED;
try {
limit = getQueryParamInt(WebUIService.LIMIT);
} catch (NumberFormatException e) {
//Ignore
}
List<TaskAttempt> attempts = getRequestedAttempts(dag, limit);
if(attempts == null) {
return;
}
Map<String, Set<String>> counterNames = getCounterListFromRequest();
ArrayList<Map<String, Object>> attemptsInfo = new ArrayList<Map<String, Object>>();
for(TaskAttempt a : attempts) {
Map<String, Object> attemptInfo = new HashMap<String, Object>();
attemptInfo.put("id", a.getID().toString());
attemptInfo.put("progress", Float.toString(a.getProgress()));
attemptInfo.put("status", a.getState().toString());
try {
TezCounters counters = a.getCounters();
Map<String, Map<String, Long>> counterMap = constructCounterMapInfo(counters, counterNames);
if (counterMap != null && !counterMap.isEmpty()) {
attemptInfo.put("counters", counterMap);
}
} catch (LimitExceededException e) {
// Ignore
// TODO: add an error message instead for counter key
}
attemptsInfo.add(attemptInfo);
}
renderJSON(ImmutableMap.of("attempts", attemptsInfo));
} | public void getAttemptsInfo() {
if (!setupResponse()) {
return;
}
DAG dag = checkAndGetDAGFromRequest();
if (dag == null) {
return;
}
int limit = MAX_QUERIED;
try {
limit = getQueryParamInt(WebUIService.LIMIT);
} catch (NumberFormatException e) {
}
List<TaskAttempt> attempts = getRequestedAttempts(dag, limit);
if(attempts == null) {
return;
}
Map<String, Set<String>> counterNames = getCounterListFromRequest();
ArrayList<Map<String, Object>> attemptsInfo = new ArrayList<Map<String, Object>>();
for(TaskAttempt a : attempts) {
Map<String, Object> attemptInfo = new HashMap<String, Object>();
attemptInfo.put("id", a.getID().toString());
attemptInfo.put("progress", Float.toString(a.getProgress()));
attemptInfo.put("status", a.getState().toString());
try {
TezCounters counters = a.getCounters();
Map<String, Map<String, Long>> counterMap = constructCounterMapInfo(counters, counterNames);
if (counterMap != null && !counterMap.isEmpty()) {
attemptInfo.put("counters", counterMap);
}
} catch (LimitExceededException e) {
}
attemptsInfo.add(attemptInfo);
}
renderJSON(ImmutableMap.of("attempts", attemptsInfo));
} | public void getattemptsinfo() { if (!setupresponse()) { return; } dag dag = checkandgetdagfromrequest(); if (dag == null) { return; } int limit = max_queried; try { limit = getqueryparamint(webuiservice.limit); } catch (numberformatexception e) { } list<taskattempt> attempts = getrequestedattempts(dag, limit); if(attempts == null) { return; } map<string, set<string>> counternames = getcounterlistfromrequest(); arraylist<map<string, object>> attemptsinfo = new arraylist<map<string, object>>(); for(taskattempt a : attempts) { map<string, object> attemptinfo = new hashmap<string, object>(); attemptinfo.put("id", a.getid().tostring()); attemptinfo.put("progress", float.tostring(a.getprogress())); attemptinfo.put("status", a.getstate().tostring()); try { tezcounters counters = a.getcounters(); map<string, map<string, long>> countermap = constructcountermapinfo(counters, counternames); if (countermap != null && !countermap.isempty()) { attemptinfo.put("counters", countermap); } } catch (limitexceededexception e) { } attemptsinfo.add(attemptinfo); } renderjson(immutablemap.of("attempts", attemptsinfo)); } | chenjunbiao001/tez | [
0,
1,
0,
0
] |
824 | public DIDDocument resolveUntrustedDid(DID did, boolean force)
throws DIDResolveException {
log.debug("Resolving untrusted DID {}...", did.toString());
if (resolveHandle != null) {
DIDDocument doc = resolveHandle.resolve(did);
if (doc != null)
return doc;
}
DIDBiography bio = resolveDidBiography(did, false, force);
DIDTransaction tx = null;
switch (bio.getStatus()) {
case VALID:
tx = bio.getTransaction(0);
break;
case DEACTIVATED:
if (bio.size() != 2)
throw new DIDResolveException("Invalid DID biography, wrong transaction count.");
tx = bio.getTransaction(0);
if (tx.getRequest().getOperation() != IDChainRequest.Operation.DEACTIVATE)
throw new DIDResolveException("Invalid DID biography, wrong status.");
DIDDocument doc = bio.getTransaction(1).getRequest().getDocument();
if (doc == null)
throw new DIDResolveException("Invalid DID biography, invalid trancations.");
tx = bio.getTransaction(1);
break;
case NOT_FOUND:
return null;
}
if (tx.getRequest().getOperation() != IDChainRequest.Operation.CREATE &&
tx.getRequest().getOperation() != IDChainRequest.Operation.UPDATE &&
tx.getRequest().getOperation() != IDChainRequest.Operation.TRANSFER)
throw new DIDResolveException("Invalid ID transaction, unknown operation.");
// NOTICE: Make a copy from DIDBackend cache.
// Avoid share same DIDDocument instance between DIDBackend
// cache and DIDStore cache.
DIDDocument doc = tx.getRequest().getDocument().clone();
DIDMetadata metadata = doc.getMetadata();
metadata.setTransactionId(tx.getTransactionId());
metadata.setSignature(doc.getProof().getSignature());
metadata.setPublishTime(tx.getTimestamp());
if (bio.getStatus() == DIDBiography.Status.DEACTIVATED)
metadata.setDeactivated(true);
return doc;
} | public DIDDocument resolveUntrustedDid(DID did, boolean force)
throws DIDResolveException {
log.debug("Resolving untrusted DID {}...", did.toString());
if (resolveHandle != null) {
DIDDocument doc = resolveHandle.resolve(did);
if (doc != null)
return doc;
}
DIDBiography bio = resolveDidBiography(did, false, force);
DIDTransaction tx = null;
switch (bio.getStatus()) {
case VALID:
tx = bio.getTransaction(0);
break;
case DEACTIVATED:
if (bio.size() != 2)
throw new DIDResolveException("Invalid DID biography, wrong transaction count.");
tx = bio.getTransaction(0);
if (tx.getRequest().getOperation() != IDChainRequest.Operation.DEACTIVATE)
throw new DIDResolveException("Invalid DID biography, wrong status.");
DIDDocument doc = bio.getTransaction(1).getRequest().getDocument();
if (doc == null)
throw new DIDResolveException("Invalid DID biography, invalid trancations.");
tx = bio.getTransaction(1);
break;
case NOT_FOUND:
return null;
}
if (tx.getRequest().getOperation() != IDChainRequest.Operation.CREATE &&
tx.getRequest().getOperation() != IDChainRequest.Operation.UPDATE &&
tx.getRequest().getOperation() != IDChainRequest.Operation.TRANSFER)
throw new DIDResolveException("Invalid ID transaction, unknown operation.");
DIDDocument doc = tx.getRequest().getDocument().clone();
DIDMetadata metadata = doc.getMetadata();
metadata.setTransactionId(tx.getTransactionId());
metadata.setSignature(doc.getProof().getSignature());
metadata.setPublishTime(tx.getTimestamp());
if (bio.getStatus() == DIDBiography.Status.DEACTIVATED)
metadata.setDeactivated(true);
return doc;
} | public diddocument resolveuntrusteddid(did did, boolean force) throws didresolveexception { log.debug("resolving untrusted did {}...", did.tostring()); if (resolvehandle != null) { diddocument doc = resolvehandle.resolve(did); if (doc != null) return doc; } didbiography bio = resolvedidbiography(did, false, force); didtransaction tx = null; switch (bio.getstatus()) { case valid: tx = bio.gettransaction(0); break; case deactivated: if (bio.size() != 2) throw new didresolveexception("invalid did biography, wrong transaction count."); tx = bio.gettransaction(0); if (tx.getrequest().getoperation() != idchainrequest.operation.deactivate) throw new didresolveexception("invalid did biography, wrong status."); diddocument doc = bio.gettransaction(1).getrequest().getdocument(); if (doc == null) throw new didresolveexception("invalid did biography, invalid trancations."); tx = bio.gettransaction(1); break; case not_found: return null; } if (tx.getrequest().getoperation() != idchainrequest.operation.create && tx.getrequest().getoperation() != idchainrequest.operation.update && tx.getrequest().getoperation() != idchainrequest.operation.transfer) throw new didresolveexception("invalid id transaction, unknown operation."); diddocument doc = tx.getrequest().getdocument().clone(); didmetadata metadata = doc.getmetadata(); metadata.settransactionid(tx.gettransactionid()); metadata.setsignature(doc.getproof().getsignature()); metadata.setpublishtime(tx.gettimestamp()); if (bio.getstatus() == didbiography.status.deactivated) metadata.setdeactivated(true); return doc; } | chenyukaola/Elastos.DID.Java.SDK | [
1,
0,
0,
0
] |
1,011 | @Override
protected ImmutableList<String> getShellCommandInternal(ExecutionContext context) {
ImmutableList.Builder<String> builder = ImmutableList.builder();
builder.addAll(commandPrefix);
builder.add("compile");
builder.add("--legacy"); // TODO(dreiss): Maybe make this an option?
builder.add("-o");
builder.add(outputPath.toString());
builder.add("--dir");
builder.add(resDirPath.toString());
return builder.build();
} | @Override
protected ImmutableList<String> getShellCommandInternal(ExecutionContext context) {
ImmutableList.Builder<String> builder = ImmutableList.builder();
builder.addAll(commandPrefix);
builder.add("compile");
builder.add("--legacy");
builder.add("-o");
builder.add(outputPath.toString());
builder.add("--dir");
builder.add(resDirPath.toString());
return builder.build();
} | @override protected immutablelist<string> getshellcommandinternal(executioncontext context) { immutablelist.builder<string> builder = immutablelist.builder(); builder.addall(commandprefix); builder.add("compile"); builder.add("--legacy"); builder.add("-o"); builder.add(outputpath.tostring()); builder.add("--dir"); builder.add(resdirpath.tostring()); return builder.build(); } | chancila/buck | [
1,
0,
0,
0
] |
25,614 | private void processElementWithSdkHarness(WindowedValue<InputT> element) throws Exception {
checkState(
stageBundleFactory != null, "%s not yet prepared", StageBundleFactory.class.getName());
checkState(
stateRequestHandler != null, "%s not yet prepared", StateRequestHandler.class.getName());
OutputReceiverFactory receiverFactory =
new OutputReceiverFactory() {
@Override
public FnDataReceiver<OutputT> create(String pCollectionId) {
return (receivedElement) -> {
// handover to queue, do not block the grpc thread
outputQueue.put(KV.of(pCollectionId, receivedElement));
};
}
};
try (RemoteBundle bundle =
stageBundleFactory.getBundle(receiverFactory, stateRequestHandler, progressHandler)) {
logger.debug(String.format("Sending value: %s", element));
// TODO(BEAM-4681): Add support to Flink to support portable timers.
Iterables.getOnlyElement(bundle.getInputReceivers().values()).accept(element);
// TODO: it would be nice to emit results as they arrive, can thread wait non-blocking?
}
// RemoteBundle close blocks until all results are received
KV<String, OutputT> result;
while ((result = outputQueue.poll()) != null) {
outputManager.output(outputMap.get(result.getKey()), (WindowedValue) result.getValue());
}
} | private void processElementWithSdkHarness(WindowedValue<InputT> element) throws Exception {
checkState(
stageBundleFactory != null, "%s not yet prepared", StageBundleFactory.class.getName());
checkState(
stateRequestHandler != null, "%s not yet prepared", StateRequestHandler.class.getName());
OutputReceiverFactory receiverFactory =
new OutputReceiverFactory() {
@Override
public FnDataReceiver<OutputT> create(String pCollectionId) {
return (receivedElement) -> {
outputQueue.put(KV.of(pCollectionId, receivedElement));
};
}
};
try (RemoteBundle bundle =
stageBundleFactory.getBundle(receiverFactory, stateRequestHandler, progressHandler)) {
logger.debug(String.format("Sending value: %s", element));
Iterables.getOnlyElement(bundle.getInputReceivers().values()).accept(element);
}
KV<String, OutputT> result;
while ((result = outputQueue.poll()) != null) {
outputManager.output(outputMap.get(result.getKey()), (WindowedValue) result.getValue());
}
} | private void processelementwithsdkharness(windowedvalue<inputt> element) throws exception { checkstate( stagebundlefactory != null, "%s not yet prepared", stagebundlefactory.class.getname()); checkstate( staterequesthandler != null, "%s not yet prepared", staterequesthandler.class.getname()); outputreceiverfactory receiverfactory = new outputreceiverfactory() { @override public fndatareceiver<outputt> create(string pcollectionid) { return (receivedelement) -> { outputqueue.put(kv.of(pcollectionid, receivedelement)); }; } }; try (remotebundle bundle = stagebundlefactory.getbundle(receiverfactory, staterequesthandler, progresshandler)) { logger.debug(string.format("sending value: %s", element)); iterables.getonlyelement(bundle.getinputreceivers().values()).accept(element); } kv<string, outputt> result; while ((result = outputqueue.poll()) != null) { outputmanager.output(outputmap.get(result.getkey()), (windowedvalue) result.getvalue()); } } | chinasaur/beam | [
1,
1,
0,
0
] |
9,325 | public static AuthorizationHandler getAuthZHandler() {
return (AuthenticationData authN) -> {
try {
//framework checks for null authN so this shouldn't happen
if (authN == null) {
throw new RuntimeException("Null AuthN data passed in!");
}
//check if the authN data type matches is a good idea, and necessary if there are other fields
//to open/inspect
if (authN instanceof ClientNameAuthenicationData) {
final ClientNameAuthenicationData data = (ClientNameAuthenicationData) authN;
//WARNING!!! this logic is for demonstration purposes
final String identityLabel = data.getIdentityLabel();
return identityLabel.startsWith("accepted.") ?
Authorization.ACCEPT : Authorization.REJECT;
}
//good idea to log reasons for rejection with the authentication label so testers/users can understand
System.err.println("AuthN data type is not expected object type!");
return Authorization.REJECT;
} catch (Exception e) {
return Authorization.REJECT;
}
};
} | public static AuthorizationHandler getAuthZHandler() {
return (AuthenticationData authN) -> {
try {
if (authN == null) {
throw new RuntimeException("Null AuthN data passed in!");
}
if (authN instanceof ClientNameAuthenicationData) {
final ClientNameAuthenicationData data = (ClientNameAuthenicationData) authN;
final String identityLabel = data.getIdentityLabel();
return identityLabel.startsWith("accepted.") ?
Authorization.ACCEPT : Authorization.REJECT;
}
System.err.println("AuthN data type is not expected object type!");
return Authorization.REJECT;
} catch (Exception e) {
return Authorization.REJECT;
}
};
} | public static authorizationhandler getauthzhandler() { return (authenticationdata authn) -> { try { if (authn == null) { throw new runtimeexception("null authn data passed in!"); } if (authn instanceof clientnameauthenicationdata) { final clientnameauthenicationdata data = (clientnameauthenicationdata) authn; final string identitylabel = data.getidentitylabel(); return identitylabel.startswith("accepted.") ? authorization.accept : authorization.reject; } system.err.println("authn data type is not expected object type!"); return authorization.reject; } catch (exception e) { return authorization.reject; } }; } | bgklika/aws-iot-device-sdk-java-v2 | [
1,
0,
0,
0
] |
17,543 | public Object checkIfAlreadyRegistered(Object object, ClassDescriptor descriptor) {
// Don't register read-only classes
if (isClassReadOnly(object.getClass(), descriptor)) {
return null;
}
// Check if the working copy is again being registered in which case we return the same working copy
Object registeredObject = getCloneMapping().get(object);
if (registeredObject != null) {
return object;
}
// Check if object exists in my new objects if it is in the new objects cache then it means domain object is being
// re-registered and we should return the same working clone. This check holds only for the new registered objects
// PERF: Avoid initialization of new objects if none.
if (hasNewObjects()) {
registeredObject = getNewObjectsOriginalToClone().get(object);
if (registeredObject != null) {
return registeredObject;
}
}
if (this.isNestedUnitOfWork) {
// bug # 3228185
//may be a new object from a parent Unit Of Work, let's check our new object in parent list to see
//if it has already been registered locally
if (hasNewObjectsInParentOriginalToClone()) {
registeredObject = getNewObjectsInParentOriginalToClone().get(object);
}
if (registeredObject != null) {
return registeredObject;
}
}
return null;
} | public Object checkIfAlreadyRegistered(Object object, ClassDescriptor descriptor) {
if (isClassReadOnly(object.getClass(), descriptor)) {
return null;
}
Object registeredObject = getCloneMapping().get(object);
if (registeredObject != null) {
return object;
}
if (hasNewObjects()) {
registeredObject = getNewObjectsOriginalToClone().get(object);
if (registeredObject != null) {
return registeredObject;
}
}
if (this.isNestedUnitOfWork) {
if (hasNewObjectsInParentOriginalToClone()) {
registeredObject = getNewObjectsInParentOriginalToClone().get(object);
}
if (registeredObject != null) {
return registeredObject;
}
}
return null;
} | public object checkifalreadyregistered(object object, classdescriptor descriptor) { if (isclassreadonly(object.getclass(), descriptor)) { return null; } object registeredobject = getclonemapping().get(object); if (registeredobject != null) { return object; } if (hasnewobjects()) { registeredobject = getnewobjectsoriginaltoclone().get(object); if (registeredobject != null) { return registeredobject; } } if (this.isnestedunitofwork) { if (hasnewobjectsinparentoriginaltoclone()) { registeredobject = getnewobjectsinparentoriginaltoclone().get(object); } if (registeredobject != null) { return registeredobject; } } return null; } | chenjiafan/eclipselink | [
0,
0,
1,
0
] |
17,549 | public void performRemove(Object toBeDeleted, Map visitedObjects) {
if (toBeDeleted == null) {
return;
}
ClassDescriptor descriptor = getDescriptor(toBeDeleted);
if ((descriptor == null) || descriptor.isDescriptorTypeAggregate()) {
throw new IllegalArgumentException(ExceptionLocalization.buildMessage("not_an_entity", new Object[] { toBeDeleted }));
}
logDebugMessage(toBeDeleted, "deleting_object");
//bug 4568370+4599010; fix EntityManager.remove() to handle new objects
if (getDeletedObjects().containsKey(toBeDeleted)){
return;
}
visitedObjects.put(toBeDeleted,toBeDeleted);
Object registeredObject = checkIfAlreadyRegistered(toBeDeleted, descriptor);
if (registeredObject == null) {
Object primaryKey = descriptor.getObjectBuilder().extractPrimaryKeyFromObject(toBeDeleted, this);
DoesExistQuery existQuery = descriptor.getQueryManager().getDoesExistQuery();
existQuery = (DoesExistQuery)existQuery.clone();
existQuery.setObject(toBeDeleted);
existQuery.setPrimaryKey(primaryKey);
existQuery.setDescriptor(descriptor);
existQuery.setIsExecutionClone(true);
existQuery.setCheckCacheFirst(true);
if (((Boolean)executeQuery(existQuery)).booleanValue()){
throw new IllegalArgumentException(ExceptionLocalization.buildMessage("cannot_remove_detatched_entity", new Object[]{toBeDeleted}));
}//else, it is a new or previously deleted object that should be ignored (and delete should cascade)
} else {
//fire events only if this is a managed object
if (descriptor.getEventManager().hasAnyEventListeners()) {
org.eclipse.persistence.descriptors.DescriptorEvent event = new org.eclipse.persistence.descriptors.DescriptorEvent(toBeDeleted);
event.setEventCode(DescriptorEventManager.PreRemoveEvent);
event.setSession(this);
descriptor.getEventManager().executeEvent(event);
}
if (hasNewObjects() && getNewObjectsCloneToOriginal().containsKey(registeredObject)){
unregisterObject(registeredObject, DescriptorIterator.NoCascading);
} else {
getDeletedObjects().put(toBeDeleted, toBeDeleted);
}
}
descriptor.getObjectBuilder().cascadePerformRemove(toBeDeleted, this, visitedObjects);
} | public void performRemove(Object toBeDeleted, Map visitedObjects) {
if (toBeDeleted == null) {
return;
}
ClassDescriptor descriptor = getDescriptor(toBeDeleted);
if ((descriptor == null) || descriptor.isDescriptorTypeAggregate()) {
throw new IllegalArgumentException(ExceptionLocalization.buildMessage("not_an_entity", new Object[] { toBeDeleted }));
}
logDebugMessage(toBeDeleted, "deleting_object");
if (getDeletedObjects().containsKey(toBeDeleted)){
return;
}
visitedObjects.put(toBeDeleted,toBeDeleted);
Object registeredObject = checkIfAlreadyRegistered(toBeDeleted, descriptor);
if (registeredObject == null) {
Object primaryKey = descriptor.getObjectBuilder().extractPrimaryKeyFromObject(toBeDeleted, this);
DoesExistQuery existQuery = descriptor.getQueryManager().getDoesExistQuery();
existQuery = (DoesExistQuery)existQuery.clone();
existQuery.setObject(toBeDeleted);
existQuery.setPrimaryKey(primaryKey);
existQuery.setDescriptor(descriptor);
existQuery.setIsExecutionClone(true);
existQuery.setCheckCacheFirst(true);
if (((Boolean)executeQuery(existQuery)).booleanValue()){
throw new IllegalArgumentException(ExceptionLocalization.buildMessage("cannot_remove_detatched_entity", new Object[]{toBeDeleted}));
} else {
if (descriptor.getEventManager().hasAnyEventListeners()) {
org.eclipse.persistence.descriptors.DescriptorEvent event = new org.eclipse.persistence.descriptors.DescriptorEvent(toBeDeleted);
event.setEventCode(DescriptorEventManager.PreRemoveEvent);
event.setSession(this);
descriptor.getEventManager().executeEvent(event);
}
if (hasNewObjects() && getNewObjectsCloneToOriginal().containsKey(registeredObject)){
unregisterObject(registeredObject, DescriptorIterator.NoCascading);
} else {
getDeletedObjects().put(toBeDeleted, toBeDeleted);
}
}
descriptor.getObjectBuilder().cascadePerformRemove(toBeDeleted, this, visitedObjects);
} | public void performremove(object tobedeleted, map visitedobjects) { if (tobedeleted == null) { return; } classdescriptor descriptor = getdescriptor(tobedeleted); if ((descriptor == null) || descriptor.isdescriptortypeaggregate()) { throw new illegalargumentexception(exceptionlocalization.buildmessage("not_an_entity", new object[] { tobedeleted })); } logdebugmessage(tobedeleted, "deleting_object"); if (getdeletedobjects().containskey(tobedeleted)){ return; } visitedobjects.put(tobedeleted,tobedeleted); object registeredobject = checkifalreadyregistered(tobedeleted, descriptor); if (registeredobject == null) { object primarykey = descriptor.getobjectbuilder().extractprimarykeyfromobject(tobedeleted, this); doesexistquery existquery = descriptor.getquerymanager().getdoesexistquery(); existquery = (doesexistquery)existquery.clone(); existquery.setobject(tobedeleted); existquery.setprimarykey(primarykey); existquery.setdescriptor(descriptor); existquery.setisexecutionclone(true); existquery.setcheckcachefirst(true); if (((boolean)executequery(existquery)).booleanvalue()){ throw new illegalargumentexception(exceptionlocalization.buildmessage("cannot_remove_detatched_entity", new object[]{tobedeleted})); } else { if (descriptor.geteventmanager().hasanyeventlisteners()) { org.eclipse.persistence.descriptors.descriptorevent event = new org.eclipse.persistence.descriptors.descriptorevent(tobedeleted); event.seteventcode(descriptoreventmanager.preremoveevent); event.setsession(this); descriptor.geteventmanager().executeevent(event); } if (hasnewobjects() && getnewobjectsclonetooriginal().containskey(registeredobject)){ unregisterobject(registeredobject, descriptoriterator.nocascading); } else { getdeletedobjects().put(tobedeleted, tobedeleted); } } descriptor.getobjectbuilder().cascadeperformremove(tobedeleted, this, visitedobjects); } | chenjiafan/eclipselink | [
0,
0,
1,
0
] |
17,557 | protected Map cloneMap(Map map){
// bug 270413. This method is needed to avoid the class cast exception when the reference mode is weak.
if (this.referenceMode != null && this.referenceMode != ReferenceMode.HARD) return (IdentityWeakHashMap)((IdentityWeakHashMap)map).clone();
return (IdentityHashMap)((IdentityHashMap)map).clone();
} | protected Map cloneMap(Map map){
if (this.referenceMode != null && this.referenceMode != ReferenceMode.HARD) return (IdentityWeakHashMap)((IdentityWeakHashMap)map).clone();
return (IdentityHashMap)((IdentityHashMap)map).clone();
} | protected map clonemap(map map){ if (this.referencemode != null && this.referencemode != referencemode.hard) return (identityweakhashmap)((identityweakhashmap)map).clone(); return (identityhashmap)((identityhashmap)map).clone(); } | chenjiafan/eclipselink | [
0,
0,
1,
0
] |
1,232 | protected void deleteAllInstancesForConcept(ActionContext pAc, CeConcept pConcept) {
// Note that instances are not referenced by any other model entity, so
// they can be safely deleted here
// without leaving any references in place.
// If there are textual references to the instance (i.e. in a property
// that refers to it by name) then
// these references must be manually cleaned up separately by the code
// that calls this method.
// First remove the instances individually from the list of all
// instances
ArrayList<CeInstance> allInsts = getAllInstancesForConcept(pConcept);
for (CeInstance thisInst : allInsts) {
deleteInstanceNoRefs(thisInst);
}
// Then remove all of the instances for the specified concept from the
// other list
this.instancesByConcept.remove(pConcept);
// Then remove the unused sentences and sources that may be left as a
// result
pAc.getModelBuilder().removeUnusedSentencesAndSources(pAc);
} | protected void deleteAllInstancesForConcept(ActionContext pAc, CeConcept pConcept) {
ArrayList<CeInstance> allInsts = getAllInstancesForConcept(pConcept);
for (CeInstance thisInst : allInsts) {
deleteInstanceNoRefs(thisInst);
}
this.instancesByConcept.remove(pConcept);
pAc.getModelBuilder().removeUnusedSentencesAndSources(pAc);
} | protected void deleteallinstancesforconcept(actioncontext pac, ceconcept pconcept) { arraylist<ceinstance> allinsts = getallinstancesforconcept(pconcept); for (ceinstance thisinst : allinsts) { deleteinstancenorefs(thisinst); } this.instancesbyconcept.remove(pconcept); pac.getmodelbuilder().removeunusedsentencesandsources(pac); } | ce-store/ce-store | [
0,
1,
0,
0
] |
25,901 | @Test
public void testGetVotesForInstance() {
System.out.println("getVotesForInstance");
FeS2 classifier = new FeS2();
Instance x = trainingSet.instance(0);
classifier.subspaceStrategyOption.setChosenIndex(0);
classifier.distanceStrategyOption.setChosenIndex(2);
classifier.initialClusterWeightOption.setValue(0.1);
classifier.learningRateAlphaOption.setValue(0.95);
classifier.minimumClusterSizeOption.setValue(3);
classifier.outlierDefinitionStrategyOption.setChosenIndex(0);
// classifier.pruneThresholdOption.setValue(0.00001);
classifier.updateStrategyOption.setChosenIndex(1);
classifier.trainOnInstance(trainingSet.instance(0));
double[] result = classifier.getVotesForInstance(x);
int h = (int) result[weka.core.Utils.maxIndex(result)];
int y = 1;
assertEquals(y,h);
// TODO - add fuller set
} | @Test
public void testGetVotesForInstance() {
System.out.println("getVotesForInstance");
FeS2 classifier = new FeS2();
Instance x = trainingSet.instance(0);
classifier.subspaceStrategyOption.setChosenIndex(0);
classifier.distanceStrategyOption.setChosenIndex(2);
classifier.initialClusterWeightOption.setValue(0.1);
classifier.learningRateAlphaOption.setValue(0.95);
classifier.minimumClusterSizeOption.setValue(3);
classifier.outlierDefinitionStrategyOption.setChosenIndex(0);
classifier.updateStrategyOption.setChosenIndex(1);
classifier.trainOnInstance(trainingSet.instance(0));
double[] result = classifier.getVotesForInstance(x);
int h = (int) result[weka.core.Utils.maxIndex(result)];
int y = 1;
assertEquals(y,h);
} | @test public void testgetvotesforinstance() { system.out.println("getvotesforinstance"); fes2 classifier = new fes2(); instance x = trainingset.instance(0); classifier.subspacestrategyoption.setchosenindex(0); classifier.distancestrategyoption.setchosenindex(2); classifier.initialclusterweightoption.setvalue(0.1); classifier.learningratealphaoption.setvalue(0.95); classifier.minimumclustersizeoption.setvalue(3); classifier.outlierdefinitionstrategyoption.setchosenindex(0); classifier.updatestrategyoption.setchosenindex(1); classifier.trainoninstance(trainingset.instance(0)); double[] result = classifier.getvotesforinstance(x); int h = (int) result[weka.core.utils.maxindex(result)]; int y = 1; assertequals(y,h); } | bigfastdata/SluiceBox | [
0,
1,
0,
0
] |
34,109 | public ReportHeaderGroup getReportHeaderGroup(int col)
{
/* no report header groups? */
if (ListTools.isEmpty(this.rptHdrGrps)) {
return null;
}
/* search for column */
for (ReportHeaderGroup rhg : this.rptHdrGrps) {
int C = rhg.getColIndex();
if (col == C) {
return rhg;
}
// TODO: optimize
}
/* not found */
return null;
} | public ReportHeaderGroup getReportHeaderGroup(int col)
{
if (ListTools.isEmpty(this.rptHdrGrps)) {
return null;
}
for (ReportHeaderGroup rhg : this.rptHdrGrps) {
int C = rhg.getColIndex();
if (col == C) {
return rhg;
}
}
return null;
} | public reportheadergroup getreportheadergroup(int col) { if (listtools.isempty(this.rpthdrgrps)) { return null; } for (reportheadergroup rhg : this.rpthdrgrps) { int c = rhg.getcolindex(); if (col == c) { return rhg; } } return null; } | aungphyopyaekyaw/gpstrack | [
1,
0,
0,
0
] |
9,544 | @Override
public int getPreferredHeight() {
// The superclass uses getOffsetHeight, which won't work for us.
return ComponentConstants.VIDEOPLAYER_PREFERRED_HEIGHT;
} | @Override
public int getPreferredHeight() {
return ComponentConstants.VIDEOPLAYER_PREFERRED_HEIGHT;
} | @override public int getpreferredheight() { return componentconstants.videoplayer_preferred_height; } | be1be1/appinventor-polyu | [
0,
0,
1,
0
] |
25,966 | private void buildConstant(JSONObject obj, Map<String, PhaserType> typeMap) {
if (obj.getString("kind").equals("constant")) {
String name = obj.getString("name");
String desc = obj.optString("description", "");
Object defaultValue = obj.opt("defaultvalue");
String[] types;
if (obj.has("type")) {
JSONArray jsonTypes = obj.getJSONObject("type").getJSONArray("names");
types = getStringArray(jsonTypes);
} else {
// FIXME: this is the case of blendModes and scaleModes
types = new String[] { "Object" };
}
PhaserConstant cons = new PhaserConstant();
{
// static flag
String scope = obj.optString("scope", "");
if (scope.equals("static")) {
cons.setStatic(true);
}
}
cons.setName(name);
cons.setHelp(desc);
cons.setTypes(types);
cons.setDefaultValue(defaultValue);
String memberof = obj.optString("memberof", null);
if (memberof == null) {
// global constant
buildMeta(cons, obj);
// FIXME: only add those Phaser.js constants
if (cons.getFile().getFileName().toString().equals("Phaser.js")) {
_globalConstants.add(cons);
} else {
out.println(obj.toString(2));
throw new IllegalArgumentException("All global constants should come from Phaser.js and not from "
+ cons.getFile().getFileName() + "#" + cons.getName());
}
} else {
PhaserType type = typeMap.get(memberof);
if (!type.getMemberMap().containsKey(name)) {
type.getMemberMap().put(name, cons);
cons.setDeclType(type);
buildMeta(cons, obj);
}
}
}
} | private void buildConstant(JSONObject obj, Map<String, PhaserType> typeMap) {
if (obj.getString("kind").equals("constant")) {
String name = obj.getString("name");
String desc = obj.optString("description", "");
Object defaultValue = obj.opt("defaultvalue");
String[] types;
if (obj.has("type")) {
JSONArray jsonTypes = obj.getJSONObject("type").getJSONArray("names");
types = getStringArray(jsonTypes);
} else {
types = new String[] { "Object" };
}
PhaserConstant cons = new PhaserConstant();
{
String scope = obj.optString("scope", "");
if (scope.equals("static")) {
cons.setStatic(true);
}
}
cons.setName(name);
cons.setHelp(desc);
cons.setTypes(types);
cons.setDefaultValue(defaultValue);
String memberof = obj.optString("memberof", null);
if (memberof == null) {
buildMeta(cons, obj);
if (cons.getFile().getFileName().toString().equals("Phaser.js")) {
_globalConstants.add(cons);
} else {
out.println(obj.toString(2));
throw new IllegalArgumentException("All global constants should come from Phaser.js and not from "
+ cons.getFile().getFileName() + "#" + cons.getName());
}
} else {
PhaserType type = typeMap.get(memberof);
if (!type.getMemberMap().containsKey(name)) {
type.getMemberMap().put(name, cons);
cons.setDeclType(type);
buildMeta(cons, obj);
}
}
}
} | private void buildconstant(jsonobject obj, map<string, phasertype> typemap) { if (obj.getstring("kind").equals("constant")) { string name = obj.getstring("name"); string desc = obj.optstring("description", ""); object defaultvalue = obj.opt("defaultvalue"); string[] types; if (obj.has("type")) { jsonarray jsontypes = obj.getjsonobject("type").getjsonarray("names"); types = getstringarray(jsontypes); } else { types = new string[] { "object" }; } phaserconstant cons = new phaserconstant(); { string scope = obj.optstring("scope", ""); if (scope.equals("static")) { cons.setstatic(true); } } cons.setname(name); cons.sethelp(desc); cons.settypes(types); cons.setdefaultvalue(defaultvalue); string memberof = obj.optstring("memberof", null); if (memberof == null) { buildmeta(cons, obj); if (cons.getfile().getfilename().tostring().equals("phaser.js")) { _globalconstants.add(cons); } else { out.println(obj.tostring(2)); throw new illegalargumentexception("all global constants should come from phaser.js and not from " + cons.getfile().getfilename() + "#" + cons.getname()); } } else { phasertype type = typemap.get(memberof); if (!type.getmembermap().containskey(name)) { type.getmembermap().put(name, cons); cons.setdecltype(type); buildmeta(cons, obj); } } } } | boniatillo-com/rayo | [
1,
0,
1,
0
] |
1,477 | @Override
public String getName() {
return "Manage services";
} | @Override
public String getName() {
return "Manage services";
} | @override public string getname() { return "manage services"; } | civts/AAC | [
1,
0,
0,
0
] |
9,669 | @Override
public void testSave() {
// TODO Embedded Elasticsearch integration tests do not support has child operations
} | @Override
public void testSave() {
} | @override public void testsave() { } | commitd/jonah-server | [
0,
1,
0,
0
] |
1,489 | public void downloadTiles(){
setVisible(false);
final ProgressDialog progressDialog = new ProgressDialog(this, Messages.getString("TileBundleDownloadDialog.DOWNLOADING.TILES")); //$NON-NLS-1$
int numberTiles = 0;
final int startZoom = (Integer) startSpinner.getValue();
final int endZoom = (Integer) endSpinner.getValue();
for (int zoom = startZoom; zoom <= endZoom; zoom++) {
int x1 = (int) MapUtils.getTileNumberX(zoom, selectionArea.getLon1());
int x2 = (int) MapUtils.getTileNumberX(zoom, selectionArea.getLon2());
int y1 = (int) MapUtils.getTileNumberY(zoom, selectionArea.getLat1());
int y2 = (int) MapUtils.getTileNumberY(zoom, selectionArea.getLat2());
numberTiles += (x2 - x1 + 1) * (y2 - y1 + 1);
}
final int number = numberTiles;
final MapTileDownloader instance = MapTileDownloader.getInstance(MapCreatorVersion.APP_MAP_CREATOR_VERSION);
progressDialog.setRunnable(new Runnable(){
@Override
public void run() {
progressDialog.startTask(Messages.getString("TileBundleDownloadDialog.LOADING"), number); //$NON-NLS-1$
for (int zoom = startZoom; zoom <= endZoom; zoom++) {
int x1 = (int) MapUtils.getTileNumberX(zoom, selectionArea.getLon1());
int x2 = (int) MapUtils.getTileNumberX(zoom, selectionArea.getLon2());
int y1 = (int) MapUtils.getTileNumberY(zoom, selectionArea.getLat1());
int y2 = (int) MapUtils.getTileNumberY(zoom, selectionArea.getLat2());
for(int x = x1; x <= x2; x++){
for(int y=y1; y<= y2; y++){
String file = getFileForImage(x, y, zoom, map.getTileFormat());
if(new File(tilesLocation, file).exists()){
progressDialog.progress(1);
} else {
DownloadRequest req = new DownloadRequest(map.getUrlToLoad(x, y, zoom),
new File(tilesLocation, file), x, y, zoom);
instance.requestToDownload(req);
}
}
}
while(instance.isSomethingBeingDownloaded()){
try {
Thread.sleep(100);
} catch (InterruptedException e) {
throw new IllegalArgumentException(e);
}
}
}
}
});
ArrayList<IMapDownloaderCallback> previousCallbacks =
new ArrayList<IMapDownloaderCallback>(instance.getDownloaderCallbacks());
instance.getDownloaderCallbacks().clear();
instance.addDownloaderCallback(new IMapDownloaderCallback(){
@Override
public void tileDownloaded(DownloadRequest request) {
// TODO request could be null if bundle loading?
progressDialog.progress(1);
}
});
try {
progressDialog.run();
instance.refuseAllPreviousRequests();
} catch (InvocationTargetException e) {
ExceptionHandler.handle((Exception) e.getCause());
} catch (InterruptedException e) {
ExceptionHandler.handle(e);
} finally {
instance.getDownloaderCallbacks().clear();
instance.getDownloaderCallbacks().addAll(previousCallbacks);
}
} | public void downloadTiles(){
setVisible(false);
final ProgressDialog progressDialog = new ProgressDialog(this, Messages.getString("TileBundleDownloadDialog.DOWNLOADING.TILES"));
int numberTiles = 0;
final int startZoom = (Integer) startSpinner.getValue();
final int endZoom = (Integer) endSpinner.getValue();
for (int zoom = startZoom; zoom <= endZoom; zoom++) {
int x1 = (int) MapUtils.getTileNumberX(zoom, selectionArea.getLon1());
int x2 = (int) MapUtils.getTileNumberX(zoom, selectionArea.getLon2());
int y1 = (int) MapUtils.getTileNumberY(zoom, selectionArea.getLat1());
int y2 = (int) MapUtils.getTileNumberY(zoom, selectionArea.getLat2());
numberTiles += (x2 - x1 + 1) * (y2 - y1 + 1);
}
final int number = numberTiles;
final MapTileDownloader instance = MapTileDownloader.getInstance(MapCreatorVersion.APP_MAP_CREATOR_VERSION);
progressDialog.setRunnable(new Runnable(){
@Override
public void run() {
progressDialog.startTask(Messages.getString("TileBundleDownloadDialog.LOADING"), number);
for (int zoom = startZoom; zoom <= endZoom; zoom++) {
int x1 = (int) MapUtils.getTileNumberX(zoom, selectionArea.getLon1());
int x2 = (int) MapUtils.getTileNumberX(zoom, selectionArea.getLon2());
int y1 = (int) MapUtils.getTileNumberY(zoom, selectionArea.getLat1());
int y2 = (int) MapUtils.getTileNumberY(zoom, selectionArea.getLat2());
for(int x = x1; x <= x2; x++){
for(int y=y1; y<= y2; y++){
String file = getFileForImage(x, y, zoom, map.getTileFormat());
if(new File(tilesLocation, file).exists()){
progressDialog.progress(1);
} else {
DownloadRequest req = new DownloadRequest(map.getUrlToLoad(x, y, zoom),
new File(tilesLocation, file), x, y, zoom);
instance.requestToDownload(req);
}
}
}
while(instance.isSomethingBeingDownloaded()){
try {
Thread.sleep(100);
} catch (InterruptedException e) {
throw new IllegalArgumentException(e);
}
}
}
}
});
ArrayList<IMapDownloaderCallback> previousCallbacks =
new ArrayList<IMapDownloaderCallback>(instance.getDownloaderCallbacks());
instance.getDownloaderCallbacks().clear();
instance.addDownloaderCallback(new IMapDownloaderCallback(){
@Override
public void tileDownloaded(DownloadRequest request) {
progressDialog.progress(1);
}
});
try {
progressDialog.run();
instance.refuseAllPreviousRequests();
} catch (InvocationTargetException e) {
ExceptionHandler.handle((Exception) e.getCause());
} catch (InterruptedException e) {
ExceptionHandler.handle(e);
} finally {
instance.getDownloaderCallbacks().clear();
instance.getDownloaderCallbacks().addAll(previousCallbacks);
}
} | public void downloadtiles(){ setvisible(false); final progressdialog progressdialog = new progressdialog(this, messages.getstring("tilebundledownloaddialog.downloading.tiles")); int numbertiles = 0; final int startzoom = (integer) startspinner.getvalue(); final int endzoom = (integer) endspinner.getvalue(); for (int zoom = startzoom; zoom <= endzoom; zoom++) { int x1 = (int) maputils.gettilenumberx(zoom, selectionarea.getlon1()); int x2 = (int) maputils.gettilenumberx(zoom, selectionarea.getlon2()); int y1 = (int) maputils.gettilenumbery(zoom, selectionarea.getlat1()); int y2 = (int) maputils.gettilenumbery(zoom, selectionarea.getlat2()); numbertiles += (x2 - x1 + 1) * (y2 - y1 + 1); } final int number = numbertiles; final maptiledownloader instance = maptiledownloader.getinstance(mapcreatorversion.app_map_creator_version); progressdialog.setrunnable(new runnable(){ @override public void run() { progressdialog.starttask(messages.getstring("tilebundledownloaddialog.loading"), number); for (int zoom = startzoom; zoom <= endzoom; zoom++) { int x1 = (int) maputils.gettilenumberx(zoom, selectionarea.getlon1()); int x2 = (int) maputils.gettilenumberx(zoom, selectionarea.getlon2()); int y1 = (int) maputils.gettilenumbery(zoom, selectionarea.getlat1()); int y2 = (int) maputils.gettilenumbery(zoom, selectionarea.getlat2()); for(int x = x1; x <= x2; x++){ for(int y=y1; y<= y2; y++){ string file = getfileforimage(x, y, zoom, map.gettileformat()); if(new file(tileslocation, file).exists()){ progressdialog.progress(1); } else { downloadrequest req = new downloadrequest(map.geturltoload(x, y, zoom), new file(tileslocation, file), x, y, zoom); instance.requesttodownload(req); } } } while(instance.issomethingbeingdownloaded()){ try { thread.sleep(100); } catch (interruptedexception e) { throw new illegalargumentexception(e); } } } } }); arraylist<imapdownloadercallback> previouscallbacks = new arraylist<imapdownloadercallback>(instance.getdownloadercallbacks()); instance.getdownloadercallbacks().clear(); instance.adddownloadercallback(new imapdownloadercallback(){ @override public void tiledownloaded(downloadrequest request) { progressdialog.progress(1); } }); try { progressdialog.run(); instance.refuseallpreviousrequests(); } catch (invocationtargetexception e) { exceptionhandler.handle((exception) e.getcause()); } catch (interruptedexception e) { exceptionhandler.handle(e); } finally { instance.getdownloadercallbacks().clear(); instance.getdownloadercallbacks().addall(previouscallbacks); } } | brownsys/android-app-modes-osmand | [
0,
1,
0,
0
] |
26,161 | @Override
public boolean saveSettings() {
// We might even consider updating the user-supplied file, if any...
return false;
} | @Override
public boolean saveSettings() {
return false;
} | @override public boolean savesettings() { return false; } | chbi/gerrit-gitblit-plugin | [
1,
0,
0,
0
] |
34,429 | public void setValue(Object newValue) {
Object checkedValue = checkValue(newValue);
setDirty(isDifferent(baseValue, checkedValue));
if (isDifferent(value, checkedValue)){ // firePropertyChange doesn't do this check sufficiently
firePropertyChange(VALUE, value, value = checkedValue); // set inline to avoid recursion
}
} | public void setValue(Object newValue) {
Object checkedValue = checkValue(newValue);
setDirty(isDifferent(baseValue, checkedValue));
if (isDifferent(value, checkedValue)){
firePropertyChange(VALUE, value, value = checkedValue);
}
} | public void setvalue(object newvalue) { object checkedvalue = checkvalue(newvalue); setdirty(isdifferent(basevalue, checkedvalue)); if (isdifferent(value, checkedvalue)){ firepropertychange(value, value, value = checkedvalue); } } | canoo/open-dolphin | [
1,
0,
0,
0
] |
26,262 | @Override
public TestThread<ResourcePoolT, ProtocolBuilderNumeric> next() {
// TODO Should be split into different tests for mean, variance, covariance, covariancematrix
return new TestThread<ResourcePoolT, ProtocolBuilderNumeric>() {
private final List<Integer> data1 = Arrays.asList(543, 520, 532, 497, 450, 432);
private final List<Integer> data2 = Arrays.asList(432, 620, 232, 337, 250, 433);
private final List<Integer> data3 = Arrays.asList(80, 90, 123, 432, 145, 606);
private final List<Integer> dataMean = Arrays.asList(496, 384);
private DRes<BigInteger> outputMean1;
private DRes<BigInteger> outputMean2;
private DRes<BigInteger> outputVariance;
private DRes<BigInteger> outputCovariance;
private List<List<DRes<BigInteger>>> outputCovarianceMatix;
@Override
public void test() throws Exception {
Application<Void, ProtocolBuilderNumeric> app = builder -> {
Numeric NumericBuilder = builder.numeric();
List<DRes<SInt>> input1 = data1.stream().map(BigInteger::valueOf)
.map(NumericBuilder::known).collect(Collectors.toList());
List<DRes<SInt>> input2 = data2.stream().map(BigInteger::valueOf)
.map(NumericBuilder::known).collect(Collectors.toList());
List<DRes<SInt>> input3 = data3.stream().map(BigInteger::valueOf)
.map(NumericBuilder::known).collect(Collectors.toList());
List<DRes<SInt>> means = dataMean.stream().map(BigInteger::valueOf)
.map(NumericBuilder::known).collect(Collectors.toList());
DRes<SInt> mean1 = builder.seq(new Mean(input1));
DRes<SInt> mean2 = builder.seq(new Mean(input2));
DRes<SInt> variance = builder.seq(new Variance(input1, mean1));
DRes<SInt> covariance = builder.seq(new Covariance(input1, input2, mean1, mean2));
DRes<List<List<DRes<SInt>>>> covarianceMatrix =
builder.seq(new CovarianceMatrix(Arrays.asList(input1, input2, input3), means));
return builder.par((par) -> {
Numeric open = par.numeric();
outputMean1 = open.open(mean1);
outputMean2 = open.open(mean2);
outputVariance = open.open(variance);
outputCovariance = open.open(covariance);
List<List<DRes<SInt>>> covarianceMatrixOut = covarianceMatrix.out();
List<List<DRes<BigInteger>>> openCovarianceMatrix =
new ArrayList<>(covarianceMatrixOut.size());
for (List<DRes<SInt>> computations : covarianceMatrixOut) {
List<DRes<BigInteger>> computationList = new ArrayList<>(computations.size());
openCovarianceMatrix.add(computationList);
for (DRes<SInt> computation : computations) {
computationList.add(open.open(computation));
}
}
outputCovarianceMatix = openCovarianceMatrix;
return null;
});
};
runApplication(app);
BigInteger mean1 = outputMean1.out();
BigInteger mean2 = outputMean2.out();
BigInteger variance = outputVariance.out();
BigInteger covariance = outputCovariance.out();
double sum = 0.0;
for (int entry : data1) {
sum += entry;
}
double mean1Exact = sum / data1.size();
sum = 0.0;
for (int entry : data2) {
sum += entry;
}
double mean2Exact = sum / data2.size();
double ssd = 0.0;
for (int entry : data1) {
ssd += (entry - mean1Exact) * (entry - mean1Exact);
}
double varianceExact = ssd / (data1.size() - 1);
double covarianceExact = 0.0;
for (int i = 0; i < data1.size(); i++) {
covarianceExact += (data1.get(i) - mean1Exact) * (data2.get(i) - mean2Exact);
}
covarianceExact /= (data1.size() - 1);
double tolerance = 1.0;
Assert.assertTrue(isInInterval(mean1, mean1Exact, tolerance));
Assert.assertTrue(isInInterval(mean2, mean2Exact, tolerance));
Assert.assertTrue(isInInterval(variance, varianceExact, tolerance));
System.out.println(covariance + " " + covarianceExact + " - " + tolerance);
Assert.assertTrue(isInInterval(covariance, covarianceExact, tolerance));
Assert.assertTrue(
isInInterval(outputCovarianceMatix.get(0).get(0).out(), varianceExact, tolerance));
Assert.assertTrue(
isInInterval(outputCovarianceMatix.get(1).get(0).out(), covarianceExact, tolerance));
}
};
} | @Override
public TestThread<ResourcePoolT, ProtocolBuilderNumeric> next() {
return new TestThread<ResourcePoolT, ProtocolBuilderNumeric>() {
private final List<Integer> data1 = Arrays.asList(543, 520, 532, 497, 450, 432);
private final List<Integer> data2 = Arrays.asList(432, 620, 232, 337, 250, 433);
private final List<Integer> data3 = Arrays.asList(80, 90, 123, 432, 145, 606);
private final List<Integer> dataMean = Arrays.asList(496, 384);
private DRes<BigInteger> outputMean1;
private DRes<BigInteger> outputMean2;
private DRes<BigInteger> outputVariance;
private DRes<BigInteger> outputCovariance;
private List<List<DRes<BigInteger>>> outputCovarianceMatix;
@Override
public void test() throws Exception {
Application<Void, ProtocolBuilderNumeric> app = builder -> {
Numeric NumericBuilder = builder.numeric();
List<DRes<SInt>> input1 = data1.stream().map(BigInteger::valueOf)
.map(NumericBuilder::known).collect(Collectors.toList());
List<DRes<SInt>> input2 = data2.stream().map(BigInteger::valueOf)
.map(NumericBuilder::known).collect(Collectors.toList());
List<DRes<SInt>> input3 = data3.stream().map(BigInteger::valueOf)
.map(NumericBuilder::known).collect(Collectors.toList());
List<DRes<SInt>> means = dataMean.stream().map(BigInteger::valueOf)
.map(NumericBuilder::known).collect(Collectors.toList());
DRes<SInt> mean1 = builder.seq(new Mean(input1));
DRes<SInt> mean2 = builder.seq(new Mean(input2));
DRes<SInt> variance = builder.seq(new Variance(input1, mean1));
DRes<SInt> covariance = builder.seq(new Covariance(input1, input2, mean1, mean2));
DRes<List<List<DRes<SInt>>>> covarianceMatrix =
builder.seq(new CovarianceMatrix(Arrays.asList(input1, input2, input3), means));
return builder.par((par) -> {
Numeric open = par.numeric();
outputMean1 = open.open(mean1);
outputMean2 = open.open(mean2);
outputVariance = open.open(variance);
outputCovariance = open.open(covariance);
List<List<DRes<SInt>>> covarianceMatrixOut = covarianceMatrix.out();
List<List<DRes<BigInteger>>> openCovarianceMatrix =
new ArrayList<>(covarianceMatrixOut.size());
for (List<DRes<SInt>> computations : covarianceMatrixOut) {
List<DRes<BigInteger>> computationList = new ArrayList<>(computations.size());
openCovarianceMatrix.add(computationList);
for (DRes<SInt> computation : computations) {
computationList.add(open.open(computation));
}
}
outputCovarianceMatix = openCovarianceMatrix;
return null;
});
};
runApplication(app);
BigInteger mean1 = outputMean1.out();
BigInteger mean2 = outputMean2.out();
BigInteger variance = outputVariance.out();
BigInteger covariance = outputCovariance.out();
double sum = 0.0;
for (int entry : data1) {
sum += entry;
}
double mean1Exact = sum / data1.size();
sum = 0.0;
for (int entry : data2) {
sum += entry;
}
double mean2Exact = sum / data2.size();
double ssd = 0.0;
for (int entry : data1) {
ssd += (entry - mean1Exact) * (entry - mean1Exact);
}
double varianceExact = ssd / (data1.size() - 1);
double covarianceExact = 0.0;
for (int i = 0; i < data1.size(); i++) {
covarianceExact += (data1.get(i) - mean1Exact) * (data2.get(i) - mean2Exact);
}
covarianceExact /= (data1.size() - 1);
double tolerance = 1.0;
Assert.assertTrue(isInInterval(mean1, mean1Exact, tolerance));
Assert.assertTrue(isInInterval(mean2, mean2Exact, tolerance));
Assert.assertTrue(isInInterval(variance, varianceExact, tolerance));
System.out.println(covariance + " " + covarianceExact + " - " + tolerance);
Assert.assertTrue(isInInterval(covariance, covarianceExact, tolerance));
Assert.assertTrue(
isInInterval(outputCovarianceMatix.get(0).get(0).out(), varianceExact, tolerance));
Assert.assertTrue(
isInInterval(outputCovarianceMatix.get(1).get(0).out(), covarianceExact, tolerance));
}
};
} | @override public testthread<resourcepoolt, protocolbuildernumeric> next() { return new testthread<resourcepoolt, protocolbuildernumeric>() { private final list<integer> data1 = arrays.aslist(543, 520, 532, 497, 450, 432); private final list<integer> data2 = arrays.aslist(432, 620, 232, 337, 250, 433); private final list<integer> data3 = arrays.aslist(80, 90, 123, 432, 145, 606); private final list<integer> datamean = arrays.aslist(496, 384); private dres<biginteger> outputmean1; private dres<biginteger> outputmean2; private dres<biginteger> outputvariance; private dres<biginteger> outputcovariance; private list<list<dres<biginteger>>> outputcovariancematix; @override public void test() throws exception { application<void, protocolbuildernumeric> app = builder -> { numeric numericbuilder = builder.numeric(); list<dres<sint>> input1 = data1.stream().map(biginteger::valueof) .map(numericbuilder::known).collect(collectors.tolist()); list<dres<sint>> input2 = data2.stream().map(biginteger::valueof) .map(numericbuilder::known).collect(collectors.tolist()); list<dres<sint>> input3 = data3.stream().map(biginteger::valueof) .map(numericbuilder::known).collect(collectors.tolist()); list<dres<sint>> means = datamean.stream().map(biginteger::valueof) .map(numericbuilder::known).collect(collectors.tolist()); dres<sint> mean1 = builder.seq(new mean(input1)); dres<sint> mean2 = builder.seq(new mean(input2)); dres<sint> variance = builder.seq(new variance(input1, mean1)); dres<sint> covariance = builder.seq(new covariance(input1, input2, mean1, mean2)); dres<list<list<dres<sint>>>> covariancematrix = builder.seq(new covariancematrix(arrays.aslist(input1, input2, input3), means)); return builder.par((par) -> { numeric open = par.numeric(); outputmean1 = open.open(mean1); outputmean2 = open.open(mean2); outputvariance = open.open(variance); outputcovariance = open.open(covariance); list<list<dres<sint>>> covariancematrixout = covariancematrix.out(); list<list<dres<biginteger>>> opencovariancematrix = new arraylist<>(covariancematrixout.size()); for (list<dres<sint>> computations : covariancematrixout) { list<dres<biginteger>> computationlist = new arraylist<>(computations.size()); opencovariancematrix.add(computationlist); for (dres<sint> computation : computations) { computationlist.add(open.open(computation)); } } outputcovariancematix = opencovariancematrix; return null; }); }; runapplication(app); biginteger mean1 = outputmean1.out(); biginteger mean2 = outputmean2.out(); biginteger variance = outputvariance.out(); biginteger covariance = outputcovariance.out(); double sum = 0.0; for (int entry : data1) { sum += entry; } double mean1exact = sum / data1.size(); sum = 0.0; for (int entry : data2) { sum += entry; } double mean2exact = sum / data2.size(); double ssd = 0.0; for (int entry : data1) { ssd += (entry - mean1exact) * (entry - mean1exact); } double varianceexact = ssd / (data1.size() - 1); double covarianceexact = 0.0; for (int i = 0; i < data1.size(); i++) { covarianceexact += (data1.get(i) - mean1exact) * (data2.get(i) - mean2exact); } covarianceexact /= (data1.size() - 1); double tolerance = 1.0; assert.asserttrue(isininterval(mean1, mean1exact, tolerance)); assert.asserttrue(isininterval(mean2, mean2exact, tolerance)); assert.asserttrue(isininterval(variance, varianceexact, tolerance)); system.out.println(covariance + " " + covarianceexact + " - " + tolerance); assert.asserttrue(isininterval(covariance, covarianceexact, tolerance)); assert.asserttrue( isininterval(outputcovariancematix.get(0).get(0).out(), varianceexact, tolerance)); assert.asserttrue( isininterval(outputcovariancematix.get(1).get(0).out(), covarianceexact, tolerance)); } }; } | basitkhurram/fresco | [
0,
0,
0,
1
] |
1,728 | public String generateSmtForClause(AnalysisContract ac, ContractClause cc, boolean verifyOrFind) {
// prepare for a new iteration, clean the state
clearData();
// handle contract clause itself first (implicitly includes traversing unknown types and properties)
String clauseOutput = "";
if (verifyOrFind)
clauseOutput += generateSmtContractClauseVerify(cc);
else
clauseOutput += generateSmtContractClauseFind(cc);
// process input and output to collect info about components and
// properties
traverseInputOutput(ac);
// create definitions and facts
// also populate string2int dictionary as a side effect
String defFactOutput = psg.generateDefinitionsAndFacts(compToProp, ac, stringToIntDict);
// apply dictionary transform to clause output
// FIXME collisions with other names possible
for (String str: stringToIntDict.keySet()) {
clauseOutput = clauseOutput.replace('$' + str + '$', String.valueOf(stringToIntDict.get(str)));
}
// defs and facts come come first
return defFactOutput + clauseOutput;
} | public String generateSmtForClause(AnalysisContract ac, ContractClause cc, boolean verifyOrFind) {
clearData();
String clauseOutput = "";
if (verifyOrFind)
clauseOutput += generateSmtContractClauseVerify(cc);
else
clauseOutput += generateSmtContractClauseFind(cc);
traverseInputOutput(ac);
String defFactOutput = psg.generateDefinitionsAndFacts(compToProp, ac, stringToIntDict);
for (String str: stringToIntDict.keySet()) {
clauseOutput = clauseOutput.replace('$' + str + '$', String.valueOf(stringToIntDict.get(str)));
}
return defFactOutput + clauseOutput;
} | public string generatesmtforclause(analysiscontract ac, contractclause cc, boolean verifyorfind) { cleardata(); string clauseoutput = ""; if (verifyorfind) clauseoutput += generatesmtcontractclauseverify(cc); else clauseoutput += generatesmtcontractclausefind(cc); traverseinputoutput(ac); string deffactoutput = psg.generatedefinitionsandfacts(comptoprop, ac, stringtointdict); for (string str: stringtointdict.keyset()) { clauseoutput = clauseoutput.replace('$' + str + '$', string.valueof(stringtointdict.get(str))); } return deffactoutput + clauseoutput; } | bisc/active | [
0,
0,
1,
0
] |
34,500 | @NonNull
public static Geopoint[] getTrack(final Geopoint start, final Geopoint destination) {
if (brouter == null || Settings.getRoutingMode() == RoutingMode.STRAIGHT) {
return defaultTrack(start, destination);
}
// avoid updating to frequently
final long timeNow = System.currentTimeMillis();
if ((timeNow - timeLastUpdate) < 1000 * UPDATE_MIN_DELAY_SECONDS) {
return ensureTrack(lastRoutingPoints, start, destination);
}
// Disable routing for huge distances
final int maxThresholdKm = Settings.getBrouterThreshold();
final float targetDistance = start.distanceTo(destination);
if (targetDistance > maxThresholdKm) {
return defaultTrack(start, destination);
}
// disable routing when near the target
if (targetDistance < MIN_ROUTING_DISTANCE_KILOMETERS) {
return defaultTrack(start, destination);
}
// Use cached route if current position has not changed more than 5m and we had a route
// TODO: Maybe adjust this to current zoomlevel
if (lastDirectionUpdatePoint != null && destination == lastDestination && start.distanceTo(lastDirectionUpdatePoint) < UPDATE_MIN_DISTANCE_KILOMETERS && lastRoutingPoints != null) {
return lastRoutingPoints;
}
// now really calculate a new route
lastDestination = destination;
lastRoutingPoints = calculateRouting(start, destination);
lastDirectionUpdatePoint = start;
timeLastUpdate = timeNow;
return ensureTrack(lastRoutingPoints, start, destination);
} | @NonNull
public static Geopoint[] getTrack(final Geopoint start, final Geopoint destination) {
if (brouter == null || Settings.getRoutingMode() == RoutingMode.STRAIGHT) {
return defaultTrack(start, destination);
}
final long timeNow = System.currentTimeMillis();
if ((timeNow - timeLastUpdate) < 1000 * UPDATE_MIN_DELAY_SECONDS) {
return ensureTrack(lastRoutingPoints, start, destination);
}
final int maxThresholdKm = Settings.getBrouterThreshold();
final float targetDistance = start.distanceTo(destination);
if (targetDistance > maxThresholdKm) {
return defaultTrack(start, destination);
}
if (targetDistance < MIN_ROUTING_DISTANCE_KILOMETERS) {
return defaultTrack(start, destination);
}
if (lastDirectionUpdatePoint != null && destination == lastDestination && start.distanceTo(lastDirectionUpdatePoint) < UPDATE_MIN_DISTANCE_KILOMETERS && lastRoutingPoints != null) {
return lastRoutingPoints;
}
lastDestination = destination;
lastRoutingPoints = calculateRouting(start, destination);
lastDirectionUpdatePoint = start;
timeLastUpdate = timeNow;
return ensureTrack(lastRoutingPoints, start, destination);
} | @nonnull public static geopoint[] gettrack(final geopoint start, final geopoint destination) { if (brouter == null || settings.getroutingmode() == routingmode.straight) { return defaulttrack(start, destination); } final long timenow = system.currenttimemillis(); if ((timenow - timelastupdate) < 1000 * update_min_delay_seconds) { return ensuretrack(lastroutingpoints, start, destination); } final int maxthresholdkm = settings.getbrouterthreshold(); final float targetdistance = start.distanceto(destination); if (targetdistance > maxthresholdkm) { return defaulttrack(start, destination); } if (targetdistance < min_routing_distance_kilometers) { return defaulttrack(start, destination); } if (lastdirectionupdatepoint != null && destination == lastdestination && start.distanceto(lastdirectionupdatepoint) < update_min_distance_kilometers && lastroutingpoints != null) { return lastroutingpoints; } lastdestination = destination; lastroutingpoints = calculaterouting(start, destination); lastdirectionupdatepoint = start; timelastupdate = timenow; return ensuretrack(lastroutingpoints, start, destination); } | cayacdev/cgeo | [
0,
1,
0,
0
] |
26,309 | public static void load(Preferences options) {
fontFamily.init(options, "fontFamily", null, value -> safeFontFamily(value));
fontSize.init(options, "fontSize", DEF_FONT_SIZE);
markdownExtensions.init(options, "markdownExtensions");
// TODO rewrite after add extension dialogs
setMarkdownExtensions(MarkdownExtensions.ids());
showLineNo.init(options, "showLineNo", true);
showWhitespace.init(options, "showWhitespace", false);
} | public static void load(Preferences options) {
fontFamily.init(options, "fontFamily", null, value -> safeFontFamily(value));
fontSize.init(options, "fontSize", DEF_FONT_SIZE);
markdownExtensions.init(options, "markdownExtensions");
setMarkdownExtensions(MarkdownExtensions.ids());
showLineNo.init(options, "showLineNo", true);
showWhitespace.init(options, "showWhitespace", false);
} | public static void load(preferences options) { fontfamily.init(options, "fontfamily", null, value -> safefontfamily(value)); fontsize.init(options, "fontsize", def_font_size); markdownextensions.init(options, "markdownextensions"); setmarkdownextensions(markdownextensions.ids()); showlineno.init(options, "showlineno", true); showwhitespace.init(options, "showwhitespace", false); } | baobab-it/notebookFX | [
0,
1,
0,
0
] |
26,319 | @Override
public void close()
{
// TODO: Connect
} | @Override
public void close()
{
} | @override public void close() { } | ankitaagar/felix-dev | [
0,
1,
0,
0
] |
26,320 | @Override
public String getEntryAsNativeLibrary(String entryName)
{
// TODO: Connect
return null;
} | @Override
public String getEntryAsNativeLibrary(String entryName)
{
return null;
} | @override public string getentryasnativelibrary(string entryname) { return null; } | ankitaagar/felix-dev | [
0,
1,
0,
0
] |
26,321 | @Override
public URL getEntryAsURL(String name)
{
// TODO: Connect
return null;
} | @Override
public URL getEntryAsURL(String name)
{
return null;
} | @override public url getentryasurl(string name) { return null; } | ankitaagar/felix-dev | [
0,
1,
0,
0
] |
1,778 | public void testLayerHandle() throws Exception {
NbModuleProject project = TestBase.generateStandaloneModule(getWorkDir(), "module");
LayerHandle handle = LayerHandle.forProject(project);
FileObject expectedLayerXML = project.getProjectDirectory().getFileObject("src/org/example/module/resources/layer.xml");
assertNotNull(expectedLayerXML);
FileObject layerXML = handle.getLayerFile();
assertNotNull("layer.xml already exists", layerXML);
assertEquals("right layer file", expectedLayerXML, layerXML);
FileSystem fs = handle.layer(true);
assertEquals("initially empty", 0, fs.getRoot().getChildren().length);
long initialSize = layerXML.getSize();
fs.getRoot().createData("foo");
assertEquals("not saved yet", initialSize, layerXML.getSize());
fs = handle.layer(true);
assertNotNull("still have in-memory mods", fs.findResource("foo"));
fs.getRoot().createData("bar");
handle.save();
assertTrue("now it is saved", layerXML.getSize() > initialSize);
String xml =
"<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n" +
"<!DOCTYPE filesystem PUBLIC \"-//NetBeans//DTD Filesystem 1.2//EN\" \"http://www.netbeans.org/dtds/filesystem-1_2.dtd\">\n" +
"<filesystem>\n" +
" <file name=\"bar\"/>\n" +
" <file name=\"foo\"/>\n" +
"</filesystem>\n";
assertEquals("right contents too", xml, TestBase.slurp(layerXML));
// XXX test that nbres: file contents work
} | public void testLayerHandle() throws Exception {
NbModuleProject project = TestBase.generateStandaloneModule(getWorkDir(), "module");
LayerHandle handle = LayerHandle.forProject(project);
FileObject expectedLayerXML = project.getProjectDirectory().getFileObject("src/org/example/module/resources/layer.xml");
assertNotNull(expectedLayerXML);
FileObject layerXML = handle.getLayerFile();
assertNotNull("layer.xml already exists", layerXML);
assertEquals("right layer file", expectedLayerXML, layerXML);
FileSystem fs = handle.layer(true);
assertEquals("initially empty", 0, fs.getRoot().getChildren().length);
long initialSize = layerXML.getSize();
fs.getRoot().createData("foo");
assertEquals("not saved yet", initialSize, layerXML.getSize());
fs = handle.layer(true);
assertNotNull("still have in-memory mods", fs.findResource("foo"));
fs.getRoot().createData("bar");
handle.save();
assertTrue("now it is saved", layerXML.getSize() > initialSize);
String xml =
"<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n" +
"<!DOCTYPE filesystem PUBLIC \"-//NetBeans//DTD Filesystem 1.2//EN\" \"http://www.netbeans.org/dtds/filesystem-1_2.dtd\">\n" +
"<filesystem>\n" +
" <file name=\"bar\"/>\n" +
" <file name=\"foo\"/>\n" +
"</filesystem>\n";
assertEquals("right contents too", xml, TestBase.slurp(layerXML));
} | public void testlayerhandle() throws exception { nbmoduleproject project = testbase.generatestandalonemodule(getworkdir(), "module"); layerhandle handle = layerhandle.forproject(project); fileobject expectedlayerxml = project.getprojectdirectory().getfileobject("src/org/example/module/resources/layer.xml"); assertnotnull(expectedlayerxml); fileobject layerxml = handle.getlayerfile(); assertnotnull("layer.xml already exists", layerxml); assertequals("right layer file", expectedlayerxml, layerxml); filesystem fs = handle.layer(true); assertequals("initially empty", 0, fs.getroot().getchildren().length); long initialsize = layerxml.getsize(); fs.getroot().createdata("foo"); assertequals("not saved yet", initialsize, layerxml.getsize()); fs = handle.layer(true); assertnotnull("still have in-memory mods", fs.findresource("foo")); fs.getroot().createdata("bar"); handle.save(); asserttrue("now it is saved", layerxml.getsize() > initialsize); string xml = "<?xml version=\"1.0\" encoding=\"utf-8\"?>\n" + "<!doctype filesystem public \"-//netbeans//dtd filesystem 1.2//en\" \"http://www.netbeans.org/dtds/filesystem-1_2.dtd\">\n" + "<filesystem>\n" + " <file name=\"bar\"/>\n" + " <file name=\"foo\"/>\n" + "</filesystem>\n"; assertequals("right contents too", xml, testbase.slurp(layerxml)); } | arusinha/incubator-netbeans | [
0,
0,
0,
1
] |
26,391 | private DeferredParameter loadObjectInstanceImpl(Object param, Map<Object, DeferredParameter> existing,
Class<?> expectedType, boolean relaxedValidation) {
//null is easy
if (param == null) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext creator, MethodCreator method, ResultHandle array) {
return method.loadNull();
}
};
}
//check the loaded object support (i.e. config) to see if this is a config item
DeferredParameter loadedObject = findLoaded(param);
if (loadedObject != null) {
return loadedObject;
}
//Handle empty collections as returned by the Collections object
loadedObject = handleCollectionsObjects(param, existing, relaxedValidation);
if (loadedObject != null) {
return loadedObject;
}
//create the appropriate DeferredParameter, a lot of these a fairly simple constant values,
//but some are quite complex when dealing with objects and collections
if (substitutions.containsKey(param.getClass()) || substitutions.containsKey(expectedType)) {
//check for substitution types, if present we invoke recursively on the substitution
SubstitutionHolder holder = substitutions.get(param.getClass());
if (holder == null) {
holder = substitutions.get(expectedType);
}
try {
ObjectSubstitution substitution = holder.sub.newInstance();
Object res = substitution.serialize(param);
DeferredParameter serialized = loadObjectInstance(res, existing, holder.to, relaxedValidation);
SubstitutionHolder finalHolder = holder;
return new DeferredArrayStoreParameter() {
@Override
void doPrepare(MethodContext context) {
serialized.prepare(context);
super.doPrepare(context);
}
@Override
ResultHandle createValue(MethodContext creator, MethodCreator method, ResultHandle array) {
ResultHandle subInstance = method.newInstance(MethodDescriptor.ofConstructor(finalHolder.sub));
return method.invokeInterfaceMethod(
ofMethod(ObjectSubstitution.class, "deserialize", Object.class, Object.class), subInstance,
creator.loadDeferred(serialized));
}
};
} catch (Exception e) {
throw new RuntimeException("Failed to substitute " + param, e);
}
} else if (param instanceof Optional) {
Optional val = (Optional) param;
if (val.isPresent()) {
DeferredParameter res = loadObjectInstance(val.get(), existing, Object.class, relaxedValidation);
return new DeferredArrayStoreParameter() {
@Override
void doPrepare(MethodContext context) {
res.prepare(context);
super.doPrepare(context);
}
@Override
ResultHandle createValue(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Optional.class, "of", Optional.class, Object.class),
context.loadDeferred(res));
}
};
} else {
return new DeferredArrayStoreParameter() {
@Override
ResultHandle createValue(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Optional.class, "empty", Optional.class));
}
};
}
} else if (param instanceof String) {
if (((String) param).length() > 65535) {
throw new RuntimeException("String too large to record: " + param);
}
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((String) param);
}
};
} else if (param instanceof Integer) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Integer.class, "valueOf", Integer.class, int.class),
method.load((Integer) param));
}
};
} else if (param instanceof Boolean) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Boolean.class, "valueOf", Boolean.class, boolean.class),
method.load((Boolean) param));
}
};
} else if (param instanceof URL) {
String url = ((URL) param).toExternalForm();
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
AssignableResultHandle value = method.createVariable(URL.class);
try (TryBlock et = method.tryBlock()) {
et.assign(value, et.newInstance(MethodDescriptor.ofConstructor(URL.class, String.class), et.load(url)));
try (CatchBlockCreator malformed = et.addCatch(MalformedURLException.class)) {
malformed.throwException(RuntimeException.class, "Malformed URL", malformed.getCaughtException());
}
}
return value;
}
};
} else if (param instanceof Enum) {
Enum e = (Enum) param;
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
ResultHandle nm = method.load(e.name());
return method.invokeStaticMethod(
ofMethod(e.getDeclaringClass(), "valueOf", e.getDeclaringClass(), String.class),
nm);
}
};
} else if (param instanceof ReturnedProxy) {
//if this is a proxy we just grab the value from the StartupContext
ReturnedProxy rp = (ReturnedProxy) param;
if (!rp.__static$$init() && staticInit) {
throw new RuntimeException("Invalid proxy passed to recorder. " + rp
+ " was created in a runtime recorder method, while this recorder is for a static init method. The object will not have been created at the time this method is run.");
}
String proxyId = rp.__returned$proxy$key();
//because this is the result of a method invocation that may not have happened at param deserialization time
//we just load it from the startup context
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeVirtualMethod(ofMethod(StartupContext.class, "getValue", Object.class, String.class),
method.getMethodParam(0), method.load(proxyId));
}
};
} else if (param instanceof Duration) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Duration.class, "parse", Duration.class, CharSequence.class),
method.load(param.toString()));
}
};
} else if (param instanceof Class<?>) {
if (!((Class) param).isPrimitive()) {
// Only try to load the class by name if it is not a primitive class
String name = classProxies.get(param);
if (name == null) {
name = ((Class) param).getName();
}
String finalName = name;
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
ResultHandle currentThread = method
.invokeStaticMethod(ofMethod(Thread.class, "currentThread", Thread.class));
ResultHandle tccl = method.invokeVirtualMethod(
ofMethod(Thread.class, "getContextClassLoader", ClassLoader.class),
currentThread);
return method.invokeStaticMethod(
ofMethod(Class.class, "forName", Class.class, String.class, boolean.class, ClassLoader.class),
method.load(finalName), method.load(true), tccl);
}
};
} else {
// Else load the primitive type by reference; double.class => Class var9 = Double.TYPE;
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.loadClass((Class) param);
}
};
}
} else if (expectedType == boolean.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((boolean) param);
}
};
} else if (expectedType == Boolean.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Boolean.class, "valueOf", Boolean.class, boolean.class),
method.load((boolean) param));
}
};
} else if (expectedType == int.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((int) param);
}
};
} else if (expectedType == Integer.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Integer.class, "valueOf", Integer.class, int.class),
method.load((int) param));
}
};
} else if (expectedType == short.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((short) param);
}
};
} else if (expectedType == Short.class || param instanceof Short) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Short.class, "valueOf", Short.class, short.class),
method.load((short) param));
}
};
} else if (expectedType == byte.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((byte) param);
}
};
} else if (expectedType == Byte.class || param instanceof Byte) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Byte.class, "valueOf", Byte.class, byte.class),
method.load((byte) param));
}
};
} else if (expectedType == char.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((char) param);
}
};
} else if (expectedType == Character.class || param instanceof Character) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Character.class, "valueOf", Character.class, char.class),
method.load((char) param));
}
};
} else if (expectedType == long.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((long) param);
}
};
} else if (expectedType == Long.class || param instanceof Long) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Long.class, "valueOf", Long.class, long.class),
method.load((long) param));
}
};
} else if (expectedType == float.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((float) param);
}
};
} else if (expectedType == Float.class || param instanceof Float) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Float.class, "valueOf", Float.class, float.class),
method.load((float) param));
}
};
} else if (expectedType == double.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((double) param);
}
};
} else if (expectedType == Double.class || param instanceof Double) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Double.class, "valueOf", Double.class, double.class),
method.load((double) param));
}
};
} else if (expectedType.isArray()) {
int length = Array.getLength(param);
DeferredParameter[] components = new DeferredParameter[length];
for (int i = 0; i < length; ++i) {
DeferredParameter component = loadObjectInstance(Array.get(param, i), existing,
expectedType.getComponentType(), relaxedValidation);
components[i] = component;
}
return new DeferredArrayStoreParameter() {
@Override
void doPrepare(MethodContext context) {
for (int i = 0; i < length; ++i) {
components[i].prepare(context);
}
super.doPrepare(context);
}
@Override
ResultHandle createValue(MethodContext context, MethodCreator method, ResultHandle array) {
//TODO large arrays can still generate a fair bit of bytecode, and there appears to be a gizmo issue that prevents casting to an array
//fix this later
ResultHandle out = method.newArray(expectedType.getComponentType(), length);
for (int i = 0; i < length; ++i) {
method.writeArrayValue(out, i, context.loadDeferred(components[i]));
}
return out;
}
};
} else if (param instanceof AnnotationProxy) {
// new com.foo.MyAnnotation_Proxy_AnnotationLiteral("foo")
AnnotationProxy annotationProxy = (AnnotationProxy) param;
List<MethodInfo> constructorParams = annotationProxy.getAnnotationClass().methods().stream()
.filter(m -> !m.name().equals("<clinit>") && !m.name().equals("<init>")).collect(Collectors.toList());
Map<String, AnnotationValue> annotationValues = annotationProxy.getAnnotationInstance().values().stream()
.collect(Collectors.toMap(AnnotationValue::name, Function.identity()));
DeferredParameter[] constructorParamsHandles = new DeferredParameter[constructorParams.size()];
for (ListIterator<MethodInfo> iterator = constructorParams.listIterator(); iterator.hasNext();) {
MethodInfo valueMethod = iterator.next();
Object explicitValue = annotationProxy.getValues().get(valueMethod.name());
if (explicitValue != null) {
constructorParamsHandles[iterator.previousIndex()] = loadObjectInstance(explicitValue, existing,
explicitValue.getClass(), relaxedValidation);
} else {
AnnotationValue value = annotationValues.get(valueMethod.name());
if (value == null) {
// method.invokeInterfaceMethod(MAP_PUT, valuesHandle, method.load(entry.getKey()), loadObjectInstance(method, entry.getValue(),
// returnValueResults, entry.getValue().getClass()));
Object defaultValue = annotationProxy.getDefaultValues().get(valueMethod.name());
if (defaultValue != null) {
constructorParamsHandles[iterator.previousIndex()] = loadObjectInstance(defaultValue, existing,
defaultValue.getClass(), relaxedValidation);
continue;
}
if (value == null) {
value = valueMethod.defaultValue();
}
}
if (value == null) {
throw new NullPointerException("Value not set for " + param);
}
DeferredParameter retValue = loadValue(value, annotationProxy.getAnnotationClass(), valueMethod);
constructorParamsHandles[iterator.previousIndex()] = retValue;
}
}
return new DeferredArrayStoreParameter() {
@Override
ResultHandle createValue(MethodContext context, MethodCreator method, ResultHandle array) {
MethodDescriptor constructor = MethodDescriptor.ofConstructor(annotationProxy.getAnnotationLiteralType(),
constructorParams.stream().map(m -> m.returnType().name().toString()).toArray());
ResultHandle[] args = new ResultHandle[constructorParamsHandles.length];
for (int i = 0; i < constructorParamsHandles.length; i++) {
DeferredParameter deferredParameter = constructorParamsHandles[i];
if (deferredParameter instanceof DeferredArrayStoreParameter) {
DeferredArrayStoreParameter arrayParam = (DeferredArrayStoreParameter) deferredParameter;
arrayParam.doPrepare(context);
}
args[i] = context.loadDeferred(deferredParameter);
}
return method.newInstance(constructor, args);
}
};
} else {
return loadComplexObject(param, existing, expectedType, relaxedValidation);
}
} | private DeferredParameter loadObjectInstanceImpl(Object param, Map<Object, DeferredParameter> existing,
Class<?> expectedType, boolean relaxedValidation) {
if (param == null) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext creator, MethodCreator method, ResultHandle array) {
return method.loadNull();
}
};
}
DeferredParameter loadedObject = findLoaded(param);
if (loadedObject != null) {
return loadedObject;
}
loadedObject = handleCollectionsObjects(param, existing, relaxedValidation);
if (loadedObject != null) {
return loadedObject;
}
if (substitutions.containsKey(param.getClass()) || substitutions.containsKey(expectedType)) {
SubstitutionHolder holder = substitutions.get(param.getClass());
if (holder == null) {
holder = substitutions.get(expectedType);
}
try {
ObjectSubstitution substitution = holder.sub.newInstance();
Object res = substitution.serialize(param);
DeferredParameter serialized = loadObjectInstance(res, existing, holder.to, relaxedValidation);
SubstitutionHolder finalHolder = holder;
return new DeferredArrayStoreParameter() {
@Override
void doPrepare(MethodContext context) {
serialized.prepare(context);
super.doPrepare(context);
}
@Override
ResultHandle createValue(MethodContext creator, MethodCreator method, ResultHandle array) {
ResultHandle subInstance = method.newInstance(MethodDescriptor.ofConstructor(finalHolder.sub));
return method.invokeInterfaceMethod(
ofMethod(ObjectSubstitution.class, "deserialize", Object.class, Object.class), subInstance,
creator.loadDeferred(serialized));
}
};
} catch (Exception e) {
throw new RuntimeException("Failed to substitute " + param, e);
}
} else if (param instanceof Optional) {
Optional val = (Optional) param;
if (val.isPresent()) {
DeferredParameter res = loadObjectInstance(val.get(), existing, Object.class, relaxedValidation);
return new DeferredArrayStoreParameter() {
@Override
void doPrepare(MethodContext context) {
res.prepare(context);
super.doPrepare(context);
}
@Override
ResultHandle createValue(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Optional.class, "of", Optional.class, Object.class),
context.loadDeferred(res));
}
};
} else {
return new DeferredArrayStoreParameter() {
@Override
ResultHandle createValue(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Optional.class, "empty", Optional.class));
}
};
}
} else if (param instanceof String) {
if (((String) param).length() > 65535) {
throw new RuntimeException("String too large to record: " + param);
}
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((String) param);
}
};
} else if (param instanceof Integer) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Integer.class, "valueOf", Integer.class, int.class),
method.load((Integer) param));
}
};
} else if (param instanceof Boolean) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Boolean.class, "valueOf", Boolean.class, boolean.class),
method.load((Boolean) param));
}
};
} else if (param instanceof URL) {
String url = ((URL) param).toExternalForm();
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
AssignableResultHandle value = method.createVariable(URL.class);
try (TryBlock et = method.tryBlock()) {
et.assign(value, et.newInstance(MethodDescriptor.ofConstructor(URL.class, String.class), et.load(url)));
try (CatchBlockCreator malformed = et.addCatch(MalformedURLException.class)) {
malformed.throwException(RuntimeException.class, "Malformed URL", malformed.getCaughtException());
}
}
return value;
}
};
} else if (param instanceof Enum) {
Enum e = (Enum) param;
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
ResultHandle nm = method.load(e.name());
return method.invokeStaticMethod(
ofMethod(e.getDeclaringClass(), "valueOf", e.getDeclaringClass(), String.class),
nm);
}
};
} else if (param instanceof ReturnedProxy) {
ReturnedProxy rp = (ReturnedProxy) param;
if (!rp.__static$$init() && staticInit) {
throw new RuntimeException("Invalid proxy passed to recorder. " + rp
+ " was created in a runtime recorder method, while this recorder is for a static init method. The object will not have been created at the time this method is run.");
}
String proxyId = rp.__returned$proxy$key();
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeVirtualMethod(ofMethod(StartupContext.class, "getValue", Object.class, String.class),
method.getMethodParam(0), method.load(proxyId));
}
};
} else if (param instanceof Duration) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Duration.class, "parse", Duration.class, CharSequence.class),
method.load(param.toString()));
}
};
} else if (param instanceof Class<?>) {
if (!((Class) param).isPrimitive()) {
String name = classProxies.get(param);
if (name == null) {
name = ((Class) param).getName();
}
String finalName = name;
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
ResultHandle currentThread = method
.invokeStaticMethod(ofMethod(Thread.class, "currentThread", Thread.class));
ResultHandle tccl = method.invokeVirtualMethod(
ofMethod(Thread.class, "getContextClassLoader", ClassLoader.class),
currentThread);
return method.invokeStaticMethod(
ofMethod(Class.class, "forName", Class.class, String.class, boolean.class, ClassLoader.class),
method.load(finalName), method.load(true), tccl);
}
};
} else {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.loadClass((Class) param);
}
};
}
} else if (expectedType == boolean.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((boolean) param);
}
};
} else if (expectedType == Boolean.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Boolean.class, "valueOf", Boolean.class, boolean.class),
method.load((boolean) param));
}
};
} else if (expectedType == int.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((int) param);
}
};
} else if (expectedType == Integer.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Integer.class, "valueOf", Integer.class, int.class),
method.load((int) param));
}
};
} else if (expectedType == short.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((short) param);
}
};
} else if (expectedType == Short.class || param instanceof Short) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Short.class, "valueOf", Short.class, short.class),
method.load((short) param));
}
};
} else if (expectedType == byte.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((byte) param);
}
};
} else if (expectedType == Byte.class || param instanceof Byte) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Byte.class, "valueOf", Byte.class, byte.class),
method.load((byte) param));
}
};
} else if (expectedType == char.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((char) param);
}
};
} else if (expectedType == Character.class || param instanceof Character) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Character.class, "valueOf", Character.class, char.class),
method.load((char) param));
}
};
} else if (expectedType == long.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((long) param);
}
};
} else if (expectedType == Long.class || param instanceof Long) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Long.class, "valueOf", Long.class, long.class),
method.load((long) param));
}
};
} else if (expectedType == float.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((float) param);
}
};
} else if (expectedType == Float.class || param instanceof Float) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Float.class, "valueOf", Float.class, float.class),
method.load((float) param));
}
};
} else if (expectedType == double.class) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.load((double) param);
}
};
} else if (expectedType == Double.class || param instanceof Double) {
return new DeferredParameter() {
@Override
ResultHandle doLoad(MethodContext context, MethodCreator method, ResultHandle array) {
return method.invokeStaticMethod(ofMethod(Double.class, "valueOf", Double.class, double.class),
method.load((double) param));
}
};
} else if (expectedType.isArray()) {
int length = Array.getLength(param);
DeferredParameter[] components = new DeferredParameter[length];
for (int i = 0; i < length; ++i) {
DeferredParameter component = loadObjectInstance(Array.get(param, i), existing,
expectedType.getComponentType(), relaxedValidation);
components[i] = component;
}
return new DeferredArrayStoreParameter() {
@Override
void doPrepare(MethodContext context) {
for (int i = 0; i < length; ++i) {
components[i].prepare(context);
}
super.doPrepare(context);
}
@Override
ResultHandle createValue(MethodContext context, MethodCreator method, ResultHandle array) {
ResultHandle out = method.newArray(expectedType.getComponentType(), length);
for (int i = 0; i < length; ++i) {
method.writeArrayValue(out, i, context.loadDeferred(components[i]));
}
return out;
}
};
} else if (param instanceof AnnotationProxy) {
AnnotationProxy annotationProxy = (AnnotationProxy) param;
List<MethodInfo> constructorParams = annotationProxy.getAnnotationClass().methods().stream()
.filter(m -> !m.name().equals("<clinit>") && !m.name().equals("<init>")).collect(Collectors.toList());
Map<String, AnnotationValue> annotationValues = annotationProxy.getAnnotationInstance().values().stream()
.collect(Collectors.toMap(AnnotationValue::name, Function.identity()));
DeferredParameter[] constructorParamsHandles = new DeferredParameter[constructorParams.size()];
for (ListIterator<MethodInfo> iterator = constructorParams.listIterator(); iterator.hasNext();) {
MethodInfo valueMethod = iterator.next();
Object explicitValue = annotationProxy.getValues().get(valueMethod.name());
if (explicitValue != null) {
constructorParamsHandles[iterator.previousIndex()] = loadObjectInstance(explicitValue, existing,
explicitValue.getClass(), relaxedValidation);
} else {
AnnotationValue value = annotationValues.get(valueMethod.name());
if (value == null) {
Object defaultValue = annotationProxy.getDefaultValues().get(valueMethod.name());
if (defaultValue != null) {
constructorParamsHandles[iterator.previousIndex()] = loadObjectInstance(defaultValue, existing,
defaultValue.getClass(), relaxedValidation);
continue;
}
if (value == null) {
value = valueMethod.defaultValue();
}
}
if (value == null) {
throw new NullPointerException("Value not set for " + param);
}
DeferredParameter retValue = loadValue(value, annotationProxy.getAnnotationClass(), valueMethod);
constructorParamsHandles[iterator.previousIndex()] = retValue;
}
}
return new DeferredArrayStoreParameter() {
@Override
ResultHandle createValue(MethodContext context, MethodCreator method, ResultHandle array) {
MethodDescriptor constructor = MethodDescriptor.ofConstructor(annotationProxy.getAnnotationLiteralType(),
constructorParams.stream().map(m -> m.returnType().name().toString()).toArray());
ResultHandle[] args = new ResultHandle[constructorParamsHandles.length];
for (int i = 0; i < constructorParamsHandles.length; i++) {
DeferredParameter deferredParameter = constructorParamsHandles[i];
if (deferredParameter instanceof DeferredArrayStoreParameter) {
DeferredArrayStoreParameter arrayParam = (DeferredArrayStoreParameter) deferredParameter;
arrayParam.doPrepare(context);
}
args[i] = context.loadDeferred(deferredParameter);
}
return method.newInstance(constructor, args);
}
};
} else {
return loadComplexObject(param, existing, expectedType, relaxedValidation);
}
} | private deferredparameter loadobjectinstanceimpl(object param, map<object, deferredparameter> existing, class<?> expectedtype, boolean relaxedvalidation) { if (param == null) { return new deferredparameter() { @override resulthandle doload(methodcontext creator, methodcreator method, resulthandle array) { return method.loadnull(); } }; } deferredparameter loadedobject = findloaded(param); if (loadedobject != null) { return loadedobject; } loadedobject = handlecollectionsobjects(param, existing, relaxedvalidation); if (loadedobject != null) { return loadedobject; } if (substitutions.containskey(param.getclass()) || substitutions.containskey(expectedtype)) { substitutionholder holder = substitutions.get(param.getclass()); if (holder == null) { holder = substitutions.get(expectedtype); } try { objectsubstitution substitution = holder.sub.newinstance(); object res = substitution.serialize(param); deferredparameter serialized = loadobjectinstance(res, existing, holder.to, relaxedvalidation); substitutionholder finalholder = holder; return new deferredarraystoreparameter() { @override void doprepare(methodcontext context) { serialized.prepare(context); super.doprepare(context); } @override resulthandle createvalue(methodcontext creator, methodcreator method, resulthandle array) { resulthandle subinstance = method.newinstance(methoddescriptor.ofconstructor(finalholder.sub)); return method.invokeinterfacemethod( ofmethod(objectsubstitution.class, "deserialize", object.class, object.class), subinstance, creator.loaddeferred(serialized)); } }; } catch (exception e) { throw new runtimeexception("failed to substitute " + param, e); } } else if (param instanceof optional) { optional val = (optional) param; if (val.ispresent()) { deferredparameter res = loadobjectinstance(val.get(), existing, object.class, relaxedvalidation); return new deferredarraystoreparameter() { @override void doprepare(methodcontext context) { res.prepare(context); super.doprepare(context); } @override resulthandle createvalue(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(optional.class, "of", optional.class, object.class), context.loaddeferred(res)); } }; } else { return new deferredarraystoreparameter() { @override resulthandle createvalue(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(optional.class, "empty", optional.class)); } }; } } else if (param instanceof string) { if (((string) param).length() > 65535) { throw new runtimeexception("string too large to record: " + param); } return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.load((string) param); } }; } else if (param instanceof integer) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(integer.class, "valueof", integer.class, int.class), method.load((integer) param)); } }; } else if (param instanceof boolean) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(boolean.class, "valueof", boolean.class, boolean.class), method.load((boolean) param)); } }; } else if (param instanceof url) { string url = ((url) param).toexternalform(); return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { assignableresulthandle value = method.createvariable(url.class); try (tryblock et = method.tryblock()) { et.assign(value, et.newinstance(methoddescriptor.ofconstructor(url.class, string.class), et.load(url))); try (catchblockcreator malformed = et.addcatch(malformedurlexception.class)) { malformed.throwexception(runtimeexception.class, "malformed url", malformed.getcaughtexception()); } } return value; } }; } else if (param instanceof enum) { enum e = (enum) param; return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { resulthandle nm = method.load(e.name()); return method.invokestaticmethod( ofmethod(e.getdeclaringclass(), "valueof", e.getdeclaringclass(), string.class), nm); } }; } else if (param instanceof returnedproxy) { returnedproxy rp = (returnedproxy) param; if (!rp.__static$$init() && staticinit) { throw new runtimeexception("invalid proxy passed to recorder. " + rp + " was created in a runtime recorder method, while this recorder is for a static init method. the object will not have been created at the time this method is run."); } string proxyid = rp.__returned$proxy$key(); return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.invokevirtualmethod(ofmethod(startupcontext.class, "getvalue", object.class, string.class), method.getmethodparam(0), method.load(proxyid)); } }; } else if (param instanceof duration) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(duration.class, "parse", duration.class, charsequence.class), method.load(param.tostring())); } }; } else if (param instanceof class<?>) { if (!((class) param).isprimitive()) { string name = classproxies.get(param); if (name == null) { name = ((class) param).getname(); } string finalname = name; return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { resulthandle currentthread = method .invokestaticmethod(ofmethod(thread.class, "currentthread", thread.class)); resulthandle tccl = method.invokevirtualmethod( ofmethod(thread.class, "getcontextclassloader", classloader.class), currentthread); return method.invokestaticmethod( ofmethod(class.class, "forname", class.class, string.class, boolean.class, classloader.class), method.load(finalname), method.load(true), tccl); } }; } else { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.loadclass((class) param); } }; } } else if (expectedtype == boolean.class) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.load((boolean) param); } }; } else if (expectedtype == boolean.class) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(boolean.class, "valueof", boolean.class, boolean.class), method.load((boolean) param)); } }; } else if (expectedtype == int.class) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.load((int) param); } }; } else if (expectedtype == integer.class) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(integer.class, "valueof", integer.class, int.class), method.load((int) param)); } }; } else if (expectedtype == short.class) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.load((short) param); } }; } else if (expectedtype == short.class || param instanceof short) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(short.class, "valueof", short.class, short.class), method.load((short) param)); } }; } else if (expectedtype == byte.class) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.load((byte) param); } }; } else if (expectedtype == byte.class || param instanceof byte) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(byte.class, "valueof", byte.class, byte.class), method.load((byte) param)); } }; } else if (expectedtype == char.class) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.load((char) param); } }; } else if (expectedtype == character.class || param instanceof character) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(character.class, "valueof", character.class, char.class), method.load((char) param)); } }; } else if (expectedtype == long.class) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.load((long) param); } }; } else if (expectedtype == long.class || param instanceof long) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(long.class, "valueof", long.class, long.class), method.load((long) param)); } }; } else if (expectedtype == float.class) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.load((float) param); } }; } else if (expectedtype == float.class || param instanceof float) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(float.class, "valueof", float.class, float.class), method.load((float) param)); } }; } else if (expectedtype == double.class) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.load((double) param); } }; } else if (expectedtype == double.class || param instanceof double) { return new deferredparameter() { @override resulthandle doload(methodcontext context, methodcreator method, resulthandle array) { return method.invokestaticmethod(ofmethod(double.class, "valueof", double.class, double.class), method.load((double) param)); } }; } else if (expectedtype.isarray()) { int length = array.getlength(param); deferredparameter[] components = new deferredparameter[length]; for (int i = 0; i < length; ++i) { deferredparameter component = loadobjectinstance(array.get(param, i), existing, expectedtype.getcomponenttype(), relaxedvalidation); components[i] = component; } return new deferredarraystoreparameter() { @override void doprepare(methodcontext context) { for (int i = 0; i < length; ++i) { components[i].prepare(context); } super.doprepare(context); } @override resulthandle createvalue(methodcontext context, methodcreator method, resulthandle array) { resulthandle out = method.newarray(expectedtype.getcomponenttype(), length); for (int i = 0; i < length; ++i) { method.writearrayvalue(out, i, context.loaddeferred(components[i])); } return out; } }; } else if (param instanceof annotationproxy) { annotationproxy annotationproxy = (annotationproxy) param; list<methodinfo> constructorparams = annotationproxy.getannotationclass().methods().stream() .filter(m -> !m.name().equals("<clinit>") && !m.name().equals("<init>")).collect(collectors.tolist()); map<string, annotationvalue> annotationvalues = annotationproxy.getannotationinstance().values().stream() .collect(collectors.tomap(annotationvalue::name, function.identity())); deferredparameter[] constructorparamshandles = new deferredparameter[constructorparams.size()]; for (listiterator<methodinfo> iterator = constructorparams.listiterator(); iterator.hasnext();) { methodinfo valuemethod = iterator.next(); object explicitvalue = annotationproxy.getvalues().get(valuemethod.name()); if (explicitvalue != null) { constructorparamshandles[iterator.previousindex()] = loadobjectinstance(explicitvalue, existing, explicitvalue.getclass(), relaxedvalidation); } else { annotationvalue value = annotationvalues.get(valuemethod.name()); if (value == null) { object defaultvalue = annotationproxy.getdefaultvalues().get(valuemethod.name()); if (defaultvalue != null) { constructorparamshandles[iterator.previousindex()] = loadobjectinstance(defaultvalue, existing, defaultvalue.getclass(), relaxedvalidation); continue; } if (value == null) { value = valuemethod.defaultvalue(); } } if (value == null) { throw new nullpointerexception("value not set for " + param); } deferredparameter retvalue = loadvalue(value, annotationproxy.getannotationclass(), valuemethod); constructorparamshandles[iterator.previousindex()] = retvalue; } } return new deferredarraystoreparameter() { @override resulthandle createvalue(methodcontext context, methodcreator method, resulthandle array) { methoddescriptor constructor = methoddescriptor.ofconstructor(annotationproxy.getannotationliteraltype(), constructorparams.stream().map(m -> m.returntype().name().tostring()).toarray()); resulthandle[] args = new resulthandle[constructorparamshandles.length]; for (int i = 0; i < constructorparamshandles.length; i++) { deferredparameter deferredparameter = constructorparamshandles[i]; if (deferredparameter instanceof deferredarraystoreparameter) { deferredarraystoreparameter arrayparam = (deferredarraystoreparameter) deferredparameter; arrayparam.doprepare(context); } args[i] = context.loaddeferred(deferredparameter); } return method.newinstance(constructor, args); } }; } else { return loadcomplexobject(param, existing, expectedtype, relaxedvalidation); } } | cdhermann/quarkus | [
0,
0,
1,
0
] |
26,392 | private DeferredParameter loadComplexObject(Object param, Map<Object, DeferredParameter> existing,
Class<?> expectedType, boolean relaxedValidation) {
//a list of steps that are performed on the object after it has been created
//we need to create all these first, to ensure the required objects have already
//been deserialized
List<SerialzationStep> setupSteps = new ArrayList<>();
List<SerialzationStep> ctorSetupSteps = new ArrayList<>();
boolean relaxedOk = false;
if (param instanceof Collection) {
//if this is a collection we want to serialize every element
for (Object i : (Collection) param) {
DeferredParameter val = loadObjectInstance(i, existing, i.getClass(), relaxedValidation);
setupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method, DeferredArrayStoreParameter out) {
//each step can happen in a new method, so it is safe to do this
method.invokeInterfaceMethod(COLLECTION_ADD, context.loadDeferred(out), context.loadDeferred(val));
}
@Override
public void prepare(MethodContext context) {
//handle the value serialization
val.prepare(context);
}
});
}
relaxedOk = true;
}
if (param instanceof Map) {
//map works the same as collection
for (Map.Entry<?, ?> i : ((Map<?, ?>) param).entrySet()) {
DeferredParameter key = loadObjectInstance(i.getKey(), existing, i.getKey().getClass(), relaxedValidation);
DeferredParameter val = i.getValue() != null
? loadObjectInstance(i.getValue(), existing, i.getValue().getClass(), relaxedValidation)
: loadObjectInstance(null, existing, Object.class, relaxedValidation);
setupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method, DeferredArrayStoreParameter out) {
method.invokeInterfaceMethod(MAP_PUT, context.loadDeferred(out), context.loadDeferred(key),
context.loadDeferred(val));
}
@Override
public void prepare(MethodContext context) {
key.prepare(context);
val.prepare(context);
}
});
}
relaxedOk = true;
}
//check how the object is constructed
NonDefaultConstructorHolder nonDefaultConstructorHolder = null;
DeferredParameter[] nonDefaultConstructorHandles = null;
//used to resolve the parameter position for @RecordableConstructor
Map<String, Integer> constructorParamNameMap = new HashMap<>();
if (nonDefaultConstructors.containsKey(param.getClass())) {
nonDefaultConstructorHolder = nonDefaultConstructors.get(param.getClass());
List<Object> params = nonDefaultConstructorHolder.paramGenerator.apply(param);
if (params.size() != nonDefaultConstructorHolder.constructor.getParameterCount()) {
throw new RuntimeException("Unable to serialize " + param
+ " as the wrong number of parameters were generated for "
+ nonDefaultConstructorHolder.constructor);
}
int count = 0;
nonDefaultConstructorHandles = new DeferredParameter[params.size()];
for (int i = 0; i < params.size(); i++) {
Object obj = params.get(i);
nonDefaultConstructorHandles[i] = loadObjectInstance(obj, existing,
nonDefaultConstructorHolder.constructor.getParameterTypes()[count++], relaxedValidation);
}
} else {
for (Constructor<?> ctor : param.getClass().getConstructors()) {
if (ctor.isAnnotationPresent(RecordableConstructor.class)) {
nonDefaultConstructorHolder = new NonDefaultConstructorHolder(ctor, null);
nonDefaultConstructorHandles = new DeferredParameter[ctor.getParameterCount()];
for (int i = 0; i < ctor.getParameterCount(); ++i) {
String name = ctor.getParameters()[i].getName();
constructorParamNameMap.put(name, i);
}
break;
}
}
}
Set<String> handledProperties = new HashSet<>();
Property[] desc = PropertyUtils.getPropertyDescriptors(param);
for (Property i : desc) {
// check if the getter is ignored
if ((i.getReadMethod() != null) && (i.getReadMethod().getAnnotation(IgnoreProperty.class) != null)) {
continue;
}
// check if the matching field is ignored
try {
if (param.getClass().getDeclaredField(i.getName()).getAnnotation(IgnoreProperty.class) != null) {
continue;
}
} catch (NoSuchFieldException ignored) {
}
Integer ctorParamIndex = constructorParamNameMap.remove(i.name);
if (i.getReadMethod() != null && i.getWriteMethod() == null && ctorParamIndex == null) {
try {
//read only prop, we may still be able to do stuff with it if it is a collection
if (Collection.class.isAssignableFrom(i.getPropertyType())) {
//special case, a collection with only a read method
//we assume we can just add to the connection
handledProperties.add(i.getName());
Collection propertyValue = (Collection) i.read(param);
if (propertyValue != null && !propertyValue.isEmpty()) {
List<DeferredParameter> params = new ArrayList<>();
for (Object c : propertyValue) {
DeferredParameter toAdd = loadObjectInstance(c, existing, Object.class, relaxedValidation);
params.add(toAdd);
}
setupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method,
DeferredArrayStoreParameter out) {
//get the collection
ResultHandle prop = method.invokeVirtualMethod(
MethodDescriptor.ofMethod(i.getReadMethod()),
context.loadDeferred(out));
for (DeferredParameter i : params) {
//add the parameter
//TODO: this is not guareded against large collections, probably not an issue in practice
method.invokeInterfaceMethod(COLLECTION_ADD, prop, context.loadDeferred(i));
}
}
@Override
public void prepare(MethodContext context) {
for (DeferredParameter i : params) {
i.prepare(context);
}
}
});
}
} else if (Map.class.isAssignableFrom(i.getPropertyType())) {
//special case, a map with only a read method
//we assume we can just add to the map
//similar to how collection works above
handledProperties.add(i.getName());
Map<Object, Object> propertyValue = (Map<Object, Object>) i.read(param);
if (propertyValue != null && !propertyValue.isEmpty()) {
Map<DeferredParameter, DeferredParameter> def = new LinkedHashMap<>();
for (Map.Entry<Object, Object> entry : propertyValue.entrySet()) {
DeferredParameter key = loadObjectInstance(entry.getKey(), existing,
Object.class, relaxedValidation);
DeferredParameter val = loadObjectInstance(entry.getValue(), existing, Object.class,
relaxedValidation);
def.put(key, val);
}
setupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method,
DeferredArrayStoreParameter out) {
ResultHandle prop = method.invokeVirtualMethod(
MethodDescriptor.ofMethod(i.getReadMethod()),
context.loadDeferred(out));
for (Map.Entry<DeferredParameter, DeferredParameter> e : def.entrySet()) {
method.invokeInterfaceMethod(MAP_PUT, prop, context.loadDeferred(e.getKey()),
context.loadDeferred(e.getValue()));
}
}
@Override
public void prepare(MethodContext context) {
for (Map.Entry<DeferredParameter, DeferredParameter> e : def.entrySet()) {
e.getKey().prepare(context);
e.getValue().prepare(context);
}
}
});
}
} else if (!relaxedValidation && !i.getName().equals("class") && !relaxedOk
&& nonDefaultConstructorHolder == null) {
//check if there is actually a field with the name
try {
i.getReadMethod().getDeclaringClass().getDeclaredField(i.getName());
throw new RuntimeException("Cannot serialise field '" + i.getName() + "' on object '" + param
+ "' as the property is read only");
} catch (NoSuchFieldException e) {
//if there is no underlying field then we ignore the property
}
}
} catch (Exception e) {
throw new RuntimeException(e);
}
} else if (i.getReadMethod() != null && (i.getWriteMethod() != null || ctorParamIndex != null)) {
//normal javabean property
try {
handledProperties.add(i.getName());
Object propertyValue = i.read(param);
if (propertyValue == null && ctorParamIndex == null) {
//we just assume properties are null by default
//TODO: is this a valid assumption? Should we check this by creating an instance?
continue;
}
Class propertyType = i.getPropertyType();
if (ctorParamIndex == null
&& i.getReadMethod().getReturnType() != i.getWriteMethod().getParameterTypes()[0]) {
if (relaxedValidation) {
//this is a weird situation where the reader and writer are different types
//we iterate and try and find a valid setter method for the type we have
//OpenAPI does some weird stuff like this
for (Method m : param.getClass().getMethods()) {
if (m.getName().equals(i.getWriteMethod().getName())) {
if (m.getParameterTypes().length > 0
&& m.getParameterTypes()[0].isAssignableFrom(param.getClass())) {
propertyType = m.getParameterTypes()[0];
break;
}
}
}
} else {
throw new RuntimeException("Cannot serialise field " + i.getName() + " on object " + param
+ " as setter and getters were different types");
}
}
DeferredParameter val = loadObjectInstance(propertyValue, existing,
i.getPropertyType(), relaxedValidation);
if (ctorParamIndex != null) {
nonDefaultConstructorHandles[ctorParamIndex] = val;
ctorSetupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method, DeferredArrayStoreParameter out) {
}
@Override
public void prepare(MethodContext context) {
val.prepare(context);
}
});
} else {
Class finalPropertyType = propertyType;
setupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method, DeferredArrayStoreParameter out) {
method.invokeVirtualMethod(
ofMethod(param.getClass(), i.getWriteMethod().getName(),
i.getWriteMethod().getReturnType(),
finalPropertyType),
context.loadDeferred(out),
context.loadDeferred(val));
}
@Override
public void prepare(MethodContext context) {
val.prepare(context);
}
});
}
} catch (Exception e) {
throw new RuntimeException(e);
}
}
}
//now handle accessible fields
for (Field field : param.getClass().getFields()) {
// check if the field is ignored
if (field.getAnnotation(IgnoreProperty.class) != null) {
continue;
}
if (!handledProperties.contains(field.getName())) {
Integer ctorParamIndex = constructorParamNameMap.remove(field.getName());
if ((ctorParamIndex != null || !Modifier.isFinal(field.getModifiers())) &&
!Modifier.isStatic(field.getModifiers())) {
try {
DeferredParameter val = loadObjectInstance(field.get(param), existing, field.getType(),
relaxedValidation);
if (ctorParamIndex != null) {
nonDefaultConstructorHandles[ctorParamIndex] = val;
ctorSetupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method,
DeferredArrayStoreParameter out) {
}
@Override
public void prepare(MethodContext context) {
val.prepare(context);
}
});
} else {
setupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method,
DeferredArrayStoreParameter out) {
method.writeInstanceField(
FieldDescriptor.of(param.getClass(), field.getName(), field.getType()),
context.loadDeferred(out),
context.loadDeferred(val));
}
@Override
public void prepare(MethodContext context) {
val.prepare(context);
}
});
}
} catch (Exception e) {
throw new RuntimeException(e);
}
}
}
}
if (!constructorParamNameMap.isEmpty()) {
throw new RuntimeException("Could not find parameters for constructor " + nonDefaultConstructorHolder.constructor
+ " could not read field values " + constructorParamNameMap.keySet());
}
NonDefaultConstructorHolder finalNonDefaultConstructorHolder = nonDefaultConstructorHolder;
DeferredParameter[] finalCtorHandles = nonDefaultConstructorHandles;
//create a deferred value to represet the object itself. This allows the creation to be split
//over multiple methods, which is important if this is a large object
DeferredArrayStoreParameter objectValue = new DeferredArrayStoreParameter() {
@Override
ResultHandle createValue(MethodContext context, MethodCreator method, ResultHandle array) {
ResultHandle out;
//do the creation
if (finalNonDefaultConstructorHolder != null) {
out = method.newInstance(
ofConstructor(finalNonDefaultConstructorHolder.constructor.getDeclaringClass(),
finalNonDefaultConstructorHolder.constructor.getParameterTypes()),
Arrays.stream(finalCtorHandles).map(m -> context.loadDeferred(m))
.toArray(ResultHandle[]::new));
} else {
try {
param.getClass().getDeclaredConstructor();
out = method.newInstance(ofConstructor(param.getClass()));
} catch (NoSuchMethodException e) {
//fallback for collection types, such as unmodifiableMap
if (SortedMap.class.isAssignableFrom(expectedType)) {
out = method.newInstance(ofConstructor(TreeMap.class));
} else if (Map.class.isAssignableFrom(expectedType)) {
out = method.newInstance(ofConstructor(LinkedHashMap.class));
} else if (List.class.isAssignableFrom(expectedType)) {
out = method.newInstance(ofConstructor(ArrayList.class));
} else if (SortedSet.class.isAssignableFrom(expectedType)) {
out = method.newInstance(ofConstructor(TreeSet.class));
} else if (Set.class.isAssignableFrom(expectedType)) {
out = method.newInstance(ofConstructor(LinkedHashSet.class));
} else {
throw new RuntimeException("Unable to serialize objects of type " + param.getClass()
+ " to bytecode as it has no default constructor");
}
}
}
return out;
}
};
//now return the actual deferred parameter that represents the result of construction
return new DeferredArrayStoreParameter() {
@Override
void doPrepare(MethodContext context) {
//this is where the object construction happens
//first create the actial object
for (SerialzationStep i : ctorSetupSteps) {
i.prepare(context);
}
objectValue.prepare(context);
for (SerialzationStep i : setupSteps) {
//then prepare the steps (i.e. creating the values to be placed into this object)
i.prepare(context);
}
for (SerialzationStep i : setupSteps) {
//now actually run the steps (i.e. actually stick the values into the object)
context.writeInstruction(new InstructionGroup() {
@Override
public void write(MethodContext context, MethodCreator method, ResultHandle array) {
i.handle(context, method, objectValue);
}
});
}
super.doPrepare(context);
}
@Override
ResultHandle createValue(MethodContext context, MethodCreator method, ResultHandle array) {
//just return the already created object
return context.loadDeferred(objectValue);
}
};
} | private DeferredParameter loadComplexObject(Object param, Map<Object, DeferredParameter> existing,
Class<?> expectedType, boolean relaxedValidation) {
List<SerialzationStep> setupSteps = new ArrayList<>();
List<SerialzationStep> ctorSetupSteps = new ArrayList<>();
boolean relaxedOk = false;
if (param instanceof Collection) {
for (Object i : (Collection) param) {
DeferredParameter val = loadObjectInstance(i, existing, i.getClass(), relaxedValidation);
setupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method, DeferredArrayStoreParameter out) {
method.invokeInterfaceMethod(COLLECTION_ADD, context.loadDeferred(out), context.loadDeferred(val));
}
@Override
public void prepare(MethodContext context) {
val.prepare(context);
}
});
}
relaxedOk = true;
}
if (param instanceof Map) {
for (Map.Entry<?, ?> i : ((Map<?, ?>) param).entrySet()) {
DeferredParameter key = loadObjectInstance(i.getKey(), existing, i.getKey().getClass(), relaxedValidation);
DeferredParameter val = i.getValue() != null
? loadObjectInstance(i.getValue(), existing, i.getValue().getClass(), relaxedValidation)
: loadObjectInstance(null, existing, Object.class, relaxedValidation);
setupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method, DeferredArrayStoreParameter out) {
method.invokeInterfaceMethod(MAP_PUT, context.loadDeferred(out), context.loadDeferred(key),
context.loadDeferred(val));
}
@Override
public void prepare(MethodContext context) {
key.prepare(context);
val.prepare(context);
}
});
}
relaxedOk = true;
}
NonDefaultConstructorHolder nonDefaultConstructorHolder = null;
DeferredParameter[] nonDefaultConstructorHandles = null;
Map<String, Integer> constructorParamNameMap = new HashMap<>();
if (nonDefaultConstructors.containsKey(param.getClass())) {
nonDefaultConstructorHolder = nonDefaultConstructors.get(param.getClass());
List<Object> params = nonDefaultConstructorHolder.paramGenerator.apply(param);
if (params.size() != nonDefaultConstructorHolder.constructor.getParameterCount()) {
throw new RuntimeException("Unable to serialize " + param
+ " as the wrong number of parameters were generated for "
+ nonDefaultConstructorHolder.constructor);
}
int count = 0;
nonDefaultConstructorHandles = new DeferredParameter[params.size()];
for (int i = 0; i < params.size(); i++) {
Object obj = params.get(i);
nonDefaultConstructorHandles[i] = loadObjectInstance(obj, existing,
nonDefaultConstructorHolder.constructor.getParameterTypes()[count++], relaxedValidation);
}
} else {
for (Constructor<?> ctor : param.getClass().getConstructors()) {
if (ctor.isAnnotationPresent(RecordableConstructor.class)) {
nonDefaultConstructorHolder = new NonDefaultConstructorHolder(ctor, null);
nonDefaultConstructorHandles = new DeferredParameter[ctor.getParameterCount()];
for (int i = 0; i < ctor.getParameterCount(); ++i) {
String name = ctor.getParameters()[i].getName();
constructorParamNameMap.put(name, i);
}
break;
}
}
}
Set<String> handledProperties = new HashSet<>();
Property[] desc = PropertyUtils.getPropertyDescriptors(param);
for (Property i : desc) {
if ((i.getReadMethod() != null) && (i.getReadMethod().getAnnotation(IgnoreProperty.class) != null)) {
continue;
}
try {
if (param.getClass().getDeclaredField(i.getName()).getAnnotation(IgnoreProperty.class) != null) {
continue;
}
} catch (NoSuchFieldException ignored) {
}
Integer ctorParamIndex = constructorParamNameMap.remove(i.name);
if (i.getReadMethod() != null && i.getWriteMethod() == null && ctorParamIndex == null) {
try {
if (Collection.class.isAssignableFrom(i.getPropertyType())) {
handledProperties.add(i.getName());
Collection propertyValue = (Collection) i.read(param);
if (propertyValue != null && !propertyValue.isEmpty()) {
List<DeferredParameter> params = new ArrayList<>();
for (Object c : propertyValue) {
DeferredParameter toAdd = loadObjectInstance(c, existing, Object.class, relaxedValidation);
params.add(toAdd);
}
setupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method,
DeferredArrayStoreParameter out) {
ResultHandle prop = method.invokeVirtualMethod(
MethodDescriptor.ofMethod(i.getReadMethod()),
context.loadDeferred(out));
for (DeferredParameter i : params) {
method.invokeInterfaceMethod(COLLECTION_ADD, prop, context.loadDeferred(i));
}
}
@Override
public void prepare(MethodContext context) {
for (DeferredParameter i : params) {
i.prepare(context);
}
}
});
}
} else if (Map.class.isAssignableFrom(i.getPropertyType())) {
handledProperties.add(i.getName());
Map<Object, Object> propertyValue = (Map<Object, Object>) i.read(param);
if (propertyValue != null && !propertyValue.isEmpty()) {
Map<DeferredParameter, DeferredParameter> def = new LinkedHashMap<>();
for (Map.Entry<Object, Object> entry : propertyValue.entrySet()) {
DeferredParameter key = loadObjectInstance(entry.getKey(), existing,
Object.class, relaxedValidation);
DeferredParameter val = loadObjectInstance(entry.getValue(), existing, Object.class,
relaxedValidation);
def.put(key, val);
}
setupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method,
DeferredArrayStoreParameter out) {
ResultHandle prop = method.invokeVirtualMethod(
MethodDescriptor.ofMethod(i.getReadMethod()),
context.loadDeferred(out));
for (Map.Entry<DeferredParameter, DeferredParameter> e : def.entrySet()) {
method.invokeInterfaceMethod(MAP_PUT, prop, context.loadDeferred(e.getKey()),
context.loadDeferred(e.getValue()));
}
}
@Override
public void prepare(MethodContext context) {
for (Map.Entry<DeferredParameter, DeferredParameter> e : def.entrySet()) {
e.getKey().prepare(context);
e.getValue().prepare(context);
}
}
});
}
} else if (!relaxedValidation && !i.getName().equals("class") && !relaxedOk
&& nonDefaultConstructorHolder == null) {
try {
i.getReadMethod().getDeclaringClass().getDeclaredField(i.getName());
throw new RuntimeException("Cannot serialise field '" + i.getName() + "' on object '" + param
+ "' as the property is read only");
} catch (NoSuchFieldException e) {
}
}
} catch (Exception e) {
throw new RuntimeException(e);
}
} else if (i.getReadMethod() != null && (i.getWriteMethod() != null || ctorParamIndex != null)) {
try {
handledProperties.add(i.getName());
Object propertyValue = i.read(param);
if (propertyValue == null && ctorParamIndex == null) {
continue;
}
Class propertyType = i.getPropertyType();
if (ctorParamIndex == null
&& i.getReadMethod().getReturnType() != i.getWriteMethod().getParameterTypes()[0]) {
if (relaxedValidation) {
for (Method m : param.getClass().getMethods()) {
if (m.getName().equals(i.getWriteMethod().getName())) {
if (m.getParameterTypes().length > 0
&& m.getParameterTypes()[0].isAssignableFrom(param.getClass())) {
propertyType = m.getParameterTypes()[0];
break;
}
}
}
} else {
throw new RuntimeException("Cannot serialise field " + i.getName() + " on object " + param
+ " as setter and getters were different types");
}
}
DeferredParameter val = loadObjectInstance(propertyValue, existing,
i.getPropertyType(), relaxedValidation);
if (ctorParamIndex != null) {
nonDefaultConstructorHandles[ctorParamIndex] = val;
ctorSetupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method, DeferredArrayStoreParameter out) {
}
@Override
public void prepare(MethodContext context) {
val.prepare(context);
}
});
} else {
Class finalPropertyType = propertyType;
setupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method, DeferredArrayStoreParameter out) {
method.invokeVirtualMethod(
ofMethod(param.getClass(), i.getWriteMethod().getName(),
i.getWriteMethod().getReturnType(),
finalPropertyType),
context.loadDeferred(out),
context.loadDeferred(val));
}
@Override
public void prepare(MethodContext context) {
val.prepare(context);
}
});
}
} catch (Exception e) {
throw new RuntimeException(e);
}
}
}
for (Field field : param.getClass().getFields()) {
if (field.getAnnotation(IgnoreProperty.class) != null) {
continue;
}
if (!handledProperties.contains(field.getName())) {
Integer ctorParamIndex = constructorParamNameMap.remove(field.getName());
if ((ctorParamIndex != null || !Modifier.isFinal(field.getModifiers())) &&
!Modifier.isStatic(field.getModifiers())) {
try {
DeferredParameter val = loadObjectInstance(field.get(param), existing, field.getType(),
relaxedValidation);
if (ctorParamIndex != null) {
nonDefaultConstructorHandles[ctorParamIndex] = val;
ctorSetupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method,
DeferredArrayStoreParameter out) {
}
@Override
public void prepare(MethodContext context) {
val.prepare(context);
}
});
} else {
setupSteps.add(new SerialzationStep() {
@Override
public void handle(MethodContext context, MethodCreator method,
DeferredArrayStoreParameter out) {
method.writeInstanceField(
FieldDescriptor.of(param.getClass(), field.getName(), field.getType()),
context.loadDeferred(out),
context.loadDeferred(val));
}
@Override
public void prepare(MethodContext context) {
val.prepare(context);
}
});
}
} catch (Exception e) {
throw new RuntimeException(e);
}
}
}
}
if (!constructorParamNameMap.isEmpty()) {
throw new RuntimeException("Could not find parameters for constructor " + nonDefaultConstructorHolder.constructor
+ " could not read field values " + constructorParamNameMap.keySet());
}
NonDefaultConstructorHolder finalNonDefaultConstructorHolder = nonDefaultConstructorHolder;
DeferredParameter[] finalCtorHandles = nonDefaultConstructorHandles;
DeferredArrayStoreParameter objectValue = new DeferredArrayStoreParameter() {
@Override
ResultHandle createValue(MethodContext context, MethodCreator method, ResultHandle array) {
ResultHandle out;
if (finalNonDefaultConstructorHolder != null) {
out = method.newInstance(
ofConstructor(finalNonDefaultConstructorHolder.constructor.getDeclaringClass(),
finalNonDefaultConstructorHolder.constructor.getParameterTypes()),
Arrays.stream(finalCtorHandles).map(m -> context.loadDeferred(m))
.toArray(ResultHandle[]::new));
} else {
try {
param.getClass().getDeclaredConstructor();
out = method.newInstance(ofConstructor(param.getClass()));
} catch (NoSuchMethodException e) {
if (SortedMap.class.isAssignableFrom(expectedType)) {
out = method.newInstance(ofConstructor(TreeMap.class));
} else if (Map.class.isAssignableFrom(expectedType)) {
out = method.newInstance(ofConstructor(LinkedHashMap.class));
} else if (List.class.isAssignableFrom(expectedType)) {
out = method.newInstance(ofConstructor(ArrayList.class));
} else if (SortedSet.class.isAssignableFrom(expectedType)) {
out = method.newInstance(ofConstructor(TreeSet.class));
} else if (Set.class.isAssignableFrom(expectedType)) {
out = method.newInstance(ofConstructor(LinkedHashSet.class));
} else {
throw new RuntimeException("Unable to serialize objects of type " + param.getClass()
+ " to bytecode as it has no default constructor");
}
}
}
return out;
}
};
return new DeferredArrayStoreParameter() {
@Override
void doPrepare(MethodContext context) {
for (SerialzationStep i : ctorSetupSteps) {
i.prepare(context);
}
objectValue.prepare(context);
for (SerialzationStep i : setupSteps) {
i.prepare(context);
}
for (SerialzationStep i : setupSteps) {
context.writeInstruction(new InstructionGroup() {
@Override
public void write(MethodContext context, MethodCreator method, ResultHandle array) {
i.handle(context, method, objectValue);
}
});
}
super.doPrepare(context);
}
@Override
ResultHandle createValue(MethodContext context, MethodCreator method, ResultHandle array) {
return context.loadDeferred(objectValue);
}
};
} | private deferredparameter loadcomplexobject(object param, map<object, deferredparameter> existing, class<?> expectedtype, boolean relaxedvalidation) { list<serialzationstep> setupsteps = new arraylist<>(); list<serialzationstep> ctorsetupsteps = new arraylist<>(); boolean relaxedok = false; if (param instanceof collection) { for (object i : (collection) param) { deferredparameter val = loadobjectinstance(i, existing, i.getclass(), relaxedvalidation); setupsteps.add(new serialzationstep() { @override public void handle(methodcontext context, methodcreator method, deferredarraystoreparameter out) { method.invokeinterfacemethod(collection_add, context.loaddeferred(out), context.loaddeferred(val)); } @override public void prepare(methodcontext context) { val.prepare(context); } }); } relaxedok = true; } if (param instanceof map) { for (map.entry<?, ?> i : ((map<?, ?>) param).entryset()) { deferredparameter key = loadobjectinstance(i.getkey(), existing, i.getkey().getclass(), relaxedvalidation); deferredparameter val = i.getvalue() != null ? loadobjectinstance(i.getvalue(), existing, i.getvalue().getclass(), relaxedvalidation) : loadobjectinstance(null, existing, object.class, relaxedvalidation); setupsteps.add(new serialzationstep() { @override public void handle(methodcontext context, methodcreator method, deferredarraystoreparameter out) { method.invokeinterfacemethod(map_put, context.loaddeferred(out), context.loaddeferred(key), context.loaddeferred(val)); } @override public void prepare(methodcontext context) { key.prepare(context); val.prepare(context); } }); } relaxedok = true; } nondefaultconstructorholder nondefaultconstructorholder = null; deferredparameter[] nondefaultconstructorhandles = null; map<string, integer> constructorparamnamemap = new hashmap<>(); if (nondefaultconstructors.containskey(param.getclass())) { nondefaultconstructorholder = nondefaultconstructors.get(param.getclass()); list<object> params = nondefaultconstructorholder.paramgenerator.apply(param); if (params.size() != nondefaultconstructorholder.constructor.getparametercount()) { throw new runtimeexception("unable to serialize " + param + " as the wrong number of parameters were generated for " + nondefaultconstructorholder.constructor); } int count = 0; nondefaultconstructorhandles = new deferredparameter[params.size()]; for (int i = 0; i < params.size(); i++) { object obj = params.get(i); nondefaultconstructorhandles[i] = loadobjectinstance(obj, existing, nondefaultconstructorholder.constructor.getparametertypes()[count++], relaxedvalidation); } } else { for (constructor<?> ctor : param.getclass().getconstructors()) { if (ctor.isannotationpresent(recordableconstructor.class)) { nondefaultconstructorholder = new nondefaultconstructorholder(ctor, null); nondefaultconstructorhandles = new deferredparameter[ctor.getparametercount()]; for (int i = 0; i < ctor.getparametercount(); ++i) { string name = ctor.getparameters()[i].getname(); constructorparamnamemap.put(name, i); } break; } } } set<string> handledproperties = new hashset<>(); property[] desc = propertyutils.getpropertydescriptors(param); for (property i : desc) { if ((i.getreadmethod() != null) && (i.getreadmethod().getannotation(ignoreproperty.class) != null)) { continue; } try { if (param.getclass().getdeclaredfield(i.getname()).getannotation(ignoreproperty.class) != null) { continue; } } catch (nosuchfieldexception ignored) { } integer ctorparamindex = constructorparamnamemap.remove(i.name); if (i.getreadmethod() != null && i.getwritemethod() == null && ctorparamindex == null) { try { if (collection.class.isassignablefrom(i.getpropertytype())) { handledproperties.add(i.getname()); collection propertyvalue = (collection) i.read(param); if (propertyvalue != null && !propertyvalue.isempty()) { list<deferredparameter> params = new arraylist<>(); for (object c : propertyvalue) { deferredparameter toadd = loadobjectinstance(c, existing, object.class, relaxedvalidation); params.add(toadd); } setupsteps.add(new serialzationstep() { @override public void handle(methodcontext context, methodcreator method, deferredarraystoreparameter out) { resulthandle prop = method.invokevirtualmethod( methoddescriptor.ofmethod(i.getreadmethod()), context.loaddeferred(out)); for (deferredparameter i : params) { method.invokeinterfacemethod(collection_add, prop, context.loaddeferred(i)); } } @override public void prepare(methodcontext context) { for (deferredparameter i : params) { i.prepare(context); } } }); } } else if (map.class.isassignablefrom(i.getpropertytype())) { handledproperties.add(i.getname()); map<object, object> propertyvalue = (map<object, object>) i.read(param); if (propertyvalue != null && !propertyvalue.isempty()) { map<deferredparameter, deferredparameter> def = new linkedhashmap<>(); for (map.entry<object, object> entry : propertyvalue.entryset()) { deferredparameter key = loadobjectinstance(entry.getkey(), existing, object.class, relaxedvalidation); deferredparameter val = loadobjectinstance(entry.getvalue(), existing, object.class, relaxedvalidation); def.put(key, val); } setupsteps.add(new serialzationstep() { @override public void handle(methodcontext context, methodcreator method, deferredarraystoreparameter out) { resulthandle prop = method.invokevirtualmethod( methoddescriptor.ofmethod(i.getreadmethod()), context.loaddeferred(out)); for (map.entry<deferredparameter, deferredparameter> e : def.entryset()) { method.invokeinterfacemethod(map_put, prop, context.loaddeferred(e.getkey()), context.loaddeferred(e.getvalue())); } } @override public void prepare(methodcontext context) { for (map.entry<deferredparameter, deferredparameter> e : def.entryset()) { e.getkey().prepare(context); e.getvalue().prepare(context); } } }); } } else if (!relaxedvalidation && !i.getname().equals("class") && !relaxedok && nondefaultconstructorholder == null) { try { i.getreadmethod().getdeclaringclass().getdeclaredfield(i.getname()); throw new runtimeexception("cannot serialise field '" + i.getname() + "' on object '" + param + "' as the property is read only"); } catch (nosuchfieldexception e) { } } } catch (exception e) { throw new runtimeexception(e); } } else if (i.getreadmethod() != null && (i.getwritemethod() != null || ctorparamindex != null)) { try { handledproperties.add(i.getname()); object propertyvalue = i.read(param); if (propertyvalue == null && ctorparamindex == null) { continue; } class propertytype = i.getpropertytype(); if (ctorparamindex == null && i.getreadmethod().getreturntype() != i.getwritemethod().getparametertypes()[0]) { if (relaxedvalidation) { for (method m : param.getclass().getmethods()) { if (m.getname().equals(i.getwritemethod().getname())) { if (m.getparametertypes().length > 0 && m.getparametertypes()[0].isassignablefrom(param.getclass())) { propertytype = m.getparametertypes()[0]; break; } } } } else { throw new runtimeexception("cannot serialise field " + i.getname() + " on object " + param + " as setter and getters were different types"); } } deferredparameter val = loadobjectinstance(propertyvalue, existing, i.getpropertytype(), relaxedvalidation); if (ctorparamindex != null) { nondefaultconstructorhandles[ctorparamindex] = val; ctorsetupsteps.add(new serialzationstep() { @override public void handle(methodcontext context, methodcreator method, deferredarraystoreparameter out) { } @override public void prepare(methodcontext context) { val.prepare(context); } }); } else { class finalpropertytype = propertytype; setupsteps.add(new serialzationstep() { @override public void handle(methodcontext context, methodcreator method, deferredarraystoreparameter out) { method.invokevirtualmethod( ofmethod(param.getclass(), i.getwritemethod().getname(), i.getwritemethod().getreturntype(), finalpropertytype), context.loaddeferred(out), context.loaddeferred(val)); } @override public void prepare(methodcontext context) { val.prepare(context); } }); } } catch (exception e) { throw new runtimeexception(e); } } } for (field field : param.getclass().getfields()) { if (field.getannotation(ignoreproperty.class) != null) { continue; } if (!handledproperties.contains(field.getname())) { integer ctorparamindex = constructorparamnamemap.remove(field.getname()); if ((ctorparamindex != null || !modifier.isfinal(field.getmodifiers())) && !modifier.isstatic(field.getmodifiers())) { try { deferredparameter val = loadobjectinstance(field.get(param), existing, field.gettype(), relaxedvalidation); if (ctorparamindex != null) { nondefaultconstructorhandles[ctorparamindex] = val; ctorsetupsteps.add(new serialzationstep() { @override public void handle(methodcontext context, methodcreator method, deferredarraystoreparameter out) { } @override public void prepare(methodcontext context) { val.prepare(context); } }); } else { setupsteps.add(new serialzationstep() { @override public void handle(methodcontext context, methodcreator method, deferredarraystoreparameter out) { method.writeinstancefield( fielddescriptor.of(param.getclass(), field.getname(), field.gettype()), context.loaddeferred(out), context.loaddeferred(val)); } @override public void prepare(methodcontext context) { val.prepare(context); } }); } } catch (exception e) { throw new runtimeexception(e); } } } } if (!constructorparamnamemap.isempty()) { throw new runtimeexception("could not find parameters for constructor " + nondefaultconstructorholder.constructor + " could not read field values " + constructorparamnamemap.keyset()); } nondefaultconstructorholder finalnondefaultconstructorholder = nondefaultconstructorholder; deferredparameter[] finalctorhandles = nondefaultconstructorhandles; deferredarraystoreparameter objectvalue = new deferredarraystoreparameter() { @override resulthandle createvalue(methodcontext context, methodcreator method, resulthandle array) { resulthandle out; if (finalnondefaultconstructorholder != null) { out = method.newinstance( ofconstructor(finalnondefaultconstructorholder.constructor.getdeclaringclass(), finalnondefaultconstructorholder.constructor.getparametertypes()), arrays.stream(finalctorhandles).map(m -> context.loaddeferred(m)) .toarray(resulthandle[]::new)); } else { try { param.getclass().getdeclaredconstructor(); out = method.newinstance(ofconstructor(param.getclass())); } catch (nosuchmethodexception e) { if (sortedmap.class.isassignablefrom(expectedtype)) { out = method.newinstance(ofconstructor(treemap.class)); } else if (map.class.isassignablefrom(expectedtype)) { out = method.newinstance(ofconstructor(linkedhashmap.class)); } else if (list.class.isassignablefrom(expectedtype)) { out = method.newinstance(ofconstructor(arraylist.class)); } else if (sortedset.class.isassignablefrom(expectedtype)) { out = method.newinstance(ofconstructor(treeset.class)); } else if (set.class.isassignablefrom(expectedtype)) { out = method.newinstance(ofconstructor(linkedhashset.class)); } else { throw new runtimeexception("unable to serialize objects of type " + param.getclass() + " to bytecode as it has no default constructor"); } } } return out; } }; return new deferredarraystoreparameter() { @override void doprepare(methodcontext context) { for (serialzationstep i : ctorsetupsteps) { i.prepare(context); } objectvalue.prepare(context); for (serialzationstep i : setupsteps) { i.prepare(context); } for (serialzationstep i : setupsteps) { context.writeinstruction(new instructiongroup() { @override public void write(methodcontext context, methodcreator method, resulthandle array) { i.handle(context, method, objectvalue); } }); } super.doprepare(context); } @override resulthandle createvalue(methodcontext context, methodcreator method, resulthandle array) { return context.loaddeferred(objectvalue); } }; } | cdhermann/quarkus | [
1,
1,
0,
0
] |
34,583 | public String readLine(String prompt, final Character mask, String buffer) throws IOException {
// prompt may be null
// mask may be null
// buffer may be null
/*
* This is the accumulator for VI-mode repeat count. That is, while in
* move mode, if you type 30x it will delete 30 characters. This is
* where the "30" is accumulated until the command is struck.
*/
int repeatCount = 0;
// FIXME: This blows, each call to readLine will reset the console's state which doesn't seem very nice.
this.mask = mask != null ? mask : this.echoCharacter;
if (prompt != null) {
setPrompt(prompt);
}
else {
prompt = getPrompt();
}
try {
if (buffer != null) {
buf.write(buffer);
}
if (!terminal.isSupported()) {
beforeReadLine(prompt, mask);
}
if (buffer != null && buffer.length() > 0
|| prompt != null && prompt.length() > 0) {
drawLine();
out.flush();
}
// if the terminal is unsupported, just use plain-java reading
if (!terminal.isSupported()) {
return readLineSimple();
}
if (handleUserInterrupt && (terminal instanceof UnixTerminal)) {
((UnixTerminal) terminal).disableInterruptCharacter();
}
if (handleLitteralNext && (terminal instanceof UnixTerminal)) {
((UnixTerminal) terminal).disableLitteralNextCharacter();
}
String originalPrompt = this.prompt;
state = State.NORMAL;
boolean success = true;
pushBackChar.clear();
while (true) {
Object o = readBinding(getKeys());
if (o == null) {
return null;
}
int c = 0;
if (opBuffer.length() > 0) {
c = opBuffer.codePointBefore(opBuffer.length());
}
Log.trace("Binding: ", o);
// Handle macros
if (o instanceof String) {
String macro = (String) o;
for (int i = 0; i < macro.length(); i++) {
pushBackChar.push(macro.charAt(macro.length() - 1 - i));
}
opBuffer.setLength(0);
continue;
}
// Handle custom callbacks
if (o instanceof ActionListener) {
((ActionListener) o).actionPerformed(null);
opBuffer.setLength(0);
continue;
}
CursorBuffer oldBuf = new CursorBuffer();
oldBuf.buffer.append(buf.buffer);
oldBuf.cursor = buf.cursor;
// Search mode.
//
// Note that we have to do this first, because if there is a command
// not linked to a search command, we leave the search mode and fall
// through to the normal state.
if (state == State.SEARCH || state == State.FORWARD_SEARCH) {
int cursorDest = -1;
// TODO: check the isearch-terminators variable terminating the search
switch ( ((Operation) o )) {
case ABORT:
state = State.NORMAL;
buf.clear();
buf.write(originalBuffer.buffer);
buf.cursor = originalBuffer.cursor;
break;
case REVERSE_SEARCH_HISTORY:
state = State.SEARCH;
if (searchTerm.length() == 0) {
searchTerm.append(previousSearchTerm);
}
if (searchIndex > 0) {
searchIndex = searchBackwards(searchTerm.toString(), searchIndex);
}
break;
case FORWARD_SEARCH_HISTORY:
state = State.FORWARD_SEARCH;
if (searchTerm.length() == 0) {
searchTerm.append(previousSearchTerm);
}
if (searchIndex > -1 && searchIndex < history.size() - 1) {
searchIndex = searchForwards(searchTerm.toString(), searchIndex);
}
break;
case BACKWARD_DELETE_CHAR:
if (searchTerm.length() > 0) {
searchTerm.deleteCharAt(searchTerm.length() - 1);
if (state == State.SEARCH) {
searchIndex = searchBackwards(searchTerm.toString());
} else {
searchIndex = searchForwards(searchTerm.toString());
}
}
break;
case SELF_INSERT:
searchTerm.appendCodePoint(c);
if (state == State.SEARCH) {
searchIndex = searchBackwards(searchTerm.toString());
} else {
searchIndex = searchForwards(searchTerm.toString());
}
break;
default:
// Set buffer and cursor position to the found string.
if (searchIndex != -1) {
history.moveTo(searchIndex);
// set cursor position to the found string
cursorDest = history.current().toString().indexOf(searchTerm.toString());
}
if (o != Operation.ACCEPT_LINE) {
o = null;
}
state = State.NORMAL;
break;
}
// if we're still in search mode, print the search status
if (state == State.SEARCH || state == State.FORWARD_SEARCH) {
if (searchTerm.length() == 0) {
if (state == State.SEARCH) {
printSearchStatus("", "");
} else {
printForwardSearchStatus("", "");
}
searchIndex = -1;
} else {
if (searchIndex == -1) {
beep();
printSearchStatus(searchTerm.toString(), "");
} else if (state == State.SEARCH) {
printSearchStatus(searchTerm.toString(), history.get(searchIndex).toString());
} else {
printForwardSearchStatus(searchTerm.toString(), history.get(searchIndex).toString());
}
}
}
// otherwise, restore the line
else {
restoreLine(originalPrompt, cursorDest);
}
}
if (state != State.SEARCH && state != State.FORWARD_SEARCH) {
/*
* If this is still false at the end of the switch, then
* we reset our repeatCount to 0.
*/
boolean isArgDigit = false;
/*
* Every command that can be repeated a specified number
* of times, needs to know how many times to repeat, so
* we figure that out here.
*/
int count = (repeatCount == 0) ? 1 : repeatCount;
/*
* Default success to true. You only need to explicitly
* set it if something goes wrong.
*/
success = true;
if (o instanceof Operation) {
Operation op = (Operation)o;
/*
* Current location of the cursor (prior to the operation).
* These are used by vi *-to operation (e.g. delete-to)
* so we know where we came from.
*/
int cursorStart = buf.cursor;
State origState = state;
/*
* If we are on a "vi" movement based operation, then we
* need to restrict the sets of inputs pretty heavily.
*/
if (state == State.VI_CHANGE_TO
|| state == State.VI_YANK_TO
|| state == State.VI_DELETE_TO) {
op = viDeleteChangeYankToRemap(op);
}
switch ( op ) {
case COMPLETE: // tab
// There is an annoyance with tab completion in that
// sometimes the user is actually pasting input in that
// has physical tabs in it. This attempts to look at how
// quickly a character follows the tab, if the character
// follows *immediately*, we assume it is a tab literal.
boolean isTabLiteral = false;
if (copyPasteDetection
&& c == 9
&& (!pushBackChar.isEmpty()
|| (in.isNonBlockingEnabled() && in.peek(escapeTimeout) != -2))) {
isTabLiteral = true;
}
if (! isTabLiteral) {
success = complete();
}
else {
putString(opBuffer);
}
break;
case POSSIBLE_COMPLETIONS:
printCompletionCandidates();
break;
case BEGINNING_OF_LINE:
success = setCursorPosition(0);
break;
case YANK:
success = yank();
break;
case YANK_POP:
success = yankPop();
break;
case KILL_LINE: // CTRL-K
success = killLine();
break;
case KILL_WHOLE_LINE:
success = setCursorPosition(0) && killLine();
break;
case CLEAR_SCREEN: // CTRL-L
success = clearScreen();
redrawLine();
break;
case OVERWRITE_MODE:
buf.setOverTyping(!buf.isOverTyping());
break;
case SELF_INSERT:
putString(opBuffer);
break;
case ACCEPT_LINE:
return accept();
case ABORT:
if (searchTerm == null) {
abort();
}
break;
case INTERRUPT:
if (handleUserInterrupt) {
println();
flush();
String partialLine = buf.buffer.toString();
buf.clear();
history.moveToEnd();
throw new UserInterruptException(partialLine);
}
break;
/*
* VI_MOVE_ACCEPT_LINE is the result of an ENTER
* while in move mode. This is the same as a normal
* ACCEPT_LINE, except that we need to enter
* insert mode as well.
*/
case VI_MOVE_ACCEPT_LINE:
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
return accept();
case BACKWARD_WORD:
success = previousWord();
break;
case FORWARD_WORD:
success = nextWord();
break;
case PREVIOUS_HISTORY:
success = moveHistory(false);
break;
/*
* According to bash/readline move through history
* in "vi" mode will move the cursor to the
* start of the line. If there is no previous
* history, then the cursor doesn't move.
*/
case VI_PREVIOUS_HISTORY:
success = moveHistory(false, count)
&& setCursorPosition(0);
break;
case NEXT_HISTORY:
success = moveHistory(true);
break;
/*
* According to bash/readline move through history
* in "vi" mode will move the cursor to the
* start of the line. If there is no next history,
* then the cursor doesn't move.
*/
case VI_NEXT_HISTORY:
success = moveHistory(true, count)
&& setCursorPosition(0);
break;
case BACKWARD_DELETE_CHAR: // backspace
success = backspace();
break;
case EXIT_OR_DELETE_CHAR:
if (buf.buffer.length() == 0) {
return null;
}
success = deleteCurrentCharacter();
break;
case DELETE_CHAR: // delete
success = deleteCurrentCharacter();
break;
case BACKWARD_CHAR:
success = moveCursor(-(count)) != 0;
break;
case FORWARD_CHAR:
success = moveCursor(count) != 0;
break;
case UNIX_LINE_DISCARD:
success = resetLine();
break;
case UNIX_WORD_RUBOUT:
success = unixWordRubout(count);
break;
case BACKWARD_KILL_WORD:
success = deletePreviousWord();
break;
case KILL_WORD:
success = deleteNextWord();
break;
case BEGINNING_OF_HISTORY:
success = history.moveToFirst();
if (success) {
setBuffer(history.current());
}
break;
case END_OF_HISTORY:
success = history.moveToLast();
if (success) {
setBuffer(history.current());
}
break;
case HISTORY_SEARCH_BACKWARD:
searchTerm = new StringBuffer(buf.upToCursor());
searchIndex = searchBackwards(searchTerm.toString(), history.index(), true);
if (searchIndex == -1) {
beep();
} else {
// Maintain cursor position while searching.
success = history.moveTo(searchIndex);
if (success) {
setBufferKeepPos(history.current());
}
}
break;
case HISTORY_SEARCH_FORWARD:
searchTerm = new StringBuffer(buf.upToCursor());
int index = history.index() + 1;
if (index == history.size()) {
history.moveToEnd();
setBufferKeepPos(searchTerm.toString());
} else if (index < history.size()) {
searchIndex = searchForwards(searchTerm.toString(), index, true);
if (searchIndex == -1) {
beep();
} else {
// Maintain cursor position while searching.
success = history.moveTo(searchIndex);
if (success) {
setBufferKeepPos(history.current());
}
}
}
break;
case REVERSE_SEARCH_HISTORY:
originalBuffer = new CursorBuffer();
originalBuffer.write(buf.buffer);
originalBuffer.cursor = buf.cursor;
if (searchTerm != null) {
previousSearchTerm = searchTerm.toString();
}
searchTerm = new StringBuffer(buf.buffer);
state = State.SEARCH;
if (searchTerm.length() > 0) {
searchIndex = searchBackwards(searchTerm.toString());
if (searchIndex == -1) {
beep();
}
printSearchStatus(searchTerm.toString(),
searchIndex > -1 ? history.get(searchIndex).toString() : "");
} else {
searchIndex = -1;
printSearchStatus("", "");
}
break;
case FORWARD_SEARCH_HISTORY:
originalBuffer = new CursorBuffer();
originalBuffer.write(buf.buffer);
originalBuffer.cursor = buf.cursor;
if (searchTerm != null) {
previousSearchTerm = searchTerm.toString();
}
searchTerm = new StringBuffer(buf.buffer);
state = State.FORWARD_SEARCH;
if (searchTerm.length() > 0) {
searchIndex = searchForwards(searchTerm.toString());
if (searchIndex == -1) {
beep();
}
printForwardSearchStatus(searchTerm.toString(),
searchIndex > -1 ? history.get(searchIndex).toString() : "");
} else {
searchIndex = -1;
printForwardSearchStatus("", "");
}
break;
case CAPITALIZE_WORD:
success = capitalizeWord();
break;
case UPCASE_WORD:
success = upCaseWord();
break;
case DOWNCASE_WORD:
success = downCaseWord();
break;
case END_OF_LINE:
success = moveToEnd();
break;
case TAB_INSERT:
putString( "\t" );
break;
case RE_READ_INIT_FILE:
consoleKeys.loadKeys(appName, inputrcUrl);
break;
case START_KBD_MACRO:
recording = true;
break;
case END_KBD_MACRO:
recording = false;
macro = macro.substring(0, macro.length() - opBuffer.length());
break;
case CALL_LAST_KBD_MACRO:
for (int i = 0; i < macro.length(); i++) {
pushBackChar.push(macro.charAt(macro.length() - 1 - i));
}
opBuffer.setLength(0);
break;
case VI_EDITING_MODE:
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case VI_MOVEMENT_MODE:
/*
* If we are re-entering move mode from an
* aborted yank-to, delete-to, change-to then
* don't move the cursor back. The cursor is
* only move on an expclit entry to movement
* mode.
*/
if (state == State.NORMAL) {
moveCursor(-1);
}
consoleKeys.setKeyMap(KeyMap.VI_MOVE);
break;
case VI_INSERTION_MODE:
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case VI_APPEND_MODE:
moveCursor(1);
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case VI_APPEND_EOL:
success = moveToEnd();
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
/*
* Handler for CTRL-D. Attempts to follow readline
* behavior. If the line is empty, then it is an EOF
* otherwise it is as if the user hit enter.
*/
case VI_EOF_MAYBE:
if (buf.buffer.length() == 0) {
return null;
}
return accept();
case TRANSPOSE_CHARS:
success = transposeChars(count);
break;
case INSERT_COMMENT:
return insertComment (false);
case INSERT_CLOSE_CURLY:
insertClose("}");
break;
case INSERT_CLOSE_PAREN:
insertClose(")");
break;
case INSERT_CLOSE_SQUARE:
insertClose("]");
break;
case VI_INSERT_COMMENT:
return insertComment (true);
case VI_MATCH:
success = viMatch ();
break;
case VI_SEARCH:
int lastChar = viSearch(opBuffer.charAt(0));
if (lastChar != -1) {
pushBackChar.push((char)lastChar);
}
break;
case VI_ARG_DIGIT:
repeatCount = (repeatCount * 10) + opBuffer.charAt(0) - '0';
isArgDigit = true;
break;
case VI_BEGINNING_OF_LINE_OR_ARG_DIGIT:
if (repeatCount > 0) {
repeatCount = (repeatCount * 10) + opBuffer.charAt(0) - '0';
isArgDigit = true;
}
else {
success = setCursorPosition(0);
}
break;
case VI_FIRST_PRINT:
success = setCursorPosition(0) && viNextWord(1);
break;
case VI_PREV_WORD:
success = viPreviousWord(count);
break;
case VI_NEXT_WORD:
success = viNextWord(count);
break;
case VI_END_WORD:
success = viEndWord(count);
break;
case VI_INSERT_BEG:
success = setCursorPosition(0);
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case VI_RUBOUT:
success = viRubout(count);
break;
case VI_DELETE:
success = viDelete(count);
break;
case VI_DELETE_TO:
/*
* This is a weird special case. In vi
* "dd" deletes the current line. So if we
* get a delete-to, followed by a delete-to,
* we delete the line.
*/
if (state == State.VI_DELETE_TO) {
success = setCursorPosition(0) && killLine();
state = origState = State.NORMAL;
}
else {
state = State.VI_DELETE_TO;
}
break;
case VI_YANK_TO:
// Similar to delete-to, a "yy" yanks the whole line.
if (state == State.VI_YANK_TO) {
yankBuffer = buf.buffer.toString();
state = origState = State.NORMAL;
}
else {
state = State.VI_YANK_TO;
}
break;
case VI_CHANGE_TO:
if (state == State.VI_CHANGE_TO) {
success = setCursorPosition(0) && killLine();
state = origState = State.NORMAL;
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
}
else {
state = State.VI_CHANGE_TO;
}
break;
case VI_KILL_WHOLE_LINE:
success = setCursorPosition(0) && killLine();
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case VI_PUT:
success = viPut(count);
break;
case VI_CHAR_SEARCH: {
// ';' and ',' don't need another character. They indicate repeat next or repeat prev.
int searchChar = (c != ';' && c != ',')
? (pushBackChar.isEmpty()
? readCharacter()
: pushBackChar.pop ())
: 0;
success = viCharSearch(count, c, searchChar);
}
break;
case VI_CHANGE_CASE:
success = viChangeCase(count);
break;
case VI_CHANGE_CHAR:
success = viChangeChar(count,
pushBackChar.isEmpty()
? readCharacter()
: pushBackChar.pop());
break;
case VI_DELETE_TO_EOL:
success = viDeleteTo(buf.cursor, buf.buffer.length(), false);
break;
case VI_CHANGE_TO_EOL:
success = viDeleteTo(buf.cursor, buf.buffer.length(), true);
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case EMACS_EDITING_MODE:
consoleKeys.setKeyMap(KeyMap.EMACS);
break;
case QUIT:
getCursorBuffer().clear();
return accept();
case QUOTED_INSERT:
quotedInsert = true;
break;
case PASTE_FROM_CLIPBOARD:
paste();
break;
default:
break;
}
/*
* If we were in a yank-to, delete-to, move-to
* when this operation started, then fall back to
*/
if (origState != State.NORMAL) {
if (origState == State.VI_DELETE_TO) {
success = viDeleteTo(cursorStart, buf.cursor, false);
}
else if (origState == State.VI_CHANGE_TO) {
success = viDeleteTo(cursorStart, buf.cursor, true);
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
}
else if (origState == State.VI_YANK_TO) {
success = viYankTo(cursorStart, buf.cursor);
}
state = State.NORMAL;
}
/*
* Another subtly. The check for the NORMAL state is
* to ensure that we do not clear out the repeat
* count when in delete-to, yank-to, or move-to modes.
*/
if (state == State.NORMAL && !isArgDigit) {
/*
* If the operation performed wasn't a vi argument
* digit, then clear out the current repeatCount;
*/
repeatCount = 0;
}
if (state != State.SEARCH && state != State.FORWARD_SEARCH) {
originalBuffer = null;
previousSearchTerm = "";
searchTerm = null;
searchIndex = -1;
}
}
}
if (!success) {
beep();
}
opBuffer.setLength(0);
flush();
}
}
finally {
if (!terminal.isSupported()) {
afterReadLine();
}
if (handleUserInterrupt && (terminal instanceof UnixTerminal)) {
((UnixTerminal) terminal).enableInterruptCharacter();
}
}
} | public String readLine(String prompt, final Character mask, String buffer) throws IOException {
int repeatCount = 0;
this.mask = mask != null ? mask : this.echoCharacter;
if (prompt != null) {
setPrompt(prompt);
}
else {
prompt = getPrompt();
}
try {
if (buffer != null) {
buf.write(buffer);
}
if (!terminal.isSupported()) {
beforeReadLine(prompt, mask);
}
if (buffer != null && buffer.length() > 0
|| prompt != null && prompt.length() > 0) {
drawLine();
out.flush();
}
if (!terminal.isSupported()) {
return readLineSimple();
}
if (handleUserInterrupt && (terminal instanceof UnixTerminal)) {
((UnixTerminal) terminal).disableInterruptCharacter();
}
if (handleLitteralNext && (terminal instanceof UnixTerminal)) {
((UnixTerminal) terminal).disableLitteralNextCharacter();
}
String originalPrompt = this.prompt;
state = State.NORMAL;
boolean success = true;
pushBackChar.clear();
while (true) {
Object o = readBinding(getKeys());
if (o == null) {
return null;
}
int c = 0;
if (opBuffer.length() > 0) {
c = opBuffer.codePointBefore(opBuffer.length());
}
Log.trace("Binding: ", o);
if (o instanceof String) {
String macro = (String) o;
for (int i = 0; i < macro.length(); i++) {
pushBackChar.push(macro.charAt(macro.length() - 1 - i));
}
opBuffer.setLength(0);
continue;
}
if (o instanceof ActionListener) {
((ActionListener) o).actionPerformed(null);
opBuffer.setLength(0);
continue;
}
CursorBuffer oldBuf = new CursorBuffer();
oldBuf.buffer.append(buf.buffer);
oldBuf.cursor = buf.cursor;
if (state == State.SEARCH || state == State.FORWARD_SEARCH) {
int cursorDest = -1;
switch ( ((Operation) o )) {
case ABORT:
state = State.NORMAL;
buf.clear();
buf.write(originalBuffer.buffer);
buf.cursor = originalBuffer.cursor;
break;
case REVERSE_SEARCH_HISTORY:
state = State.SEARCH;
if (searchTerm.length() == 0) {
searchTerm.append(previousSearchTerm);
}
if (searchIndex > 0) {
searchIndex = searchBackwards(searchTerm.toString(), searchIndex);
}
break;
case FORWARD_SEARCH_HISTORY:
state = State.FORWARD_SEARCH;
if (searchTerm.length() == 0) {
searchTerm.append(previousSearchTerm);
}
if (searchIndex > -1 && searchIndex < history.size() - 1) {
searchIndex = searchForwards(searchTerm.toString(), searchIndex);
}
break;
case BACKWARD_DELETE_CHAR:
if (searchTerm.length() > 0) {
searchTerm.deleteCharAt(searchTerm.length() - 1);
if (state == State.SEARCH) {
searchIndex = searchBackwards(searchTerm.toString());
} else {
searchIndex = searchForwards(searchTerm.toString());
}
}
break;
case SELF_INSERT:
searchTerm.appendCodePoint(c);
if (state == State.SEARCH) {
searchIndex = searchBackwards(searchTerm.toString());
} else {
searchIndex = searchForwards(searchTerm.toString());
}
break;
default:
if (searchIndex != -1) {
history.moveTo(searchIndex);
cursorDest = history.current().toString().indexOf(searchTerm.toString());
}
if (o != Operation.ACCEPT_LINE) {
o = null;
}
state = State.NORMAL;
break;
}
if (state == State.SEARCH || state == State.FORWARD_SEARCH) {
if (searchTerm.length() == 0) {
if (state == State.SEARCH) {
printSearchStatus("", "");
} else {
printForwardSearchStatus("", "");
}
searchIndex = -1;
} else {
if (searchIndex == -1) {
beep();
printSearchStatus(searchTerm.toString(), "");
} else if (state == State.SEARCH) {
printSearchStatus(searchTerm.toString(), history.get(searchIndex).toString());
} else {
printForwardSearchStatus(searchTerm.toString(), history.get(searchIndex).toString());
}
}
}
else {
restoreLine(originalPrompt, cursorDest);
}
}
if (state != State.SEARCH && state != State.FORWARD_SEARCH) {
boolean isArgDigit = false;
int count = (repeatCount == 0) ? 1 : repeatCount;
success = true;
if (o instanceof Operation) {
Operation op = (Operation)o;
int cursorStart = buf.cursor;
State origState = state;
if (state == State.VI_CHANGE_TO
|| state == State.VI_YANK_TO
|| state == State.VI_DELETE_TO) {
op = viDeleteChangeYankToRemap(op);
}
switch ( op ) {
case COMPLETE:
boolean isTabLiteral = false;
if (copyPasteDetection
&& c == 9
&& (!pushBackChar.isEmpty()
|| (in.isNonBlockingEnabled() && in.peek(escapeTimeout) != -2))) {
isTabLiteral = true;
}
if (! isTabLiteral) {
success = complete();
}
else {
putString(opBuffer);
}
break;
case POSSIBLE_COMPLETIONS:
printCompletionCandidates();
break;
case BEGINNING_OF_LINE:
success = setCursorPosition(0);
break;
case YANK:
success = yank();
break;
case YANK_POP:
success = yankPop();
break;
case KILL_LINE:
success = killLine();
break;
case KILL_WHOLE_LINE:
success = setCursorPosition(0) && killLine();
break;
case CLEAR_SCREEN:
success = clearScreen();
redrawLine();
break;
case OVERWRITE_MODE:
buf.setOverTyping(!buf.isOverTyping());
break;
case SELF_INSERT:
putString(opBuffer);
break;
case ACCEPT_LINE:
return accept();
case ABORT:
if (searchTerm == null) {
abort();
}
break;
case INTERRUPT:
if (handleUserInterrupt) {
println();
flush();
String partialLine = buf.buffer.toString();
buf.clear();
history.moveToEnd();
throw new UserInterruptException(partialLine);
}
break;
case VI_MOVE_ACCEPT_LINE:
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
return accept();
case BACKWARD_WORD:
success = previousWord();
break;
case FORWARD_WORD:
success = nextWord();
break;
case PREVIOUS_HISTORY:
success = moveHistory(false);
break;
case VI_PREVIOUS_HISTORY:
success = moveHistory(false, count)
&& setCursorPosition(0);
break;
case NEXT_HISTORY:
success = moveHistory(true);
break;
case VI_NEXT_HISTORY:
success = moveHistory(true, count)
&& setCursorPosition(0);
break;
case BACKWARD_DELETE_CHAR:
success = backspace();
break;
case EXIT_OR_DELETE_CHAR:
if (buf.buffer.length() == 0) {
return null;
}
success = deleteCurrentCharacter();
break;
case DELETE_CHAR:
success = deleteCurrentCharacter();
break;
case BACKWARD_CHAR:
success = moveCursor(-(count)) != 0;
break;
case FORWARD_CHAR:
success = moveCursor(count) != 0;
break;
case UNIX_LINE_DISCARD:
success = resetLine();
break;
case UNIX_WORD_RUBOUT:
success = unixWordRubout(count);
break;
case BACKWARD_KILL_WORD:
success = deletePreviousWord();
break;
case KILL_WORD:
success = deleteNextWord();
break;
case BEGINNING_OF_HISTORY:
success = history.moveToFirst();
if (success) {
setBuffer(history.current());
}
break;
case END_OF_HISTORY:
success = history.moveToLast();
if (success) {
setBuffer(history.current());
}
break;
case HISTORY_SEARCH_BACKWARD:
searchTerm = new StringBuffer(buf.upToCursor());
searchIndex = searchBackwards(searchTerm.toString(), history.index(), true);
if (searchIndex == -1) {
beep();
} else {
success = history.moveTo(searchIndex);
if (success) {
setBufferKeepPos(history.current());
}
}
break;
case HISTORY_SEARCH_FORWARD:
searchTerm = new StringBuffer(buf.upToCursor());
int index = history.index() + 1;
if (index == history.size()) {
history.moveToEnd();
setBufferKeepPos(searchTerm.toString());
} else if (index < history.size()) {
searchIndex = searchForwards(searchTerm.toString(), index, true);
if (searchIndex == -1) {
beep();
} else {
success = history.moveTo(searchIndex);
if (success) {
setBufferKeepPos(history.current());
}
}
}
break;
case REVERSE_SEARCH_HISTORY:
originalBuffer = new CursorBuffer();
originalBuffer.write(buf.buffer);
originalBuffer.cursor = buf.cursor;
if (searchTerm != null) {
previousSearchTerm = searchTerm.toString();
}
searchTerm = new StringBuffer(buf.buffer);
state = State.SEARCH;
if (searchTerm.length() > 0) {
searchIndex = searchBackwards(searchTerm.toString());
if (searchIndex == -1) {
beep();
}
printSearchStatus(searchTerm.toString(),
searchIndex > -1 ? history.get(searchIndex).toString() : "");
} else {
searchIndex = -1;
printSearchStatus("", "");
}
break;
case FORWARD_SEARCH_HISTORY:
originalBuffer = new CursorBuffer();
originalBuffer.write(buf.buffer);
originalBuffer.cursor = buf.cursor;
if (searchTerm != null) {
previousSearchTerm = searchTerm.toString();
}
searchTerm = new StringBuffer(buf.buffer);
state = State.FORWARD_SEARCH;
if (searchTerm.length() > 0) {
searchIndex = searchForwards(searchTerm.toString());
if (searchIndex == -1) {
beep();
}
printForwardSearchStatus(searchTerm.toString(),
searchIndex > -1 ? history.get(searchIndex).toString() : "");
} else {
searchIndex = -1;
printForwardSearchStatus("", "");
}
break;
case CAPITALIZE_WORD:
success = capitalizeWord();
break;
case UPCASE_WORD:
success = upCaseWord();
break;
case DOWNCASE_WORD:
success = downCaseWord();
break;
case END_OF_LINE:
success = moveToEnd();
break;
case TAB_INSERT:
putString( "\t" );
break;
case RE_READ_INIT_FILE:
consoleKeys.loadKeys(appName, inputrcUrl);
break;
case START_KBD_MACRO:
recording = true;
break;
case END_KBD_MACRO:
recording = false;
macro = macro.substring(0, macro.length() - opBuffer.length());
break;
case CALL_LAST_KBD_MACRO:
for (int i = 0; i < macro.length(); i++) {
pushBackChar.push(macro.charAt(macro.length() - 1 - i));
}
opBuffer.setLength(0);
break;
case VI_EDITING_MODE:
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case VI_MOVEMENT_MODE:
if (state == State.NORMAL) {
moveCursor(-1);
}
consoleKeys.setKeyMap(KeyMap.VI_MOVE);
break;
case VI_INSERTION_MODE:
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case VI_APPEND_MODE:
moveCursor(1);
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case VI_APPEND_EOL:
success = moveToEnd();
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case VI_EOF_MAYBE:
if (buf.buffer.length() == 0) {
return null;
}
return accept();
case TRANSPOSE_CHARS:
success = transposeChars(count);
break;
case INSERT_COMMENT:
return insertComment (false);
case INSERT_CLOSE_CURLY:
insertClose("}");
break;
case INSERT_CLOSE_PAREN:
insertClose(")");
break;
case INSERT_CLOSE_SQUARE:
insertClose("]");
break;
case VI_INSERT_COMMENT:
return insertComment (true);
case VI_MATCH:
success = viMatch ();
break;
case VI_SEARCH:
int lastChar = viSearch(opBuffer.charAt(0));
if (lastChar != -1) {
pushBackChar.push((char)lastChar);
}
break;
case VI_ARG_DIGIT:
repeatCount = (repeatCount * 10) + opBuffer.charAt(0) - '0';
isArgDigit = true;
break;
case VI_BEGINNING_OF_LINE_OR_ARG_DIGIT:
if (repeatCount > 0) {
repeatCount = (repeatCount * 10) + opBuffer.charAt(0) - '0';
isArgDigit = true;
}
else {
success = setCursorPosition(0);
}
break;
case VI_FIRST_PRINT:
success = setCursorPosition(0) && viNextWord(1);
break;
case VI_PREV_WORD:
success = viPreviousWord(count);
break;
case VI_NEXT_WORD:
success = viNextWord(count);
break;
case VI_END_WORD:
success = viEndWord(count);
break;
case VI_INSERT_BEG:
success = setCursorPosition(0);
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case VI_RUBOUT:
success = viRubout(count);
break;
case VI_DELETE:
success = viDelete(count);
break;
case VI_DELETE_TO:
if (state == State.VI_DELETE_TO) {
success = setCursorPosition(0) && killLine();
state = origState = State.NORMAL;
}
else {
state = State.VI_DELETE_TO;
}
break;
case VI_YANK_TO:
if (state == State.VI_YANK_TO) {
yankBuffer = buf.buffer.toString();
state = origState = State.NORMAL;
}
else {
state = State.VI_YANK_TO;
}
break;
case VI_CHANGE_TO:
if (state == State.VI_CHANGE_TO) {
success = setCursorPosition(0) && killLine();
state = origState = State.NORMAL;
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
}
else {
state = State.VI_CHANGE_TO;
}
break;
case VI_KILL_WHOLE_LINE:
success = setCursorPosition(0) && killLine();
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case VI_PUT:
success = viPut(count);
break;
case VI_CHAR_SEARCH: {
int searchChar = (c != ';' && c != ',')
? (pushBackChar.isEmpty()
? readCharacter()
: pushBackChar.pop ())
: 0;
success = viCharSearch(count, c, searchChar);
}
break;
case VI_CHANGE_CASE:
success = viChangeCase(count);
break;
case VI_CHANGE_CHAR:
success = viChangeChar(count,
pushBackChar.isEmpty()
? readCharacter()
: pushBackChar.pop());
break;
case VI_DELETE_TO_EOL:
success = viDeleteTo(buf.cursor, buf.buffer.length(), false);
break;
case VI_CHANGE_TO_EOL:
success = viDeleteTo(buf.cursor, buf.buffer.length(), true);
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
break;
case EMACS_EDITING_MODE:
consoleKeys.setKeyMap(KeyMap.EMACS);
break;
case QUIT:
getCursorBuffer().clear();
return accept();
case QUOTED_INSERT:
quotedInsert = true;
break;
case PASTE_FROM_CLIPBOARD:
paste();
break;
default:
break;
}
if (origState != State.NORMAL) {
if (origState == State.VI_DELETE_TO) {
success = viDeleteTo(cursorStart, buf.cursor, false);
}
else if (origState == State.VI_CHANGE_TO) {
success = viDeleteTo(cursorStart, buf.cursor, true);
consoleKeys.setKeyMap(KeyMap.VI_INSERT);
}
else if (origState == State.VI_YANK_TO) {
success = viYankTo(cursorStart, buf.cursor);
}
state = State.NORMAL;
}
if (state == State.NORMAL && !isArgDigit) {
repeatCount = 0;
}
if (state != State.SEARCH && state != State.FORWARD_SEARCH) {
originalBuffer = null;
previousSearchTerm = "";
searchTerm = null;
searchIndex = -1;
}
}
}
if (!success) {
beep();
}
opBuffer.setLength(0);
flush();
}
}
finally {
if (!terminal.isSupported()) {
afterReadLine();
}
if (handleUserInterrupt && (terminal instanceof UnixTerminal)) {
((UnixTerminal) terminal).enableInterruptCharacter();
}
}
} | public string readline(string prompt, final character mask, string buffer) throws ioexception { int repeatcount = 0; this.mask = mask != null ? mask : this.echocharacter; if (prompt != null) { setprompt(prompt); } else { prompt = getprompt(); } try { if (buffer != null) { buf.write(buffer); } if (!terminal.issupported()) { beforereadline(prompt, mask); } if (buffer != null && buffer.length() > 0 || prompt != null && prompt.length() > 0) { drawline(); out.flush(); } if (!terminal.issupported()) { return readlinesimple(); } if (handleuserinterrupt && (terminal instanceof unixterminal)) { ((unixterminal) terminal).disableinterruptcharacter(); } if (handlelitteralnext && (terminal instanceof unixterminal)) { ((unixterminal) terminal).disablelitteralnextcharacter(); } string originalprompt = this.prompt; state = state.normal; boolean success = true; pushbackchar.clear(); while (true) { object o = readbinding(getkeys()); if (o == null) { return null; } int c = 0; if (opbuffer.length() > 0) { c = opbuffer.codepointbefore(opbuffer.length()); } log.trace("binding: ", o); if (o instanceof string) { string macro = (string) o; for (int i = 0; i < macro.length(); i++) { pushbackchar.push(macro.charat(macro.length() - 1 - i)); } opbuffer.setlength(0); continue; } if (o instanceof actionlistener) { ((actionlistener) o).actionperformed(null); opbuffer.setlength(0); continue; } cursorbuffer oldbuf = new cursorbuffer(); oldbuf.buffer.append(buf.buffer); oldbuf.cursor = buf.cursor; if (state == state.search || state == state.forward_search) { int cursordest = -1; switch ( ((operation) o )) { case abort: state = state.normal; buf.clear(); buf.write(originalbuffer.buffer); buf.cursor = originalbuffer.cursor; break; case reverse_search_history: state = state.search; if (searchterm.length() == 0) { searchterm.append(previoussearchterm); } if (searchindex > 0) { searchindex = searchbackwards(searchterm.tostring(), searchindex); } break; case forward_search_history: state = state.forward_search; if (searchterm.length() == 0) { searchterm.append(previoussearchterm); } if (searchindex > -1 && searchindex < history.size() - 1) { searchindex = searchforwards(searchterm.tostring(), searchindex); } break; case backward_delete_char: if (searchterm.length() > 0) { searchterm.deletecharat(searchterm.length() - 1); if (state == state.search) { searchindex = searchbackwards(searchterm.tostring()); } else { searchindex = searchforwards(searchterm.tostring()); } } break; case self_insert: searchterm.appendcodepoint(c); if (state == state.search) { searchindex = searchbackwards(searchterm.tostring()); } else { searchindex = searchforwards(searchterm.tostring()); } break; default: if (searchindex != -1) { history.moveto(searchindex); cursordest = history.current().tostring().indexof(searchterm.tostring()); } if (o != operation.accept_line) { o = null; } state = state.normal; break; } if (state == state.search || state == state.forward_search) { if (searchterm.length() == 0) { if (state == state.search) { printsearchstatus("", ""); } else { printforwardsearchstatus("", ""); } searchindex = -1; } else { if (searchindex == -1) { beep(); printsearchstatus(searchterm.tostring(), ""); } else if (state == state.search) { printsearchstatus(searchterm.tostring(), history.get(searchindex).tostring()); } else { printforwardsearchstatus(searchterm.tostring(), history.get(searchindex).tostring()); } } } else { restoreline(originalprompt, cursordest); } } if (state != state.search && state != state.forward_search) { boolean isargdigit = false; int count = (repeatcount == 0) ? 1 : repeatcount; success = true; if (o instanceof operation) { operation op = (operation)o; int cursorstart = buf.cursor; state origstate = state; if (state == state.vi_change_to || state == state.vi_yank_to || state == state.vi_delete_to) { op = videletechangeyanktoremap(op); } switch ( op ) { case complete: boolean istabliteral = false; if (copypastedetection && c == 9 && (!pushbackchar.isempty() || (in.isnonblockingenabled() && in.peek(escapetimeout) != -2))) { istabliteral = true; } if (! istabliteral) { success = complete(); } else { putstring(opbuffer); } break; case possible_completions: printcompletioncandidates(); break; case beginning_of_line: success = setcursorposition(0); break; case yank: success = yank(); break; case yank_pop: success = yankpop(); break; case kill_line: success = killline(); break; case kill_whole_line: success = setcursorposition(0) && killline(); break; case clear_screen: success = clearscreen(); redrawline(); break; case overwrite_mode: buf.setovertyping(!buf.isovertyping()); break; case self_insert: putstring(opbuffer); break; case accept_line: return accept(); case abort: if (searchterm == null) { abort(); } break; case interrupt: if (handleuserinterrupt) { println(); flush(); string partialline = buf.buffer.tostring(); buf.clear(); history.movetoend(); throw new userinterruptexception(partialline); } break; case vi_move_accept_line: consolekeys.setkeymap(keymap.vi_insert); return accept(); case backward_word: success = previousword(); break; case forward_word: success = nextword(); break; case previous_history: success = movehistory(false); break; case vi_previous_history: success = movehistory(false, count) && setcursorposition(0); break; case next_history: success = movehistory(true); break; case vi_next_history: success = movehistory(true, count) && setcursorposition(0); break; case backward_delete_char: success = backspace(); break; case exit_or_delete_char: if (buf.buffer.length() == 0) { return null; } success = deletecurrentcharacter(); break; case delete_char: success = deletecurrentcharacter(); break; case backward_char: success = movecursor(-(count)) != 0; break; case forward_char: success = movecursor(count) != 0; break; case unix_line_discard: success = resetline(); break; case unix_word_rubout: success = unixwordrubout(count); break; case backward_kill_word: success = deletepreviousword(); break; case kill_word: success = deletenextword(); break; case beginning_of_history: success = history.movetofirst(); if (success) { setbuffer(history.current()); } break; case end_of_history: success = history.movetolast(); if (success) { setbuffer(history.current()); } break; case history_search_backward: searchterm = new stringbuffer(buf.uptocursor()); searchindex = searchbackwards(searchterm.tostring(), history.index(), true); if (searchindex == -1) { beep(); } else { success = history.moveto(searchindex); if (success) { setbufferkeeppos(history.current()); } } break; case history_search_forward: searchterm = new stringbuffer(buf.uptocursor()); int index = history.index() + 1; if (index == history.size()) { history.movetoend(); setbufferkeeppos(searchterm.tostring()); } else if (index < history.size()) { searchindex = searchforwards(searchterm.tostring(), index, true); if (searchindex == -1) { beep(); } else { success = history.moveto(searchindex); if (success) { setbufferkeeppos(history.current()); } } } break; case reverse_search_history: originalbuffer = new cursorbuffer(); originalbuffer.write(buf.buffer); originalbuffer.cursor = buf.cursor; if (searchterm != null) { previoussearchterm = searchterm.tostring(); } searchterm = new stringbuffer(buf.buffer); state = state.search; if (searchterm.length() > 0) { searchindex = searchbackwards(searchterm.tostring()); if (searchindex == -1) { beep(); } printsearchstatus(searchterm.tostring(), searchindex > -1 ? history.get(searchindex).tostring() : ""); } else { searchindex = -1; printsearchstatus("", ""); } break; case forward_search_history: originalbuffer = new cursorbuffer(); originalbuffer.write(buf.buffer); originalbuffer.cursor = buf.cursor; if (searchterm != null) { previoussearchterm = searchterm.tostring(); } searchterm = new stringbuffer(buf.buffer); state = state.forward_search; if (searchterm.length() > 0) { searchindex = searchforwards(searchterm.tostring()); if (searchindex == -1) { beep(); } printforwardsearchstatus(searchterm.tostring(), searchindex > -1 ? history.get(searchindex).tostring() : ""); } else { searchindex = -1; printforwardsearchstatus("", ""); } break; case capitalize_word: success = capitalizeword(); break; case upcase_word: success = upcaseword(); break; case downcase_word: success = downcaseword(); break; case end_of_line: success = movetoend(); break; case tab_insert: putstring( "\t" ); break; case re_read_init_file: consolekeys.loadkeys(appname, inputrcurl); break; case start_kbd_macro: recording = true; break; case end_kbd_macro: recording = false; macro = macro.substring(0, macro.length() - opbuffer.length()); break; case call_last_kbd_macro: for (int i = 0; i < macro.length(); i++) { pushbackchar.push(macro.charat(macro.length() - 1 - i)); } opbuffer.setlength(0); break; case vi_editing_mode: consolekeys.setkeymap(keymap.vi_insert); break; case vi_movement_mode: if (state == state.normal) { movecursor(-1); } consolekeys.setkeymap(keymap.vi_move); break; case vi_insertion_mode: consolekeys.setkeymap(keymap.vi_insert); break; case vi_append_mode: movecursor(1); consolekeys.setkeymap(keymap.vi_insert); break; case vi_append_eol: success = movetoend(); consolekeys.setkeymap(keymap.vi_insert); break; case vi_eof_maybe: if (buf.buffer.length() == 0) { return null; } return accept(); case transpose_chars: success = transposechars(count); break; case insert_comment: return insertcomment (false); case insert_close_curly: insertclose("}"); break; case insert_close_paren: insertclose(")"); break; case insert_close_square: insertclose("]"); break; case vi_insert_comment: return insertcomment (true); case vi_match: success = vimatch (); break; case vi_search: int lastchar = visearch(opbuffer.charat(0)); if (lastchar != -1) { pushbackchar.push((char)lastchar); } break; case vi_arg_digit: repeatcount = (repeatcount * 10) + opbuffer.charat(0) - '0'; isargdigit = true; break; case vi_beginning_of_line_or_arg_digit: if (repeatcount > 0) { repeatcount = (repeatcount * 10) + opbuffer.charat(0) - '0'; isargdigit = true; } else { success = setcursorposition(0); } break; case vi_first_print: success = setcursorposition(0) && vinextword(1); break; case vi_prev_word: success = vipreviousword(count); break; case vi_next_word: success = vinextword(count); break; case vi_end_word: success = viendword(count); break; case vi_insert_beg: success = setcursorposition(0); consolekeys.setkeymap(keymap.vi_insert); break; case vi_rubout: success = virubout(count); break; case vi_delete: success = videlete(count); break; case vi_delete_to: if (state == state.vi_delete_to) { success = setcursorposition(0) && killline(); state = origstate = state.normal; } else { state = state.vi_delete_to; } break; case vi_yank_to: if (state == state.vi_yank_to) { yankbuffer = buf.buffer.tostring(); state = origstate = state.normal; } else { state = state.vi_yank_to; } break; case vi_change_to: if (state == state.vi_change_to) { success = setcursorposition(0) && killline(); state = origstate = state.normal; consolekeys.setkeymap(keymap.vi_insert); } else { state = state.vi_change_to; } break; case vi_kill_whole_line: success = setcursorposition(0) && killline(); consolekeys.setkeymap(keymap.vi_insert); break; case vi_put: success = viput(count); break; case vi_char_search: { int searchchar = (c != ';' && c != ',') ? (pushbackchar.isempty() ? readcharacter() : pushbackchar.pop ()) : 0; success = vicharsearch(count, c, searchchar); } break; case vi_change_case: success = vichangecase(count); break; case vi_change_char: success = vichangechar(count, pushbackchar.isempty() ? readcharacter() : pushbackchar.pop()); break; case vi_delete_to_eol: success = videleteto(buf.cursor, buf.buffer.length(), false); break; case vi_change_to_eol: success = videleteto(buf.cursor, buf.buffer.length(), true); consolekeys.setkeymap(keymap.vi_insert); break; case emacs_editing_mode: consolekeys.setkeymap(keymap.emacs); break; case quit: getcursorbuffer().clear(); return accept(); case quoted_insert: quotedinsert = true; break; case paste_from_clipboard: paste(); break; default: break; } if (origstate != state.normal) { if (origstate == state.vi_delete_to) { success = videleteto(cursorstart, buf.cursor, false); } else if (origstate == state.vi_change_to) { success = videleteto(cursorstart, buf.cursor, true); consolekeys.setkeymap(keymap.vi_insert); } else if (origstate == state.vi_yank_to) { success = viyankto(cursorstart, buf.cursor); } state = state.normal; } if (state == state.normal && !isargdigit) { repeatcount = 0; } if (state != state.search && state != state.forward_search) { originalbuffer = null; previoussearchterm = ""; searchterm = null; searchindex = -1; } } } if (!success) { beep(); } opbuffer.setlength(0); flush(); } } finally { if (!terminal.issupported()) { afterreadline(); } if (handleuserinterrupt && (terminal instanceof unixterminal)) { ((unixterminal) terminal).enableinterruptcharacter(); } } } | boris-gelman/jline2 | [
0,
1,
1,
0
] |
10,081 | public int undo()
{
if (turn == 1)
{
return 0;
}
// Restore game history (pop current moves frame and reset selected move):
moves_frame = moves[moves_frame + 1];
final var move = moves[moves_frame + 2];// TODO: fix when moves_selected contains index not move
moves[moves_frame + 2] = 0;
// Restore cached current game situation (figure constellation, king positions,
// castlings, active player and turn number):
final var x = Move.x(move);
final var y = Move.y(move);
final var X = Move.X(move);
final var Y = Move.Y(move);
final var figure_moved = Move.figure_moved(move);
final var figure_destination = Move.figure_destination(move);
board[x][y] = figure_moved;
board[X][Y] = figure_destination;
if (figure_moved.is_king())
{
if (player)
{
king_x_b = x;
king_y_b = y;
}
else
{
king_x_w = x;
king_y_w = y;
}
if (X == x - 2)
{ // Castling left:
board[0][Y] = board[3][Y];
board[3][Y] = null;
if (figure_moved.owner)
{
castling_done_w = false;
}
else
{
castling_done_b = false;
}
}
else if (X == x + 2)
{ // Castling right:
board[7][Y] = board[5][Y];
board[5][Y] = null;
if (figure_moved.owner)
{
castling_done_w = false;
}
else
{
castling_done_b = false;
}
}
}
else if (figure_moved.is_pawn() && X != x && figure_destination == null)
{ // Undo en passant capture:
board[X][y] = Figure.pawn(!figure_moved.owner);
}
castlings_allowed ^= Move.castling_changes(move);
player = !player;
turn--;
return move;
} | public int undo()
{
if (turn == 1)
{
return 0;
}
moves_frame = moves[moves_frame + 1];
final var move = moves[moves_frame + 2]
moves[moves_frame + 2] = 0;
final var x = Move.x(move);
final var y = Move.y(move);
final var X = Move.X(move);
final var Y = Move.Y(move);
final var figure_moved = Move.figure_moved(move);
final var figure_destination = Move.figure_destination(move);
board[x][y] = figure_moved;
board[X][Y] = figure_destination;
if (figure_moved.is_king())
{
if (player)
{
king_x_b = x;
king_y_b = y;
}
else
{
king_x_w = x;
king_y_w = y;
}
if (X == x - 2)
{
board[0][Y] = board[3][Y];
board[3][Y] = null;
if (figure_moved.owner)
{
castling_done_w = false;
}
else
{
castling_done_b = false;
}
}
else if (X == x + 2)
{
board[7][Y] = board[5][Y];
board[5][Y] = null;
if (figure_moved.owner)
{
castling_done_w = false;
}
else
{
castling_done_b = false;
}
}
}
else if (figure_moved.is_pawn() && X != x && figure_destination == null)
{
board[X][y] = Figure.pawn(!figure_moved.owner);
}
castlings_allowed ^= Move.castling_changes(move);
player = !player;
turn--;
return move;
} | public int undo() { if (turn == 1) { return 0; } moves_frame = moves[moves_frame + 1]; final var move = moves[moves_frame + 2] moves[moves_frame + 2] = 0; final var x = move.x(move); final var y = move.y(move); final var x = move.x(move); final var y = move.y(move); final var figure_moved = move.figure_moved(move); final var figure_destination = move.figure_destination(move); board[x][y] = figure_moved; board[x][y] = figure_destination; if (figure_moved.is_king()) { if (player) { king_x_b = x; king_y_b = y; } else { king_x_w = x; king_y_w = y; } if (x == x - 2) { board[0][y] = board[3][y]; board[3][y] = null; if (figure_moved.owner) { castling_done_w = false; } else { castling_done_b = false; } } else if (x == x + 2) { board[7][y] = board[5][y]; board[5][y] = null; if (figure_moved.owner) { castling_done_w = false; } else { castling_done_b = false; } } } else if (figure_moved.is_pawn() && x != x && figure_destination == null) { board[x][y] = figure.pawn(!figure_moved.owner); } castlings_allowed ^= move.castling_changes(move); player = !player; turn--; return move; } | christoff-buerger/pmChess | [
1,
0,
0,
0
] |
34,697 | public static void SyncMonitorDataValidation(WebDriver driver, String emplid, String contenttype, String content, TestParameters testParameters, String direction)
throws InterruptedException {
driver.get(testParameters.mURLMyInsead+testParameters.msyncMonitor);
Assert.assertEquals(driver.getTitle(), "MyINSEAD - Sync Monitor");
int lastindex = -1;
boolean emplidfound = false;
boolean dataprocessed = false;
for (int i = 1; i <= 25; i++) {
System.out.println("\nIteration no.: " + i);
WebElement key = driver.findElement(By.xpath("(//tbody/tr[" + i + "]/td)[5]"));
String keydata = key.getText();
System.out.println(keydata);
boolean result = keydata.contains("Key: " + emplid);
String actualDirection = driver.findElement(By.xpath("//*[@id='tblResult']/tbody/tr["+i+"]/td[3]")).getText().trim();
Thread.sleep(5000);
if (result == true && actualDirection.equals(direction)) { // Validate if emplid is in the key
emplidfound = true;
String status = driver.findElement(By.xpath("(//tbody/tr[" + i + "]/td)[2]")).getText();
System.out.println(status);
boolean statusresult = status.equals("PROCESSED");
String dataID = driver.findElement(By.xpath("(//tbody/tr["+i+"]/td)[1]")).getText();//TODO get the data id
System.out.println(dataID);
//Validation if Data is processed
if (statusresult == true) {// Validate if processed
System.out.println("Data PROCESSED");
dataprocessed = true;
lastindex = i;
break;
} else {
System.out.println("Data Not Yet Processed");
int count = 20;
String dataIDafterrefresh = driver.findElement(By.xpath("(//tbody/tr["+i+"]/td)[1]")).getText();//TODO to remove
boolean correctdataid = dataID.equals(dataIDafterrefresh);//TODO to remove
System.out.println(correctdataid);//TODO to remove
while (count != 0 && statusresult == false) {// Loop for
// processed
if(correctdataid==true){
System.out.println("Status check: " + status);
System.out.println(count);
driver.navigate().refresh();
Thread.sleep(15000);
status = driver.findElement(By.xpath("(//tbody/tr[" + i + "]/td)[2]")).getText();
statusresult = status.equals("PROCESSED");
count--;
}else
{
//TODO GO BACK TO CHECK EMPLID
}
}
if(statusresult==true)
{
lastindex = i;
dataprocessed = true;
break;
}
}
break;
} else {
System.out.println("Checking next data");
}
}
if(!emplidfound)
{
System.out.println("No data in Sync Monitor");
Assert.assertTrue(emplidfound);
}
if(dataprocessed)
{
Thread.sleep(3000);
WebElement button = driver.findElement(By.xpath("(//tbody/tr[" + lastindex + "]/td)[1]/button"));
// Get data content
String dataBlock = button.getAttribute("data-content").replaceAll("\\s+", "");
// Validate that content was correct
boolean contenttypefound = dataBlock.contains(contenttype);
boolean contentfound = dataBlock.contains(content);
Assert.assertEquals(true, contenttypefound);
Assert.assertEquals(true, contentfound);
}else{
System.out.println("Data was not processed in sync monitor");
Assert.assertTrue(dataprocessed);
}
} | public static void SyncMonitorDataValidation(WebDriver driver, String emplid, String contenttype, String content, TestParameters testParameters, String direction)
throws InterruptedException {
driver.get(testParameters.mURLMyInsead+testParameters.msyncMonitor);
Assert.assertEquals(driver.getTitle(), "MyINSEAD - Sync Monitor");
int lastindex = -1;
boolean emplidfound = false;
boolean dataprocessed = false;
for (int i = 1; i <= 25; i++) {
System.out.println("\nIteration no.: " + i);
WebElement key = driver.findElement(By.xpath("(//tbody/tr[" + i + "]/td)[5]"));
String keydata = key.getText();
System.out.println(keydata);
boolean result = keydata.contains("Key: " + emplid);
String actualDirection = driver.findElement(By.xpath("//*[@id='tblResult']/tbody/tr["+i+"]/td[3]")).getText().trim();
Thread.sleep(5000);
if (result == true && actualDirection.equals(direction)) {
emplidfound = true;
String status = driver.findElement(By.xpath("(//tbody/tr[" + i + "]/td)[2]")).getText();
System.out.println(status);
boolean statusresult = status.equals("PROCESSED");
String dataID = driver.findElement(By.xpath("(//tbody/tr["+i+"]/td)[1]")).getText()
System.out.println(dataID);
if (statusresult == true)
System.out.println("Data PROCESSED");
dataprocessed = true;
lastindex = i;
break;
} else {
System.out.println("Data Not Yet Processed");
int count = 20;
String dataIDafterrefresh = driver.findElement(By.xpath("(//tbody/tr["+i+"]/td)[1]")).getText()
boolean correctdataid = dataID.equals(dataIDafterrefresh)
System.out.println(correctdataid)
while (count != 0 && statusresult == false)
if(correctdataid==true){
System.out.println("Status check: " + status);
System.out.println(count);
driver.navigate().refresh();
Thread.sleep(15000);
status = driver.findElement(By.xpath("(//tbody/tr[" + i + "]/td)[2]")).getText();
statusresult = status.equals("PROCESSED");
count--;
}else
{
}
}
if(statusresult==true)
{
lastindex = i;
dataprocessed = true;
break;
}
}
break;
} else {
System.out.println("Checking next data");
}
}
if(!emplidfound)
{
System.out.println("No data in Sync Monitor");
Assert.assertTrue(emplidfound);
}
if(dataprocessed)
{
Thread.sleep(3000);
WebElement button = driver.findElement(By.xpath("(//tbody/tr[" + lastindex + "]/td)[1]/button"));
String dataBlock = button.getAttribute("data-content").replaceAll("\\s+", "");
boolean contenttypefound = dataBlock.contains(contenttype);
boolean contentfound = dataBlock.contains(content);
Assert.assertEquals(true, contenttypefound);
Assert.assertEquals(true, contentfound);
}else{
System.out.println("Data was not processed in sync monitor");
Assert.assertTrue(dataprocessed);
}
} | public static void syncmonitordatavalidation(webdriver driver, string emplid, string contenttype, string content, testparameters testparameters, string direction) throws interruptedexception { driver.get(testparameters.murlmyinsead+testparameters.msyncmonitor); assert.assertequals(driver.gettitle(), "myinsead - sync monitor"); int lastindex = -1; boolean emplidfound = false; boolean dataprocessed = false; for (int i = 1; i <= 25; i++) { system.out.println("\niteration no.: " + i); webelement key = driver.findelement(by.xpath("(//tbody/tr[" + i + "]/td)[5]")); string keydata = key.gettext(); system.out.println(keydata); boolean result = keydata.contains("key: " + emplid); string actualdirection = driver.findelement(by.xpath("//*[@id='tblresult']/tbody/tr["+i+"]/td[3]")).gettext().trim(); thread.sleep(5000); if (result == true && actualdirection.equals(direction)) { emplidfound = true; string status = driver.findelement(by.xpath("(//tbody/tr[" + i + "]/td)[2]")).gettext(); system.out.println(status); boolean statusresult = status.equals("processed"); string dataid = driver.findelement(by.xpath("(//tbody/tr["+i+"]/td)[1]")).gettext() system.out.println(dataid); if (statusresult == true) system.out.println("data processed"); dataprocessed = true; lastindex = i; break; } else { system.out.println("data not yet processed"); int count = 20; string dataidafterrefresh = driver.findelement(by.xpath("(//tbody/tr["+i+"]/td)[1]")).gettext() boolean correctdataid = dataid.equals(dataidafterrefresh) system.out.println(correctdataid) while (count != 0 && statusresult == false) if(correctdataid==true){ system.out.println("status check: " + status); system.out.println(count); driver.navigate().refresh(); thread.sleep(15000); status = driver.findelement(by.xpath("(//tbody/tr[" + i + "]/td)[2]")).gettext(); statusresult = status.equals("processed"); count--; }else { } } if(statusresult==true) { lastindex = i; dataprocessed = true; break; } } break; } else { system.out.println("checking next data"); } } if(!emplidfound) { system.out.println("no data in sync monitor"); assert.asserttrue(emplidfound); } if(dataprocessed) { thread.sleep(3000); webelement button = driver.findelement(by.xpath("(//tbody/tr[" + lastindex + "]/td)[1]/button")); string datablock = button.getattribute("data-content").replaceall("\\s+", ""); boolean contenttypefound = datablock.contains(contenttype); boolean contentfound = datablock.contains(content); assert.assertequals(true, contenttypefound); assert.assertequals(true, contentfound); }else{ system.out.println("data was not processed in sync monitor"); assert.asserttrue(dataprocessed); } } | aurelienartus/testproject | [
1,
0,
0,
0
] |
1,954 | public static String updatePublishLinks(HttpServletRequest request, HttpServletResponse response) {
HttpSession session = request.getSession();
Security security = (Security)request.getAttribute("security");
GenericValue userLogin = (GenericValue)session.getAttribute("userLogin");
ServletContext servletContext = session.getServletContext();
String webSiteId = WebSiteWorker.getWebSiteId(request);
Delegator delegator = (Delegator)request.getAttribute("delegator");
LocalDispatcher dispatcher = (LocalDispatcher)request.getAttribute("dispatcher");
Map<String, Object> paramMap = UtilHttp.getParameterMap(request);
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, paramMap:" + paramMap , module);
String targContentId = (String)paramMap.get("contentId"); // The content to be linked to one or more sites
String roles = null;
String authorId = null;
GenericValue authorContent = ContentManagementWorker.getAuthorContent(delegator, targContentId);
if (authorContent != null) {
authorId = authorContent.getString("contentId");
} else {
request.setAttribute("_ERROR_MESSAGE_", "authorContent is empty.");
return "error";
}
// Determine if user is owner of target content
String userLoginId = userLogin.getString("userLoginId");
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, userLoginId:" + userLoginId + " authorId:" + authorId , module);
List<String> roleTypeList = null;
if (authorId != null && userLoginId != null && authorId.equals(userLoginId)) {
roles = "OWNER";
roleTypeList = StringUtil.split(roles, "|");
}
List<String> targetOperationList = UtilMisc.<String>toList("CONTENT_PUBLISH");
List<String> contentPurposeList = null; //UtilMisc.toList("ARTICLE");
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, roles:" + roles +" roleTypeList:" + roleTypeList , module);
String permittedAction = (String)paramMap.get("permittedAction"); // The content to be linked to one or more sites
String permittedOperations = (String)paramMap.get("permittedOperations"); // The content to be linked to one or more sites
if (UtilValidate.isEmpty(targContentId)) {
request.setAttribute("_ERROR_MESSAGE_", "targContentId is empty.");
return "error";
}
// Get all the subSites that the user is permitted to link to
List<Object []> origPublishedLinkList = null;
try {
// TODO: this needs to be given author userLogin
EntityQuery.use(delegator).from("UserLogin").where("userLoginId", authorId).cache().queryOne();
origPublishedLinkList = ContentManagementWorker.getPublishedLinks(delegator, targContentId, webSiteId, userLogin, security, permittedAction, permittedOperations, roles);
} catch (GenericEntityException e) {
request.setAttribute("_ERROR_MESSAGE_", e.getMessage());
return "error";
} catch (GeneralException e2) {
request.setAttribute("_ERROR_MESSAGE_", e2.getMessage());
return "error";
}
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, origPublishedLinkList:" + origPublishedLinkList , module);
// make a map of the values that are passed in using the top subSite as the key.
// Content can only be linked to one subsite under a top site (ends with "_MASTER")
Map<String, String> siteIdLookup = new HashMap<String, String>();
for (String param : paramMap.keySet()) {
int pos = param.indexOf("select_");
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, param:" + param + " pos:" + pos , module);
if (pos >= 0) {
String siteId = param.substring(7);
String subSiteVal = (String)paramMap.get(param);
siteIdLookup.put(siteId, subSiteVal);
}
}
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, siteIdLookup:" + siteIdLookup , module);
// Loop thru all the possible subsites
Timestamp nowTimestamp = UtilDateTime.nowTimestamp();
// int counter = 0;
String responseMessage = null;
String errorMessage = null;
// String permissionMessage = null;
boolean statusIdUpdated = false;
Map<String, Object> results = null;
for (Object [] arr : origPublishedLinkList) {
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, arr:" + Arrays.asList(arr) , module);
String contentId = (String)arr[0]; // main (2nd level) site id
String origSubContentId = null;
List<Object []> origSubList = UtilGenerics.checkList(arr[1]);
// Timestamp topFromDate = (Timestamp)arr[3];
Timestamp origFromDate = null;
for (Object [] pubArr : origSubList) {
// see if a link already exists by looking for non-null fromDate
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, pubArr:" + Arrays.asList(pubArr) , module);
Timestamp fromDate = (Timestamp)pubArr[2];
origSubContentId = null;
if (fromDate != null) {
origSubContentId = (String)pubArr[0];
origFromDate = fromDate;
break;
}
}
String currentSubContentId = siteIdLookup.get(contentId);
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, currentSubContentId:" + currentSubContentId , module);
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, origSubContentId:" + origSubContentId , module);
try {
if (UtilValidate.isNotEmpty(currentSubContentId)) {
if (!currentSubContentId.equals(origSubContentId)) {
// disable existing link
if (UtilValidate.isNotEmpty(origSubContentId) && origFromDate != null) {
List<GenericValue> oldActiveValues = EntityQuery.use(delegator).from("ContentAssoc")
.where("contentId", targContentId,
"contentIdTo", origSubContentId,
"contentAssocTypeId", "PUBLISH_LINK",
"thruDate", null)
.queryList();
for (GenericValue cAssoc : oldActiveValues) {
cAssoc.set("thruDate", nowTimestamp);
cAssoc.store();
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, deactivating:" + cAssoc , module);
}
}
// create new link
Map<String, Object> serviceIn = new HashMap<String, Object>();
serviceIn.put("userLogin", userLogin);
serviceIn.put("contentId", targContentId);
serviceIn.put("contentAssocTypeId", "PUBLISH_LINK");
serviceIn.put("fromDate", nowTimestamp);
serviceIn.put("contentIdTo", currentSubContentId);
serviceIn.put("roleTypeList", roleTypeList);
serviceIn.put("targetOperationList", targetOperationList);
serviceIn.put("contentPurposeList", contentPurposeList);
results = dispatcher.runSync("createContentAssoc", serviceIn);
responseMessage = (String)results.get(ModelService.RESPONSE_MESSAGE);
if (UtilValidate.isNotEmpty(responseMessage)) {
errorMessage = (String)results.get(ModelService.ERROR_MESSAGE);
Debug.logError("in updatePublishLinks, serviceIn:" + serviceIn , module);
Debug.logError(errorMessage, module);
request.setAttribute("_ERROR_MESSAGE_", errorMessage);
return "error";
}
serviceIn = new HashMap<String, Object>();
serviceIn.put("userLogin", userLogin);
serviceIn.put("contentId", targContentId);
serviceIn.put("contentAssocTypeId", "PUBLISH_LINK");
serviceIn.put("fromDate", nowTimestamp);
serviceIn.put("contentIdTo", contentId);
serviceIn.put("roleTypeList", roleTypeList);
serviceIn.put("targetOperationList", targetOperationList);
serviceIn.put("contentPurposeList", contentPurposeList);
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, serviceIn(3b):" + serviceIn , module);
results = dispatcher.runSync("createContentAssoc", serviceIn);
//if (Debug.infoOn()) Debug.logInfo("in updatePublishLinks, results(3b):" + results , module);
if (!statusIdUpdated) {
try {
GenericValue targContent = EntityQuery.use(delegator).from("Content").where("contentId", targContentId).queryOne();
targContent.set("statusId", "CTNT_PUBLISHED");
targContent.store();
statusIdUpdated = true;
} catch (GenericEntityException e) {
Debug.logError(e.getMessage(), module);
request.setAttribute("_ERROR_MESSAGE_", e.getMessage());
return "error";
}
}
}
} else if (UtilValidate.isNotEmpty(origSubContentId)) {
// if no current link is passed in, look to see if there is an existing link(s) that must be disabled
List<GenericValue> oldActiveValues = EntityQuery.use(delegator).from("ContentAssoc")
.where("contentId", targContentId,
"contentIdTo", origSubContentId,
"contentAssocTypeId", "PUBLISH_LINK",
"thruDate", null)
.queryList();
for (GenericValue cAssoc : oldActiveValues) {
cAssoc.set("thruDate", nowTimestamp);
cAssoc.store();
}
}
} catch (GenericEntityException e) {
Debug.logError(e.getMessage(), module);
request.setAttribute("_ERROR_MESSAGE_", e.getMessage());
return "error";
} catch (GenericServiceException e2) {
Debug.logError(e2, module);
request.setAttribute("_ERROR_MESSAGE_", e2.getMessage());
return "error";
}
}
return "success";
} | public static String updatePublishLinks(HttpServletRequest request, HttpServletResponse response) {
HttpSession session = request.getSession();
Security security = (Security)request.getAttribute("security");
GenericValue userLogin = (GenericValue)session.getAttribute("userLogin");
ServletContext servletContext = session.getServletContext();
String webSiteId = WebSiteWorker.getWebSiteId(request);
Delegator delegator = (Delegator)request.getAttribute("delegator");
LocalDispatcher dispatcher = (LocalDispatcher)request.getAttribute("dispatcher");
Map<String, Object> paramMap = UtilHttp.getParameterMap(request);
String targContentId = (String)paramMap.get("contentId");
String roles = null;
String authorId = null;
GenericValue authorContent = ContentManagementWorker.getAuthorContent(delegator, targContentId);
if (authorContent != null) {
authorId = authorContent.getString("contentId");
} else {
request.setAttribute("_ERROR_MESSAGE_", "authorContent is empty.");
return "error";
}
String userLoginId = userLogin.getString("userLoginId");
List<String> roleTypeList = null;
if (authorId != null && userLoginId != null && authorId.equals(userLoginId)) {
roles = "OWNER";
roleTypeList = StringUtil.split(roles, "|");
}
List<String> targetOperationList = UtilMisc.<String>toList("CONTENT_PUBLISH");
List<String> contentPurposeList = null;
String permittedAction = (String)paramMap.get("permittedAction");
String permittedOperations = (String)paramMap.get("permittedOperations");
if (UtilValidate.isEmpty(targContentId)) {
request.setAttribute("_ERROR_MESSAGE_", "targContentId is empty.");
return "error";
}
List<Object []> origPublishedLinkList = null;
try {
EntityQuery.use(delegator).from("UserLogin").where("userLoginId", authorId).cache().queryOne();
origPublishedLinkList = ContentManagementWorker.getPublishedLinks(delegator, targContentId, webSiteId, userLogin, security, permittedAction, permittedOperations, roles);
} catch (GenericEntityException e) {
request.setAttribute("_ERROR_MESSAGE_", e.getMessage());
return "error";
} catch (GeneralException e2) {
request.setAttribute("_ERROR_MESSAGE_", e2.getMessage());
return "error";
}
Map<String, String> siteIdLookup = new HashMap<String, String>();
for (String param : paramMap.keySet()) {
int pos = param.indexOf("select_");
if (pos >= 0) {
String siteId = param.substring(7);
String subSiteVal = (String)paramMap.get(param);
siteIdLookup.put(siteId, subSiteVal);
}
}
Timestamp nowTimestamp = UtilDateTime.nowTimestamp();
String responseMessage = null;
String errorMessage = null;
boolean statusIdUpdated = false;
Map<String, Object> results = null;
for (Object [] arr : origPublishedLinkList) {
String contentId = (String)arr[0];
String origSubContentId = null;
List<Object []> origSubList = UtilGenerics.checkList(arr[1]);
Timestamp origFromDate = null;
for (Object [] pubArr : origSubList) {
Timestamp fromDate = (Timestamp)pubArr[2];
origSubContentId = null;
if (fromDate != null) {
origSubContentId = (String)pubArr[0];
origFromDate = fromDate;
break;
}
}
String currentSubContentId = siteIdLookup.get(contentId);
try {
if (UtilValidate.isNotEmpty(currentSubContentId)) {
if (!currentSubContentId.equals(origSubContentId)) {
if (UtilValidate.isNotEmpty(origSubContentId) && origFromDate != null) {
List<GenericValue> oldActiveValues = EntityQuery.use(delegator).from("ContentAssoc")
.where("contentId", targContentId,
"contentIdTo", origSubContentId,
"contentAssocTypeId", "PUBLISH_LINK",
"thruDate", null)
.queryList();
for (GenericValue cAssoc : oldActiveValues) {
cAssoc.set("thruDate", nowTimestamp);
cAssoc.store();
}
}
Map<String, Object> serviceIn = new HashMap<String, Object>();
serviceIn.put("userLogin", userLogin);
serviceIn.put("contentId", targContentId);
serviceIn.put("contentAssocTypeId", "PUBLISH_LINK");
serviceIn.put("fromDate", nowTimestamp);
serviceIn.put("contentIdTo", currentSubContentId);
serviceIn.put("roleTypeList", roleTypeList);
serviceIn.put("targetOperationList", targetOperationList);
serviceIn.put("contentPurposeList", contentPurposeList);
results = dispatcher.runSync("createContentAssoc", serviceIn);
responseMessage = (String)results.get(ModelService.RESPONSE_MESSAGE);
if (UtilValidate.isNotEmpty(responseMessage)) {
errorMessage = (String)results.get(ModelService.ERROR_MESSAGE);
Debug.logError("in updatePublishLinks, serviceIn:" + serviceIn , module);
Debug.logError(errorMessage, module);
request.setAttribute("_ERROR_MESSAGE_", errorMessage);
return "error";
}
serviceIn = new HashMap<String, Object>();
serviceIn.put("userLogin", userLogin);
serviceIn.put("contentId", targContentId);
serviceIn.put("contentAssocTypeId", "PUBLISH_LINK");
serviceIn.put("fromDate", nowTimestamp);
serviceIn.put("contentIdTo", contentId);
serviceIn.put("roleTypeList", roleTypeList);
serviceIn.put("targetOperationList", targetOperationList);
serviceIn.put("contentPurposeList", contentPurposeList);
results = dispatcher.runSync("createContentAssoc", serviceIn);
if (!statusIdUpdated) {
try {
GenericValue targContent = EntityQuery.use(delegator).from("Content").where("contentId", targContentId).queryOne();
targContent.set("statusId", "CTNT_PUBLISHED");
targContent.store();
statusIdUpdated = true;
} catch (GenericEntityException e) {
Debug.logError(e.getMessage(), module);
request.setAttribute("_ERROR_MESSAGE_", e.getMessage());
return "error";
}
}
}
} else if (UtilValidate.isNotEmpty(origSubContentId)) {
List<GenericValue> oldActiveValues = EntityQuery.use(delegator).from("ContentAssoc")
.where("contentId", targContentId,
"contentIdTo", origSubContentId,
"contentAssocTypeId", "PUBLISH_LINK",
"thruDate", null)
.queryList();
for (GenericValue cAssoc : oldActiveValues) {
cAssoc.set("thruDate", nowTimestamp);
cAssoc.store();
}
}
} catch (GenericEntityException e) {
Debug.logError(e.getMessage(), module);
request.setAttribute("_ERROR_MESSAGE_", e.getMessage());
return "error";
} catch (GenericServiceException e2) {
Debug.logError(e2, module);
request.setAttribute("_ERROR_MESSAGE_", e2.getMessage());
return "error";
}
}
return "success";
} | public static string updatepublishlinks(httpservletrequest request, httpservletresponse response) { httpsession session = request.getsession(); security security = (security)request.getattribute("security"); genericvalue userlogin = (genericvalue)session.getattribute("userlogin"); servletcontext servletcontext = session.getservletcontext(); string websiteid = websiteworker.getwebsiteid(request); delegator delegator = (delegator)request.getattribute("delegator"); localdispatcher dispatcher = (localdispatcher)request.getattribute("dispatcher"); map<string, object> parammap = utilhttp.getparametermap(request); string targcontentid = (string)parammap.get("contentid"); string roles = null; string authorid = null; genericvalue authorcontent = contentmanagementworker.getauthorcontent(delegator, targcontentid); if (authorcontent != null) { authorid = authorcontent.getstring("contentid"); } else { request.setattribute("_error_message_", "authorcontent is empty."); return "error"; } string userloginid = userlogin.getstring("userloginid"); list<string> roletypelist = null; if (authorid != null && userloginid != null && authorid.equals(userloginid)) { roles = "owner"; roletypelist = stringutil.split(roles, "|"); } list<string> targetoperationlist = utilmisc.<string>tolist("content_publish"); list<string> contentpurposelist = null; string permittedaction = (string)parammap.get("permittedaction"); string permittedoperations = (string)parammap.get("permittedoperations"); if (utilvalidate.isempty(targcontentid)) { request.setattribute("_error_message_", "targcontentid is empty."); return "error"; } list<object []> origpublishedlinklist = null; try { entityquery.use(delegator).from("userlogin").where("userloginid", authorid).cache().queryone(); origpublishedlinklist = contentmanagementworker.getpublishedlinks(delegator, targcontentid, websiteid, userlogin, security, permittedaction, permittedoperations, roles); } catch (genericentityexception e) { request.setattribute("_error_message_", e.getmessage()); return "error"; } catch (generalexception e2) { request.setattribute("_error_message_", e2.getmessage()); return "error"; } map<string, string> siteidlookup = new hashmap<string, string>(); for (string param : parammap.keyset()) { int pos = param.indexof("select_"); if (pos >= 0) { string siteid = param.substring(7); string subsiteval = (string)parammap.get(param); siteidlookup.put(siteid, subsiteval); } } timestamp nowtimestamp = utildatetime.nowtimestamp(); string responsemessage = null; string errormessage = null; boolean statusidupdated = false; map<string, object> results = null; for (object [] arr : origpublishedlinklist) { string contentid = (string)arr[0]; string origsubcontentid = null; list<object []> origsublist = utilgenerics.checklist(arr[1]); timestamp origfromdate = null; for (object [] pubarr : origsublist) { timestamp fromdate = (timestamp)pubarr[2]; origsubcontentid = null; if (fromdate != null) { origsubcontentid = (string)pubarr[0]; origfromdate = fromdate; break; } } string currentsubcontentid = siteidlookup.get(contentid); try { if (utilvalidate.isnotempty(currentsubcontentid)) { if (!currentsubcontentid.equals(origsubcontentid)) { if (utilvalidate.isnotempty(origsubcontentid) && origfromdate != null) { list<genericvalue> oldactivevalues = entityquery.use(delegator).from("contentassoc") .where("contentid", targcontentid, "contentidto", origsubcontentid, "contentassoctypeid", "publish_link", "thrudate", null) .querylist(); for (genericvalue cassoc : oldactivevalues) { cassoc.set("thrudate", nowtimestamp); cassoc.store(); } } map<string, object> servicein = new hashmap<string, object>(); servicein.put("userlogin", userlogin); servicein.put("contentid", targcontentid); servicein.put("contentassoctypeid", "publish_link"); servicein.put("fromdate", nowtimestamp); servicein.put("contentidto", currentsubcontentid); servicein.put("roletypelist", roletypelist); servicein.put("targetoperationlist", targetoperationlist); servicein.put("contentpurposelist", contentpurposelist); results = dispatcher.runsync("createcontentassoc", servicein); responsemessage = (string)results.get(modelservice.response_message); if (utilvalidate.isnotempty(responsemessage)) { errormessage = (string)results.get(modelservice.error_message); debug.logerror("in updatepublishlinks, servicein:" + servicein , module); debug.logerror(errormessage, module); request.setattribute("_error_message_", errormessage); return "error"; } servicein = new hashmap<string, object>(); servicein.put("userlogin", userlogin); servicein.put("contentid", targcontentid); servicein.put("contentassoctypeid", "publish_link"); servicein.put("fromdate", nowtimestamp); servicein.put("contentidto", contentid); servicein.put("roletypelist", roletypelist); servicein.put("targetoperationlist", targetoperationlist); servicein.put("contentpurposelist", contentpurposelist); results = dispatcher.runsync("createcontentassoc", servicein); if (!statusidupdated) { try { genericvalue targcontent = entityquery.use(delegator).from("content").where("contentid", targcontentid).queryone(); targcontent.set("statusid", "ctnt_published"); targcontent.store(); statusidupdated = true; } catch (genericentityexception e) { debug.logerror(e.getmessage(), module); request.setattribute("_error_message_", e.getmessage()); return "error"; } } } } else if (utilvalidate.isnotempty(origsubcontentid)) { list<genericvalue> oldactivevalues = entityquery.use(delegator).from("contentassoc") .where("contentid", targcontentid, "contentidto", origsubcontentid, "contentassoctypeid", "publish_link", "thrudate", null) .querylist(); for (genericvalue cassoc : oldactivevalues) { cassoc.set("thrudate", nowtimestamp); cassoc.store(); } } } catch (genericentityexception e) { debug.logerror(e.getmessage(), module); request.setattribute("_error_message_", e.getmessage()); return "error"; } catch (genericserviceexception e2) { debug.logerror(e2, module); request.setattribute("_error_message_", e2.getmessage()); return "error"; } } return "success"; } | atb/ofbiz | [
1,
0,
0,
0
] |
1,998 | public boolean storedRSVs(String operator) {
return true;
} | public boolean storedRSVs(String operator) {
return true;
} | public boolean storedrsvs(string operator) { return true; } | automenta/java-unidu-pire | [
1,
0,
0,
0
] |
34,787 | @NotNull
@Override
public UserReference toReference(@NotNull RedditClient reddit) {
return reddit.user(getName());
} | @NotNull
@Override
public UserReference toReference(@NotNull RedditClient reddit) {
return reddit.user(getName());
} | @notnull @override public userreference toreference(@notnull redditclient reddit) { return reddit.user(getname()); } | andsala/JRAW | [
1,
0,
0,
0
] |