List of usage examples for javax.swing JScrollBar setVisibleAmount
@BeanProperty(bound = false, preferred = true, description = "The amount of the view that is currently visible.") public void setVisibleAmount(int extent)
From source file:com.att.aro.ui.view.waterfalltab.WaterfallPanel.java
/** * Refreshes the waterfall display with the specified analysis data * @param Analyzed data from aro core./*from w w w . j ava 2s .com*/ */ public void refresh(AROTraceData aModel) { this.popup.refresh(null, 0); this.popup.setVisible(false); double range = DEFAULT_TIMELINE; // Create sorted list of request/response pairs List<WaterfallCategory> categoryList = new ArrayList<WaterfallCategory>(); if (aModel != null && aModel.getAnalyzerResult() != null) { this.traceDuration = aModel.getAnalyzerResult().getTraceresult().getTraceDuration(); // add 20% to make sure labels close to the right edge of the screen are visible this.traceDuration *= 1.2; range = Math.min(this.traceDuration, DEFAULT_TIMELINE); for (Session tcpSession : aModel.getAnalyzerResult().getSessionlist()) { Session thisSession = tcpSession; if (!tcpSession.isUDP()) { for (HttpRequestResponseInfo reqResInfo : tcpSession.getRequestResponseInfo()) { if (reqResInfo.getDirection() == HttpDirection.REQUEST && reqResInfo.getWaterfallInfos() != null) { categoryList.add(new WaterfallCategory(reqResInfo, thisSession)); } } } } // Sort and set index Collections.sort(categoryList); int index = 0; for (WaterfallCategory wCategory : categoryList) { wCategory.setIndex(++index); } } // Horizontal scroll bar used to scroll through trace duration JScrollBar hScrollBar = getHorizontalScroll(); hScrollBar.setMaximum((int) Math.ceil(this.traceDuration)); // Set the visible time range setTimeRange(0, range); CategoryAxis cAxis = getCategoryAxis(); cAxis.clearCategoryLabelToolTips(); // Build the dataset DefaultCategoryDataset underlying = new DefaultCategoryDataset(); for (WaterfallCategory wfc : categoryList) { RequestResponseTimeline rrTimeLine = wfc.getReqResp().getWaterfallInfos(); underlying.addValue(rrTimeLine.getStartTime(), Waterfall.BEFORE, wfc); underlying.addValue(rrTimeLine.getDnsLookupDuration(), Waterfall.DNS_LOOKUP, wfc); underlying.addValue(rrTimeLine.getInitialConnDuration(), Waterfall.INITIAL_CONNECTION, wfc); underlying.addValue(rrTimeLine.getSslNegotiationDuration(), Waterfall.SSL_NEGOTIATION, wfc); underlying.addValue(rrTimeLine.getRequestDuration(), Waterfall.REQUEST_TIME, wfc); underlying.addValue(rrTimeLine.getTimeToFirstByte(), Waterfall.TIME_TO_FIRST_BYTE, wfc); underlying.addValue(rrTimeLine.getContentDownloadDuration(), Waterfall.CONTENT_DOWNLOAD, wfc); underlying.addValue(null, Waterfall.HTTP_3XX_REDIRECTION, wfc); underlying.addValue(null, Waterfall.HTTP_4XX_CLIENTERROR, wfc); int code = wfc.getReqResp().getAssocReqResp().getStatusCode(); double endTime = this.traceDuration - rrTimeLine.getStartTime() - rrTimeLine.getTotalTime(); if (code >= 300 && code < 400) { underlying.addValue(endTime, Waterfall.AFTER_3XX, wfc); } else if (code >= 400) { underlying.addValue(endTime, Waterfall.AFTER_4XX, wfc); } else { underlying.addValue(endTime, Waterfall.AFTER, wfc); } cAxis.addCategoryLabelToolTip(wfc, wfc.getTooltip()); } // Vertical scroll bar is used to scroll through data JScrollBar vScrollBar = getVerticalScroll(); int count = underlying.getColumnCount(); vScrollBar.setValue(0); vScrollBar.setMaximum(count); vScrollBar.setVisibleAmount(count > 0 ? this.dataset.getMaximumCategoryCount() - 1 / count : 1); // Add the dataset to the plot CategoryPlot plot = getChartPanel().getChart().getCategoryPlot(); this.dataset = new SlidingCategoryDataset(underlying, 0, CATEGORY_MAX_COUNT); plot.setDataset(this.dataset); // Place proper colors on renderer for waterfall states final CategoryItemRenderer renderer = plot.getRenderer(); for (Object obj : underlying.getRowKeys()) { Waterfall wFall = (Waterfall) obj; int index = underlying.getRowIndex(wFall); Color paint; switch (wFall) { case DNS_LOOKUP: paint = dnsLoolupColor; break; case INITIAL_CONNECTION: paint = initiaConnColor; break; case SSL_NEGOTIATION: paint = sslNegColor; break; case REQUEST_TIME: paint = requestTimeColor; break; case TIME_TO_FIRST_BYTE: paint = firstByteTimeColor; break; case CONTENT_DOWNLOAD: paint = contentDownloadColor; break; case AFTER_3XX: paint = noneColor; renderer.setSeriesItemLabelPaint(index, threexColor); renderer.setSeriesVisibleInLegend(index, false); break; case AFTER_4XX: paint = noneColor; renderer.setSeriesItemLabelPaint(index, fourxColor); renderer.setSeriesVisibleInLegend(index, false); break; case HTTP_3XX_REDIRECTION: paint = threexColor; break; case HTTP_4XX_CLIENTERROR: paint = fourxColor; break; default: renderer.setSeriesItemLabelPaint(index, Color.black); renderer.setSeriesVisibleInLegend(index, false); paint = noneColor; } renderer.setSeriesPaint(index, paint); } // Adding the label at the end of bars renderer.setBaseItemLabelGenerator(new StandardCategoryItemLabelGenerator() { private static final long serialVersionUID = 1L; @Override public String generateLabel(CategoryDataset dataset, int row, int column) { if (Waterfall.AFTER == dataset.getRowKey(row) || Waterfall.AFTER_3XX == dataset.getRowKey(row) || Waterfall.AFTER_4XX == dataset.getRowKey(row)) { WaterfallCategory waterfallItem = (WaterfallCategory) dataset.getColumnKey(column); RequestResponseTimeline waterfallInfos = waterfallItem.getReqResp().getWaterfallInfos(); DecimalFormat formatter = new DecimalFormat("#.##"); int code = waterfallItem.getReqResp().getAssocReqResp().getStatusCode(); return MessageFormat.format(ResourceBundleHelper.getMessageString("waterfall.totalTime"), formatter.format(waterfallInfos.getTotalTime()), code > 0 ? waterfallItem.getReqResp().getScheme() + " " + code : ResourceBundleHelper.getMessageString("waterfall.unknownCode")); } return null; } }); }
From source file:com.att.aro.ui.view.waterfalltab.WaterfallPanel.java
/** * Setting the time range for the graph. * @param low//from ww w .j ava 2 s.c o m * @param high */ private void setTimeRange(double low, double high) { double lTime = low; double hTime = high; boolean zoomInEnabled = true; boolean zoomOutEnabled = true; JScrollBar scrollBarr = getHorizontalScroll(); if (hTime > traceDuration) { double delta = hTime - traceDuration; lTime = lTime - delta; hTime = hTime - delta; if (lTime < 0) { lTime = 0.0; } } if (hTime - lTime <= 1.0) { hTime = lTime + 1.0; zoomInEnabled = false; } if ((hTime - lTime) < traceDuration) { zoomOutEnabled = true; } else { zoomOutEnabled = false; } // logger.log(Level.FINE, "Range set to {0} - {1}", new Object[] {low, high}); scrollBarr.setValue((int) lTime); scrollBarr.setVisibleAmount((int) Math.ceil(hTime - lTime)); scrollBarr.setBlockIncrement(scrollBarr.getVisibleAmount()); // Enable zoom buttons appropriately zoomOutButton.setEnabled(zoomOutEnabled); zoomInButton.setEnabled(zoomInEnabled); }
From source file:savant.view.variation.swing.VariationModule.java
public void visibleRangeChanged(String ref, Range r) { if (r.getLength() > ResolutionSettings.getVariantLowToHighThreshold()) { showMessage(ZOOM_MESSAGE);/*from ww w.ja v a2 s . c o m*/ } else { try { // Detach the adjustment listeners so that setting the maximum doesn't fire an event. for (JScrollBar sb : scrollers) { sb.removeAdjustmentListener(scrollerListener); } for (JScrollBar sb : scrollers) { sb.setMaximum(LocationController.getInstance().getMaxRangeEnd()); sb.setValue(r.getFrom()); sb.setVisibleAmount(r.getLength()); sb.setBlockIncrement(r.getLength()); sb.repaint(); } } finally { // Reattach the adjustment listeners. for (JScrollBar sb : scrollers) { sb.addAdjustmentListener(scrollerListener); } } } rangeField.setText(String.format("%s:%d-%d", ref, r.getFrom(), r.getTo())); }