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PlantUML is a component that allows to quickly write diagrams from text.
// THIS FILE HAS BEEN GENERATED BY A PREPROCESSOR.
/* +=======================================================================
* |
* | PlantUML : a free UML diagram generator
* |
* +=======================================================================
*
* (C) Copyright 2009-2024, Arnaud Roques
*
* Project Info: https://plantuml.com
*
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*
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*
* PlantUML is free software; you can redistribute it and/or modify it
* under the terms of the MIT License.
*
* See http://opensource.org/licenses/MIT
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* Permission is hereby granted, free of charge, to any person obtaining
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* IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
*
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* messages are usually generated on welcome or error images and never on
* functional diagrams.
* See https://plantuml.com/professional if you want to remove them
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* ASCIIMathML (c) Peter Jipsen http://www.chapman.edu/~jipsen
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*/
package net.sourceforge.plantuml.sequencediagram.graphic;
import java.util.ArrayList;
import java.util.List;
import java.util.Objects;
import net.sourceforge.plantuml.OptionFlags;
import net.sourceforge.plantuml.klimt.creole.Display;
import net.sourceforge.plantuml.klimt.font.StringBounder;
import net.sourceforge.plantuml.klimt.geom.XDimension2D;
import net.sourceforge.plantuml.sequencediagram.AbstractMessage;
import net.sourceforge.plantuml.sequencediagram.Delay;
import net.sourceforge.plantuml.sequencediagram.Divider;
import net.sourceforge.plantuml.sequencediagram.Doll;
import net.sourceforge.plantuml.sequencediagram.Event;
import net.sourceforge.plantuml.sequencediagram.GroupingLeaf;
import net.sourceforge.plantuml.sequencediagram.GroupingStart;
import net.sourceforge.plantuml.sequencediagram.GroupingType;
import net.sourceforge.plantuml.sequencediagram.HSpace;
import net.sourceforge.plantuml.sequencediagram.InGroupableList;
import net.sourceforge.plantuml.sequencediagram.LifeEvent;
import net.sourceforge.plantuml.sequencediagram.LifeEventType;
import net.sourceforge.plantuml.sequencediagram.Message;
import net.sourceforge.plantuml.sequencediagram.MessageExo;
import net.sourceforge.plantuml.sequencediagram.Newpage;
import net.sourceforge.plantuml.sequencediagram.Note;
import net.sourceforge.plantuml.sequencediagram.NotePosition;
import net.sourceforge.plantuml.sequencediagram.Notes;
import net.sourceforge.plantuml.sequencediagram.Participant;
import net.sourceforge.plantuml.sequencediagram.ParticipantEnglober;
import net.sourceforge.plantuml.sequencediagram.ParticipantType;
import net.sourceforge.plantuml.sequencediagram.Reference;
import net.sourceforge.plantuml.skin.Component;
import net.sourceforge.plantuml.skin.ComponentType;
import net.sourceforge.plantuml.skin.PaddingParam;
import net.sourceforge.plantuml.skin.SkinParamBackcolored;
import net.sourceforge.plantuml.skin.SkinParamBackcoloredReference;
import net.sourceforge.plantuml.skin.rose.Rose;
import net.sourceforge.plantuml.style.ISkinParam;
import net.sourceforge.plantuml.style.Style;
class DrawableSetInitializer {
private ComponentType defaultLineType;
private final DrawableSet drawableSet;
private final boolean showTail;
private double freeX = 0;
private Frontier freeY2 = null;
private Frontier lastFreeY2 = null;
private final double autonewpage;
private ConstraintSet constraintSet;
public DrawableSetInitializer(Rose skin, ISkinParam skinParam, boolean showTail, double autonewpage) {
this.drawableSet = new DrawableSet(skin, skinParam);
this.showTail = showTail;
this.autonewpage = autonewpage;
}
private boolean useContinueLineBecauseOfDelay() {
final String strategy = drawableSet.getSkinParam().getValue("lifelineStrategy");
if ("nosolid".equalsIgnoreCase(strategy))
return false;
if ("solid".equalsIgnoreCase(strategy))
return true;
for (Event ev : drawableSet.getAllEvents())
if (ev instanceof Delay)
return true;
return false;
}
private ParticipantRange getFullParticipantRange() {
return new ParticipantRange(0, drawableSet.getAllParticipants().size());
}
private ParticipantRange getParticipantRange(Event ev) {
return getFullParticipantRange();
}
// private int getParticipantRangeIndex(Participant participant) {
// int r = 0;
// for (Participant p : drawableSet.getAllParticipants()) {
// r++;
// if (p == participant) {
// return r;
// }
// }
// throw new IllegalArgumentException();
// }
public DrawableSet createDrawableSet(StringBounder stringBounder) {
if (freeY2 != null)
throw new IllegalStateException();
this.defaultLineType = useContinueLineBecauseOfDelay() ? ComponentType.CONTINUE_LINE
: ComponentType.PARTICIPANT_LINE;
for (Participant p : drawableSet.getAllParticipants())
prepareParticipant(stringBounder, p);
this.freeY2 = new FrontierStackImpl(drawableSet.getHeadHeight(stringBounder),
drawableSet.getAllParticipants().size());
this.lastFreeY2 = this.freeY2;
drawableSet.setTopStartingY(this.freeY2.getFreeY(getFullParticipantRange()));
for (Participant p : drawableSet.getAllParticipants()) {
final LivingParticipantBox living = drawableSet.getLivingParticipantBox(p);
for (int i = 0; i < p.getInitialLife(); i++)
living.getLifeLine().addSegmentVariation(LifeSegmentVariation.LARGER,
freeY2.getFreeY(getFullParticipantRange()), p.getLiveSpecificBackColors(i));
}
final List col = new ArrayList<>();
for (LivingParticipantBox livingParticipantBox : drawableSet.getAllLivingParticipantBox())
col.add(livingParticipantBox.getParticipantBox());
constraintSet = new ConstraintSet(col, freeX);
for (Event ev : new ArrayList<>(drawableSet.getAllEvents())) {
final ParticipantRange range = getParticipantRange(ev);
final double diffY = freeY2.getFreeY(range) - lastFreeY2.getFreeY(range);
// final double diffY = freeY2.diff(lastFreeY2);
if (autonewpage > 0 && diffY > 0 && diffY + getTotalHeight(0, stringBounder) > autonewpage)
prepareNewpageSpecial(stringBounder, new Newpage(null), ev, range);
if (ev instanceof MessageExo)
prepareMessageExo(stringBounder, (MessageExo) ev, range);
else if (ev instanceof Message)
prepareMessage(stringBounder, (Message) ev, range);
else if (ev instanceof Note)
prepareNote(stringBounder, (Note) ev, range);
else if (ev instanceof Notes)
prepareNotes(stringBounder, (Notes) ev, range);
else if (ev instanceof LifeEvent)
prepareLiveEvent(stringBounder, (LifeEvent) ev, range);
else if (ev instanceof GroupingLeaf)
prepareGroupingLeaf(stringBounder, (GroupingLeaf) ev, range);
else if (ev instanceof GroupingStart)
prepareGroupingStart(stringBounder, (GroupingStart) ev, range);
else if (ev instanceof Newpage)
prepareNewpage(stringBounder, (Newpage) ev, range);
else if (ev instanceof Divider)
prepareDivider(stringBounder, (Divider) ev, range);
else if (ev instanceof HSpace)
prepareHSpace(stringBounder, (HSpace) ev, range);
else if (ev instanceof Delay)
prepareDelay(stringBounder, (Delay) ev, col, range);
else if (ev instanceof Reference)
prepareReference(stringBounder, (Reference) ev, range);
else
throw new IllegalStateException();
}
takeParticipantEngloberPadding(stringBounder);
constraintSet.takeConstraintIntoAccount(stringBounder);
takeParticipantEngloberTitleWidth(stringBounder);
prepareMissingSpace(stringBounder);
drawableSet.setDimension(
new XDimension2D(freeX, getTotalHeight(freeY2.getFreeY(getFullParticipantRange()), stringBounder)));
return drawableSet;
}
private void takeParticipantEngloberPadding(StringBounder stringBounder) {
final double padding = drawableSet.getSkinParam().getPadding(PaddingParam.BOX);
if (padding == 0)
return;
for (Doll pe : drawableSet.getExistingParticipantEnglober(stringBounder)) {
final ParticipantBox first = drawableSet.getLivingParticipantBox(pe.getFirst2TOBEPRIVATE())
.getParticipantBox();
final ParticipantBox last = drawableSet.getLivingParticipantBox(pe.getLast2TOBEPRIVATE())
.getParticipantBox();
constraintSet.pushToLeftParticipantBox(padding, first, true);
constraintSet.pushToLeftParticipantBox(padding, last, false);
}
}
private void takeParticipantEngloberTitleWidth(StringBounder stringBounder) {
for (Doll doll : drawableSet.getExistingParticipantEnglober(stringBounder)) {
final double preferredWidth = drawableSet.getEngloberPreferedWidth(stringBounder, doll);
final ParticipantBox first = drawableSet.getLivingParticipantBox(doll.getFirst2TOBEPRIVATE())
.getParticipantBox();
final ParticipantBox last = drawableSet.getLivingParticipantBox(doll.getLast2TOBEPRIVATE())
.getParticipantBox();
final double x1 = drawableSet.getX1(doll);
final double x2 = drawableSet.getX2(stringBounder, doll);
final double missing = preferredWidth - (x2 - x1);
if (missing > 0) {
constraintSet.pushToLeftParticipantBox(missing / 2, first, true);
constraintSet.pushToLeftParticipantBox(missing / 2, last, false);
}
}
}
private double getTotalHeight(double y, StringBounder stringBounder) {
final double signature = 0;
return y + drawableSet.getTailHeight(stringBounder, showTail) + signature;
}
public double getYposition(StringBounder stringBounder, Newpage newpage) {
final GraphicalNewpage graphicalNewpage = (GraphicalNewpage) drawableSet
.getEvent(Objects.requireNonNull(newpage));
return graphicalNewpage.getStartingY();
}
private void prepareMissingSpace(StringBounder stringBounder) {
freeX = constraintSet.getMaxX();
double missingSpace1 = 0;
double missingSpace2 = 0;
for (GraphicalElement ev : drawableSet.getAllGraphicalElements()) {
if (ev instanceof GraphicalDelayText) {
final double missing = ev.getPreferredWidth(stringBounder) - freeX;
if (missing > 0) {
missingSpace1 = Math.max(missingSpace1, missing / 2);
missingSpace2 = Math.max(missingSpace2, missing / 2);
}
continue;
}
final double startX = ev.getStartingX(stringBounder);
final double delta1 = -startX;
if (delta1 > missingSpace1)
missingSpace1 = delta1;
if (ev instanceof Arrow) {
final Arrow a = (Arrow) ev;
a.setMaxX(freeX);
}
double width = ev.getPreferredWidth(stringBounder);
if (ev instanceof Arrow) {
final Arrow a = (Arrow) ev;
if (width < a.getActualWidth(stringBounder))
width = a.getActualWidth(stringBounder);
}
if (ev instanceof GroupingGraphicalElementHeader) {
final GroupingGraphicalElementHeader gh = (GroupingGraphicalElementHeader) ev;
if (width < gh.getActualWidth(stringBounder))
width = gh.getActualWidth(stringBounder);
}
final double endX = startX + width;
final double delta2 = endX - freeX;
if (delta2 > missingSpace2)
missingSpace2 = delta2;
}
if (missingSpace1 > 0)
constraintSet.pushToLeft(missingSpace1);
freeX = constraintSet.getMaxX() + missingSpace2;
}
private void prepareNewpage(StringBounder stringBounder, Newpage newpage, ParticipantRange range) {
final GraphicalNewpage graphicalNewpage = new GraphicalNewpage(freeY2.getFreeY(range),
drawableSet.getSkin().createComponentNewPage(drawableSet.getSkinParam()));
this.lastFreeY2 = freeY2;
freeY2 = freeY2.add(graphicalNewpage.getPreferredHeight(stringBounder), range);
drawableSet.addEvent(newpage, graphicalNewpage);
}
private void prepareNewpageSpecial(StringBounder stringBounder, Newpage newpage, Event justBefore,
ParticipantRange range) {
final GraphicalNewpage graphicalNewpage = new GraphicalNewpage(freeY2.getFreeY(range),
drawableSet.getSkin().createComponentNewPage(drawableSet.getSkinParam()));
this.lastFreeY2 = freeY2;
freeY2 = freeY2.add(graphicalNewpage.getPreferredHeight(stringBounder), range);
drawableSet.addEvent(newpage, graphicalNewpage, justBefore);
}
private void prepareDivider(StringBounder stringBounder, Divider divider, ParticipantRange range) {
final GraphicalDivider graphicalDivider = new GraphicalDivider(freeY2.getFreeY(range),
drawableSet.getSkin().createComponent(divider.getUsedStyles(), ComponentType.DIVIDER, null,
drawableSet.getSkinParam(), divider.getText()));
freeY2 = freeY2.add(graphicalDivider.getPreferredHeight(stringBounder), range);
drawableSet.addEvent(divider, graphicalDivider);
}
private void prepareHSpace(StringBounder stringBounder, HSpace hspace, ParticipantRange range) {
final GraphicalHSpace graphicalHSpace = new GraphicalHSpace(freeY2.getFreeY(range), hspace.getPixel());
freeY2 = freeY2.add(graphicalHSpace.getPreferredHeight(stringBounder), range);
drawableSet.addEvent(hspace, graphicalHSpace);
}
private void prepareDelay(StringBounder stringBounder, Delay delay, List participants,
ParticipantRange range) {
final Component compText = drawableSet.getSkin().createComponent(delay.getUsedStyles(),
ComponentType.DELAY_TEXT, null, drawableSet.getSkinParam(), delay.getText());
final ParticipantBox first = participants.get(0);
final ParticipantBox last = participants.get(participants.size() - 1);
final GraphicalDelayText graphicalDivider = new GraphicalDelayText(freeY2.getFreeY(range), compText, first,
last);
for (ParticipantBox p : participants)
p.addDelay(graphicalDivider);
freeY2 = freeY2.add(graphicalDivider.getPreferredHeight(stringBounder), range);
drawableSet.addEvent(delay, graphicalDivider);
}
final private InGroupablesStack inGroupableStack = new InGroupablesStack();
private void prepareGroupingStart(StringBounder stringBounder, GroupingStart start, ParticipantRange range) {
if (start.getType() != GroupingType.START)
throw new IllegalStateException();
final ISkinParam skinParam = new SkinParamBackcolored(drawableSet.getSkinParam(), start.getBackColorElement(),
start.getBackColorGeneral());
final Component comp = drawableSet.getSkin().createComponent(null, ComponentType.GROUPING_SPACE, null,
skinParam, Display.create(start.getComment()));
final double preferredHeight = comp.getPreferredHeight(stringBounder);
freeY2 = freeY2.add(preferredHeight, range);
final Display strings = start.getTitle().equals("group") ? Display.create(start.getComment())
: Display.create(start.getTitle(), start.getComment());
final Component header = drawableSet.getSkin().createComponent(start.getUsedStyles(),
ComponentType.GROUPING_HEADER_LEGACY, null, skinParam, strings);
final ParticipantBox veryfirst = drawableSet.getVeryfirst();
final InGroupableList inGroupableList = new InGroupableList(veryfirst, start, freeY2.getFreeY(range));
inGroupableStack.addList(inGroupableList);
final GraphicalElement element = new GroupingGraphicalElementHeader(freeY2.getFreeY(range), header,
inGroupableList, start.isParallel());
inGroupableList.setMinWidth(element.getPreferredWidth(stringBounder));
freeY2 = freeY2.add(element.getPreferredHeight(stringBounder), range);
drawableSet.addEvent(start, element);
if (start.isParallel())
freeY2 = ((FrontierStack) freeY2).openBar();
}
private void prepareGroupingLeaf(StringBounder stringBounder, final GroupingLeaf m, ParticipantRange range) {
final GraphicalElement element;
final ISkinParam skinParam = new SkinParamBackcolored(drawableSet.getSkinParam(), null,
m.getBackColorGeneral());
if (m.getType() == GroupingType.ELSE) {
if (m.isParallel())
freeY2 = ((FrontierStack) freeY2).restore();
final Component compElse = drawableSet.getSkin().createComponent(m.getUsedStyles(),
ComponentType.GROUPING_ELSE_LEGACY, null, skinParam, Display.create(m.getComment()));
final Lazy lazy = new Lazy() {
public double getNow() {
final GraphicalElement after = drawableSet.getEvent(m.getJustAfter());
if (after == null)
return 0;
return after.getStartingY();
}
};
element = new GroupingGraphicalElementElse(freeY2.getFreeY(range), compElse,
inGroupableStack.getTopGroupingStructure(), m.isParallel(), lazy);
final double preferredHeight = element.getPreferredHeight(stringBounder);
freeY2 = freeY2.add(preferredHeight, range);
// MODIF42
inGroupableStack.addElement((GroupingGraphicalElementElse) element);
} else if (m.getType() == GroupingType.END) {
final List notes = new ArrayList<>();
for (Note noteOnMessage : m.getNoteOnMessages()) {
final ISkinParam sk = noteOnMessage.getSkinParamBackcolored(drawableSet.getSkinParam());
final Component note = drawableSet.getSkin().createComponentNote(noteOnMessage.getUsedStyles(),
noteOnMessage.getNoteStyle().getNoteComponentType(), sk, noteOnMessage.getDisplay(),
noteOnMessage.getColors());
notes.add(note);
}
if (m.isParallel())
freeY2 = ((FrontierStack) freeY2).closeBar();
final GroupingGraphicalElementHeader groupingHeaderStart = (GroupingGraphicalElementHeader) drawableSet
.getEvent(m.getGroupingStart());
if (groupingHeaderStart != null) {
groupingHeaderStart.setEndY(freeY2.getFreeY(range));
groupingHeaderStart.addNotes(stringBounder, notes);
}
element = new GroupingGraphicalElementTail(freeY2.getFreeY(range),
inGroupableStack.getTopGroupingStructure(), m.isParallel());
final Component comp = drawableSet.getSkin().createComponent(null, ComponentType.GROUPING_SPACE, null,
skinParam, Display.create(m.getComment()));
final double preferredHeight = comp.getPreferredHeight(stringBounder);
freeY2 = freeY2.add(preferredHeight, range);
inGroupableStack.pop();
} else
throw new IllegalStateException();
drawableSet.addEvent(m, element);
}
private void prepareNote(StringBounder stringBounder, Note n, ParticipantRange range) {
final NoteBox noteBox = createNoteBox(stringBounder, n, range);
inGroupableStack.addElement(noteBox);
drawableSet.addEvent(n, noteBox);
freeY2 = freeY2.add(noteBox.getPreferredHeight(stringBounder), range);
}
private NoteBox createNoteBox(StringBounder stringBounder, Note n, ParticipantRange range) {
LivingParticipantBox p1 = drawableSet.getLivingParticipantBox(n.getParticipant());
LivingParticipantBox p2;
if (n.getParticipant2() == null)
p2 = null;
else {
p2 = drawableSet.getLivingParticipantBox(n.getParticipant2());
if (p1.getParticipantBox().getCenterX(stringBounder) > p2.getParticipantBox().getCenterX(stringBounder)) {
final LivingParticipantBox tmp = p1;
p1 = p2;
p2 = tmp;
}
}
final ISkinParam skinParam = n.getSkinParamBackcolored(drawableSet.getSkinParam());
final ComponentType type = n.getNoteStyle().getNoteComponentType();
if (p1 == null && p2 == null)
for (LivingParticipantBox p : drawableSet.getAllLivingParticipantBox()) {
if (p1 == null)
p1 = p;
p2 = p;
}
final Component component = drawableSet.getSkin().createComponentNote(n.getUsedStyles(), type, skinParam,
n.getDisplay(), n.getColors(), n.getPosition());
final NoteBox noteBox = new NoteBox(freeY2.getFreeY(range), component, p1, p2, n.getPosition(), n.getUrl());
return noteBox;
}
private void prepareNotes(StringBounder stringBounder, Notes notes, ParticipantRange range) {
final NotesBoxes notesBoxes = new NotesBoxes(freeY2.getFreeY(range));
for (Note n : notes) {
final NoteBox noteBox = createNoteBox(stringBounder, n, range);
final ParticipantBox p1 = drawableSet.getLivingParticipantBox(n.getParticipant()).getParticipantBox();
final ParticipantBox p2 = n.getParticipant2() == null ? null
: drawableSet.getLivingParticipantBox(n.getParticipant2()).getParticipantBox();
notesBoxes.add(noteBox, p1, p2);
}
notesBoxes.ensureConstraints(stringBounder, constraintSet);
inGroupableStack.addElement(notesBoxes);
drawableSet.addEvent(notes, notesBoxes);
freeY2 = freeY2.add(notesBoxes.getPreferredHeight(stringBounder), range);
}
private void prepareLiveEvent(StringBounder stringBounder, LifeEvent lifeEvent, ParticipantRange range) {
final double y = freeY2.getFreeY(range);
final AbstractMessage message = lifeEvent.getMessage();
if (lifeEvent.getType() == LifeEventType.ACTIVATE) {
double pos = 0;
if (message != null) {
int delta1 = 0;
if (message.isCreate())
delta1 += 10;
else if (OptionFlags.STRICT_SELFMESSAGE_POSITION && message.isSelfMessage())
delta1 += 8;
pos = message.getPosYstartLevel() + delta1;
}
final LifeLine line1 = drawableSet.getLivingParticipantBox(lifeEvent.getParticipant()).getLifeLine();
line1.addSegmentVariation(LifeSegmentVariation.LARGER, pos, lifeEvent.getSpecificColors());
} else if (lifeEvent.getType() == LifeEventType.DESTROY || lifeEvent.getType() == LifeEventType.DEACTIVATE) {
double delta = 0;
if (OptionFlags.STRICT_SELFMESSAGE_POSITION && message != null && message.isSelfMessage())
delta += 7;
final Participant p = lifeEvent.getParticipant();
final LifeLine line = drawableSet.getLivingParticipantBox(p).getLifeLine();
double pos2 = y;
if (message != null)
pos2 = message.getPosYendLevel() - delta;
line.addSegmentVariation(LifeSegmentVariation.SMALLER, pos2, lifeEvent.getSpecificColors());
}
if (lifeEvent.getType() == LifeEventType.DESTROY) {
final Component comp = drawableSet.getSkin().createComponent(null, ComponentType.DESTROY, null,
drawableSet.getSkinParam(), null);
final double delta = comp.getPreferredHeight(stringBounder) / 2;
final LivingParticipantBox livingParticipantBox = drawableSet
.getLivingParticipantBox(lifeEvent.getParticipant());
double pos2 = y;
if (message == null) {
pos2 = y;
freeY2 = freeY2.add(comp.getPreferredHeight(stringBounder), range);
} else
pos2 = message.getPosYendLevel() - delta;
final LifeDestroy destroy = new LifeDestroy(pos2, livingParticipantBox.getParticipantBox(), comp);
drawableSet.addEvent(lifeEvent, destroy);
} else
drawableSet.addEvent(lifeEvent, new GraphicalElementLiveEvent(y));
}
private void prepareMessageExo(StringBounder stringBounder, MessageExo m, ParticipantRange range) {
final Step1MessageExo step1Message = new Step1MessageExo(range, stringBounder, m, drawableSet, freeY2);
freeY2 = step1Message.prepareMessage(constraintSet, inGroupableStack);
}
private void prepareMessage(StringBounder stringBounder, Message m, ParticipantRange range) {
final Step1Message step1Message = new Step1Message(range, stringBounder, m, drawableSet, freeY2);
freeY2 = step1Message.prepareMessage(constraintSet, inGroupableStack);
}
private void prepareReference(StringBounder stringBounder, Reference reference, ParticipantRange range) {
final LivingParticipantBox p1 = drawableSet
.getLivingParticipantBox(drawableSet.getFirst(reference.getParticipant()));
final LivingParticipantBox p2 = drawableSet
.getLivingParticipantBox(drawableSet.getLast(reference.getParticipant()));
final ISkinParam skinParam = new SkinParamBackcoloredReference(drawableSet.getSkinParam(),
reference.getBackColorElement(), reference.getBackColorGeneral());
Display strings = Display.empty();
strings = strings.add("ref");
strings = strings.addAll(reference.getStrings());
Component noteLeft = null;
Component noteRight = null;
for (Note noteOnMessage : reference.getNoteOnMessages()) {
final ISkinParam skinParam2 = noteOnMessage.getSkinParamBackcolored(drawableSet.getSkinParam());
final Component note = drawableSet.getSkin().createComponentNote(noteOnMessage.getUsedStyles(),
noteOnMessage.getNoteStyle().getNoteComponentType(), skinParam2, noteOnMessage.getDisplay(),
noteOnMessage.getColors());
if (noteOnMessage.getPosition() == NotePosition.RIGHT)
noteRight = note;
else
noteLeft = note;
}
final Component comp = drawableSet.getSkin().createComponent(reference.getUsedStyles(), ComponentType.REFERENCE,
null, skinParam, strings);
final GraphicalReference graphicalReference = new GraphicalReference(freeY2.getFreeY(range), comp, p1, p2,
reference.getUrl(), noteLeft, noteRight);
final ParticipantBox pbox1 = p1.getParticipantBox();
final ParticipantBox pbox2 = p2.getParticipantBox();
final double width = graphicalReference.getPreferredWidth(stringBounder)
- pbox1.getPreferredWidth(stringBounder) / 2 - pbox2.getPreferredWidth(stringBounder) / 2;
final Constraint constraint;
if (p1 == p2)
constraint = constraintSet.getConstraintAfter(pbox1);
else
constraint = constraintSet.getConstraint(pbox1, pbox2);
constraint.ensureValue(width);
inGroupableStack.addElement(graphicalReference);
inGroupableStack.addElement(p1);
if (p1 != p2)
inGroupableStack.addElement(p2);
freeY2 = freeY2.add(graphicalReference.getPreferredHeight(stringBounder), range);
drawableSet.addEvent(reference, graphicalReference);
}
private void prepareParticipant(StringBounder stringBounder, Participant p) {
final ComponentType headType;
final ComponentType tailType;
if (p.getType() == ParticipantType.PARTICIPANT) {
headType = ComponentType.PARTICIPANT_HEAD;
tailType = ComponentType.PARTICIPANT_TAIL;
} else if (p.getType() == ParticipantType.ACTOR) {
headType = ComponentType.ACTOR_HEAD;
tailType = ComponentType.ACTOR_TAIL;
} else if (p.getType() == ParticipantType.BOUNDARY) {
headType = ComponentType.BOUNDARY_HEAD;
tailType = ComponentType.BOUNDARY_TAIL;
} else if (p.getType() == ParticipantType.CONTROL) {
headType = ComponentType.CONTROL_HEAD;
tailType = ComponentType.CONTROL_TAIL;
} else if (p.getType() == ParticipantType.ENTITY) {
headType = ComponentType.ENTITY_HEAD;
tailType = ComponentType.ENTITY_TAIL;
} else if (p.getType() == ParticipantType.QUEUE) {
headType = ComponentType.QUEUE_HEAD;
tailType = ComponentType.QUEUE_TAIL;
} else if (p.getType() == ParticipantType.DATABASE) {
headType = ComponentType.DATABASE_HEAD;
tailType = ComponentType.DATABASE_TAIL;
} else if (p.getType() == ParticipantType.COLLECTIONS) {
headType = ComponentType.COLLECTIONS_HEAD;
tailType = ComponentType.COLLECTIONS_TAIL;
} else {
throw new IllegalArgumentException();
}
final ISkinParam skinParam = drawableSet.getSkinParam();
final Display participantDisplay = p.getDisplay(skinParam.forceSequenceParticipantUnderlined());
final Component head = drawableSet.getSkin().createComponent(p.getUsedStyles(), headType, null, skinParam,
participantDisplay);
final Component tail = drawableSet.getSkin().createComponent(p.getUsedStyles(), tailType, null, skinParam,
participantDisplay);
final Style style = this.defaultLineType.getStyleSignature().withTOBECHANGED(p.getStereotype())
.getMergedStyle(skinParam.getCurrentStyleBuilder());
final Component line = drawableSet.getSkin().createComponent(new Style[] { style }, this.defaultLineType, null,
drawableSet.getSkinParam(), participantDisplay);
final Component delayLine = drawableSet.getSkin().createComponent(null, ComponentType.DELAY_LINE, null,
drawableSet.getSkinParam(), participantDisplay);
final ParticipantBox box = new ParticipantBox(head, line, tail, delayLine, this.freeX,
skinParam.maxAsciiMessageLength() > 0 ? 1 : 5);
final Component comp = drawableSet.getSkin().createComponent(
new Style[] { ComponentType.ALIVE_BOX_CLOSE_CLOSE.getStyleSignature()
.getMergedStyle(drawableSet.getSkinParam().getCurrentStyleBuilder()) },
ComponentType.ALIVE_BOX_CLOSE_CLOSE, null, drawableSet.getSkinParam(), null);
final LifeLine lifeLine = new LifeLine(box, comp.getPreferredWidth(stringBounder),
drawableSet.getSkinParam().shadowing(p.getStereotype()));
drawableSet.setLivingParticipantBox(p, new LivingParticipantBox(box, lifeLine));
this.freeX = box.getMaxX(stringBounder);
}
public void addParticipant(Participant p, ParticipantEnglober participantEnglober) {
drawableSet.addParticipant(p, participantEnglober);
}
public void addEvent(Event event) {
drawableSet.addEvent(event, null);
}
}