*/
public class BasicFrame extends GraphNode {
- // ------------------------------------------------------------------------
- // Static Attributes/Constants
- // ------------------------------------------------------------------------
- /**
- * The sequence diagram reference.
- */
- protected static ISDPreferences userPref = null;
-
// ------------------------------------------------------------------------
// Attributes
// ------------------------------------------------------------------------
-
+
/**
* Contains the max elapsed time between two consecutive messages in the whole frame
*/
- protected ITmfTimestamp maxTime = new TmfTimestamp(0);
+ protected ITmfTimestamp fMaxTime = new TmfTimestamp(0);
/**
* Contains the min elapsed time between two consecutive messages in the whole frame
*/
- protected ITmfTimestamp minTime = new TmfTimestamp(0);
+ protected ITmfTimestamp fMinTime = new TmfTimestamp(0);
/**
* Indicate if the min and max elapsed time between two consecutive messages in the whole frame need to be computed
*/
- protected boolean computeMinMax = true;
+ protected boolean fComputeMinMax = true;
/**
* Store the preference set by the user regarding the external time. This flag is used determine if the min and max
* need to be recomputed in case this preference is changed.
*/
- protected boolean lastExternalTimePref = SDViewPref.getInstance().excludeExternalTime();
+ protected boolean fLastExternalTimePref = SDViewPref.getInstance().excludeExternalTime();
/**
* The greater event occurrence created on graph nodes drawn in this Frame This directly impact the Frame height
*/
- protected int verticalIndex = 0;
+ protected int fVerticalIndex = 0;
/**
* The index along the x axis where the next lifeline will is drawn This directly impact the Frame width
*/
- protected int horizontalIndex = 0;
+ protected int fHorizontalIndex = 0;
/**
- * The information flag.
+ * The time information flag.
*/
- protected boolean timeInfo = false;
+ protected boolean fHasTimeInfo = false;
/**
* The current Frame visible area - x coordinates
*/
- protected int visibleAreaX;
+ protected int fVisibleAreaX;
/**
* The current Frame visible area - y coordinates
*/
- protected int visibleAreaY;
+ protected int fVisibleAreaY;
/**
* The current Frame visible area - width
*/
- protected int visibleAreaWidth;
+ protected int fVisibleAreaWidth;
/**
* The current Frame visible area - height
*/
- protected int visibleAreaHeight;
+ protected int fVisibleAreaHeight;
/**
* The event occurrence spacing (-1 for none)
*/
- protected int forceEventOccurrenceSpacing = -1;
+ protected int fForceEventOccurrenceSpacing = -1;
/**
* Flag to indicate customized minumum and maximum.
*/
- protected boolean customMinMax = false;
+ protected boolean fCustomMinMax = false;
/**
* The minimum time between messages of the sequence diagram frame.
*/
- protected ITmfTimestamp minSDTime = new TmfTimestamp();
+ protected ITmfTimestamp fMinSDTime = new TmfTimestamp();
/**
* The maximum time between messages of the sequence diagram frame.
*/
- protected ITmfTimestamp maxSDTime = new TmfTimestamp();
+ protected ITmfTimestamp fMaxSDTime = new TmfTimestamp();
/**
* Flag to indicate that initial minimum has to be computed.
*/
- protected boolean initSDMin = true;
+ protected boolean fInitSDMin = true;
// ------------------------------------------------------------------------
// Constructors
* Creates an empty frame.
*/
public BasicFrame() {
- Metrics.setForcedEventSpacing(forceEventOccurrenceSpacing);
+ Metrics.setForcedEventSpacing(fForceEventOccurrenceSpacing);
}
// ------------------------------------------------------------------------
* @return the greater event occurrence
*/
protected int getMaxEventOccurrence() {
- return verticalIndex;
+ return fVerticalIndex;
}
/**
* @param eventOccurrence the new greater event occurrence
*/
protected void setMaxEventOccurrence(int eventOccurrence) {
- verticalIndex = eventOccurrence;
+ fVerticalIndex = eventOccurrence;
}
/**
* @return a new lifeline index
*/
protected int getNewHorizontalIndex() {
- return ++horizontalIndex;
+ return ++fHorizontalIndex;
}
/**
* @see Frame#getNewHorizontalIndex() for horizontal index description
*/
protected int getHorizontalIndex() {
- return horizontalIndex;
+ return fHorizontalIndex;
}
/*
*/
@Override
public void addNode(GraphNode nodeToAdd) {
- computeMinMax = true;
+ fComputeMinMax = true;
super.addNode(nodeToAdd);
}
*/
@Override
public int getWidth() {
- if (horizontalIndex == 0) {
+ if (fHorizontalIndex == 0) {
return 3 * Metrics.swimmingLaneWidth() + Metrics.LIFELINE_H_MAGIN * 2 - Metrics.FRAME_H_MARGIN - Metrics.LIFELINE_SPACING / 2;
} else {
- return horizontalIndex * Metrics.swimmingLaneWidth() + Metrics.LIFELINE_H_MAGIN * 2 + 1 - Metrics.LIFELINE_SPACING;
+ return fHorizontalIndex * Metrics.swimmingLaneWidth() + Metrics.LIFELINE_H_MAGIN * 2 + 1 - Metrics.LIFELINE_SPACING;
}
}
@Override
public int getHeight() {
// The Frame height depends on the maximum number of messages added to a lifeline
- if (verticalIndex == 0) {
+ if (fVerticalIndex == 0) {
return 5 * (Metrics.getMessagesSpacing() + Metrics.getMessageFontHeigth()) + Metrics.LIFELINE_NAME_H_MARGIN + Metrics.FRAME_NAME_H_MARGIN + Metrics.getFrameFontHeigth() + Metrics.LIFELINE_VT_MAGIN + Metrics.LIFELINE_VB_MAGIN
+ Metrics.LIFELINE_NAME_H_MARGIN + Metrics.FRAME_NAME_H_MARGIN + Metrics.getLifelineFontHeigth() * 2;
}
- if (forceEventOccurrenceSpacing >= 0) {
- Metrics.setForcedEventSpacing(forceEventOccurrenceSpacing);
+ if (fForceEventOccurrenceSpacing >= 0) {
+ Metrics.setForcedEventSpacing(fForceEventOccurrenceSpacing);
}
- return verticalIndex * (Metrics.getMessagesSpacing() + Metrics.getMessageFontHeigth()) + Metrics.LIFELINE_NAME_H_MARGIN + Metrics.FRAME_NAME_H_MARGIN + Metrics.getFrameFontHeigth() + Metrics.LIFELINE_VT_MAGIN + Metrics.LIFELINE_VB_MAGIN
+ return fVerticalIndex * (Metrics.getMessagesSpacing() + Metrics.getMessageFontHeigth()) + Metrics.LIFELINE_NAME_H_MARGIN + Metrics.FRAME_NAME_H_MARGIN + Metrics.getFrameFontHeigth() + Metrics.LIFELINE_VT_MAGIN + Metrics.LIFELINE_VB_MAGIN
+ Metrics.LIFELINE_NAME_H_MARGIN + Metrics.FRAME_NAME_H_MARGIN + Metrics.getLifelineFontHeigth() * 2;
}
// only lifeline list is x ordered
// Stop browsing the list if the node is outside the visible area
// all others nodes will be not visible
- if ((node instanceof Lifeline) && (node.getX() > visibleAreaX + visibleAreaWidth)) {
+ if ((node instanceof Lifeline) && (node.getX() > fVisibleAreaX + fVisibleAreaWidth)) {
break;
}
if (node.getHeight() < 0) {
- if (node.getY() + node.getHeight() > visibleAreaY + visibleAreaHeight) {
+ if (node.getY() + node.getHeight() > fVisibleAreaY + fVisibleAreaHeight) {
break;
}
} else {
- if (node.getY() > visibleAreaY + visibleAreaHeight) {
+ if (node.getY() > fVisibleAreaY + fVisibleAreaHeight) {
break;
}
}
* @param context the context to draw to
*/
protected void drawFrame(IGC context) {
- context.setBackground(Frame.getUserPref().getBackGroundColor(ISDPreferences.PREF_FRAME));
- context.setForeground(Frame.getUserPref().getForeGroundColor(ISDPreferences.PREF_FRAME));
+
+ ISDPreferences pref = SDViewPref.getInstance();
+
+ context.setBackground(pref.getBackGroundColor(ISDPreferences.PREF_FRAME));
+ context.setForeground(pref.getForeGroundColor(ISDPreferences.PREF_FRAME));
int x = getX();
int y = getY();
context.fillRectangle(x, y, w, h);
context.drawRectangle(x, y, w, h);
- context.setBackground(Frame.getUserPref().getBackGroundColor(ISDPreferences.PREF_FRAME_NAME));
- context.setForeground(Frame.getUserPref().getForeGroundColor(ISDPreferences.PREF_FRAME_NAME));
- context.setFont(Frame.getUserPref().getFont(ISDPreferences.PREF_FRAME_NAME));
+ context.setBackground(pref.getBackGroundColor(ISDPreferences.PREF_FRAME_NAME));
+ context.setForeground(pref.getForeGroundColor(ISDPreferences.PREF_FRAME_NAME));
+ context.setFont(pref.getFont(ISDPreferences.PREF_FRAME_NAME));
int nameWidth = context.textExtent(getName()) + 2 * Metrics.FRAME_NAME_V_MARGIN;
int nameHeight = Metrics.getFrameFontHeigth() + +Metrics.FRAME_NAME_H_MARGIN * 2;
context.drawPolygon(points);
context.drawLine(x, y, x, y + nameHeight);
- context.setForeground(Frame.getUserPref().getFontColor(ISDPreferences.PREF_FRAME_NAME));
+ context.setForeground(pref.getFontColor(ISDPreferences.PREF_FRAME_NAME));
context.drawTextTruncatedCentred(getName(), x, y, nameWidth - 11, nameHeight, false);
- context.setBackground(Frame.getUserPref().getBackGroundColor(ISDPreferences.PREF_FRAME));
- context.setForeground(Frame.getUserPref().getForeGroundColor(ISDPreferences.PREF_FRAME));
+ context.setBackground(pref.getBackGroundColor(ISDPreferences.PREF_FRAME));
+ context.setForeground(pref.getForeGroundColor(ISDPreferences.PREF_FRAME));
}
/*
* @see org.eclipse.linuxtools.tmf.ui.views.uml2sd.core.GraphNode#draw(IGC)
*/
protected void draw(IGC context, boolean drawFrame) {
- visibleAreaHeight = context.getVisibleHeight();
- visibleAreaWidth = context.getVisibleWidth();
- visibleAreaX = context.getContentsX();
- visibleAreaY = context.getContentsY();
+ fVisibleAreaHeight = context.getVisibleHeight();
+ fVisibleAreaWidth = context.getVisibleWidth();
+ fVisibleAreaX = context.getContentsX();
+ fVisibleAreaY = context.getContentsY();
- if (forceEventOccurrenceSpacing >= 0) {
- Metrics.setForcedEventSpacing(forceEventOccurrenceSpacing);
+ if (fForceEventOccurrenceSpacing >= 0) {
+ Metrics.setForcedEventSpacing(fForceEventOccurrenceSpacing);
} else {
Metrics.setForcedEventSpacing(-1);
}
- if (userPref == null) {
- return;
- }
- super.drawChildenNodes(context);
- }
- /**
- * Sets the sequence diagram preferences.
- *
- * @param pref the preferences to set.
- */
- public static void setUserPref(ISDPreferences pref) {
- userPref = pref;
- }
-
- /**
- * Returns the sequence diagram preferences.
- * @return the sequence diagram preferences.
- */
- public static ISDPreferences getUserPref() {
- return userPref;
+ super.drawChildenNodes(context);
}
/**
* @param space A spacing to set.
*/
public void forceEventOccurrenceSpacing(int space) {
- forceEventOccurrenceSpacing = space;
+ fForceEventOccurrenceSpacing = space;
}
/**
* @return the X coordinates of the frame visible area
*/
public int getVisibleAreaX() {
- return visibleAreaX;
+ return fVisibleAreaX;
}
/**
* @return the frame visible area width
*/
public int getVisibleAreaWidth() {
- return visibleAreaWidth;
+ return fVisibleAreaWidth;
}
/**
* @return the frame visible area height
*/
public int getVisibleAreaHeight() {
- return visibleAreaHeight;
+ return fVisibleAreaHeight;
}
/**
* @return the X coordinates of the frame visible area
*/
public int getVisibleAreaY() {
- return visibleAreaY;
+ return fVisibleAreaY;
}
/**
* @return the minimum GraphNode time
*/
public ITmfTimestamp getMinTime() {
- if (lastExternalTimePref != SDViewPref.getInstance().excludeExternalTime()) {
- lastExternalTimePref = SDViewPref.getInstance().excludeExternalTime();
- computeMinMax = true;
+ if (fLastExternalTimePref != SDViewPref.getInstance().excludeExternalTime()) {
+ fLastExternalTimePref = SDViewPref.getInstance().excludeExternalTime();
+ fComputeMinMax = true;
}
- if ((computeMinMax) && (!customMinMax)) {
+ if ((fComputeMinMax) && (!fCustomMinMax)) {
computeMinMax();
- computeMinMax = false;
+ fComputeMinMax = false;
}
- return minTime;
+ return fMinTime;
}
public void setMin(ITmfTimestamp min) {
- minTime = min;
- customMinMax = true;
+ fMinTime = min;
+ fCustomMinMax = true;
}
public void setMax(ITmfTimestamp max) {
- maxTime = max;
- customMinMax = true;
+ fMaxTime = max;
+ fCustomMinMax = true;
}
public void resetCustomMinMax() {
- customMinMax = false;
- computeMinMax = true;
+ fCustomMinMax = false;
+ fComputeMinMax = true;
}
/**
* @return the maximum GraphNode time
*/
public ITmfTimestamp getMaxTime() {
- if (lastExternalTimePref != SDViewPref.getInstance().excludeExternalTime()) {
- lastExternalTimePref = SDViewPref.getInstance().excludeExternalTime();
- computeMinMax = true;
+ if (fLastExternalTimePref != SDViewPref.getInstance().excludeExternalTime()) {
+ fLastExternalTimePref = SDViewPref.getInstance().excludeExternalTime();
+ fComputeMinMax = true;
}
- if (computeMinMax) {
+ if (fComputeMinMax) {
computeMinMax();
- computeMinMax = false;
+ fComputeMinMax = false;
}
- return maxTime;
+ return fMaxTime;
}
/**
* Computes the minimum and maximum time between consecutive messages within the frame.
*/
protected void computeMaxMinTime() {
- if (!initSDMin) {
+ if (!fInitSDMin) {
return;
}
List<SDTimeEvent> timeArray = buildTimeArray();
- if (timeArray == null) {
+
+ if ((timeArray == null) || timeArray.isEmpty()) {
return;
}
for (int i = 0; i < timeArray.size(); i++) {
SDTimeEvent m = (SDTimeEvent) timeArray.get(i);
- if (m.getTime().compareTo(maxSDTime, true) > 0) {
- maxSDTime = m.getTime();
+ if (m.getTime().compareTo(fMaxSDTime, true) > 0) {
+ fMaxSDTime = m.getTime();
}
- if ((m.getTime().compareTo(minSDTime, true) < 0) || (initSDMin == true)) {
- minSDTime = m.getTime();
- initSDMin = false;
+ if ((m.getTime().compareTo(fMinSDTime, true) < 0) || fInitSDMin) {
+ fMinSDTime = m.getTime();
+ fInitSDMin = false;
}
}
}
*/
public ITmfTimestamp getSDMinTime() {
computeMaxMinTime();
- return minSDTime;
+ return fMinSDTime;
}
/**
*/
public ITmfTimestamp getSDMaxTime() {
computeMaxMinTime();
- return maxSDTime;
+ return fMaxSDTime;
}
/**
*/
protected void computeMinMax() {
List<SDTimeEvent> timeArray = buildTimeArray();
- if (timeArray == null) {
+
+ if ((timeArray == null) || timeArray.isEmpty()) {
return;
}
for (int i = 0; i < timeArray.size() - 1; i++) {
*/
protected void updateMinMax(SDTimeEvent m1, SDTimeEvent m2) {
ITmfTimestamp delta = m2.getTime().getDelta(m1.getTime());
- if (computeMinMax) {
- minTime = delta.clone();
- if (minTime.compareTo(TmfTimestamp.ZERO, false) < 0) {
- minTime = new TmfTimestamp(0, m1.getTime().getScale(), m1.getTime().getPrecision());
+ if (fComputeMinMax) {
+ fMinTime = delta.clone();
+ if (fMinTime.compareTo(TmfTimestamp.ZERO, false) < 0) {
+ fMinTime = new TmfTimestamp(0, m1.getTime().getScale(), m1.getTime().getPrecision());
}
- maxTime = minTime.clone();
- computeMinMax = false;
+ fMaxTime = fMinTime.clone();
+ fComputeMinMax = false;
}
- if ((delta.compareTo(minTime, true) < 0) && (delta.compareTo(TmfTimestamp.ZERO, false) > 0)) {
- minTime = delta.clone();
+ if ((delta.compareTo(fMinTime, true) < 0) && (delta.compareTo(TmfTimestamp.ZERO, false) > 0)) {
+ fMinTime = delta.clone();
}
- if ((delta.compareTo(maxTime, true) > 0) && (delta.compareTo(TmfTimestamp.ZERO, false) > 0)) {
- maxTime = delta.clone();
+ if ((delta.compareTo(fMaxTime, true) > 0) && (delta.compareTo(TmfTimestamp.ZERO, false) > 0)) {
+ fMaxTime = delta.clone();
}
}
/**
* Builds the time array based on the list of graph nodes.
*
- * @return the time array else <code>null</code>.
+ * @return the time array else empty list.
*/
protected List<SDTimeEvent> buildTimeArray() {
- if (!hasChilden) {
- return null;
+ if (!fHasChilden) {
+ return new ArrayList<SDTimeEvent>();
}
- Iterator<String> it = fSort.keySet().iterator();
+ Iterator<String> it = fForwardSort.keySet().iterator();
List<SDTimeEvent> timeArray = new ArrayList<SDTimeEvent>();
while (it.hasNext()) {
String nodeType = it.next();
- List<GraphNode> list = (List<GraphNode>) nodes.get(nodeType);
+ List<GraphNode> list = (List<GraphNode>) fNodes.get(nodeType);
for (int i = 0; i < list.size(); i++) {
Object timedNode = list.get(i);
if ((timedNode instanceof ITimeRange) && ((ITimeRange) timedNode).hasTimeInfo()) {
projects / deliverable / tracecompass.git / blobdiff