public void run() { _running = true; initialFound = true; // Looking for the target for the first time Debug.log("[Tracker] Looking for the target for the first time"); match = null; while (_running && (match == null)) { try { match = _screen.exists(_pattern, 0.5); } catch (Exception ex) { } } // this means the tracker has been stopped before the pattern is found if (match == null) return; Debug.log("[Tracker] Pattern is found for the first time"); anchor.setLocation(match.x, match.y); anchor.setSize(match.w, match.h); SklAnimationFactory.createFadeinAnimation(anchor).start(); try { _screen.click(match, 0); } catch (FindFailed e) { } if (transitionListener != null) transitionListener.transitionOccurred(this); }
@Override public void setLocationRelativeToRegion(Region region, Layout side) { setBoundsRelativeToComponent(source); Debug.info("[Shadow] UDPATED: " + this); super.setLocationRelativeToRegion(region, side); }
private void loadPrefs() { SikuliIDE ide = SikuliIDE.getInstance(); double delay = pref.getCaptureDelay(); _spnDelay.setValue(delay); _old_cap_hkey = _cap_hkey = pref.getCaptureHotkey(); _old_cap_mod = _cap_mod = pref.getCaptureHotkeyModifiers(); setTxtHotkey(_cap_hkey, _cap_mod); switch (pref.getAutoNamingMethod()) { case UserPreferences.AUTO_NAMING_TIMESTAMP: _radTimestamp.setSelected(true); break; case UserPreferences.AUTO_NAMING_OCR: _radOCR.setSelected(true); break; case UserPreferences.AUTO_NAMING_OFF: _radOff.setSelected(true); break; default: Debug.error("Error in reading auto naming method preferences"); } _chkAutoUpdate.setSelected(pref.getCheckUpdate()); _chkExpandTab.setSelected(pref.getExpandTab()); _spnTabWidth.setValue(pref.getTabWidth()); initFontPrefs(); initLangPrefs(); }
private void txtHotkeyKeyPressed(KeyEvent e) { int code = e.getKeyCode(); int mod = e.getModifiers(); Debug.log(7, "" + code + " " + mod); setTxtHotkey(code, mod); _txtHotkey.setEditable(false); }
public BufferedImage createShadowImage() { BufferedImage image = new BufferedImage( source.getWidth() + shadowSize * 2, source.getHeight() + shadowSize * 2, BufferedImage.TYPE_INT_ARGB); Graphics2D g2 = image.createGraphics(); g2.translate(shadowSize, shadowSize); source.paint(g2); shadowImage = new BufferedImage(image.getWidth(), image.getHeight(), BufferedImage.TYPE_INT_ARGB); getBlurOp(shadowSize).filter(createShadowMask(image), shadowImage); Debug.info("[Shadow] shadowImage: " + shadowImage); Debug.info("[Shadow] bounds: " + getBounds()); return shadowImage; }
public void testEnded(String testName) { Debug.log(8, "test ended: " + testName); synchUI(); SwingUtilities.invokeLater( new Runnable() { public void run() { if (fTestResult != null) { fCounterPanel.setRunValue(fTestResult.runCount()); fProgressIndicator.step(fTestResult.runCount(), fTestResult.wasSuccessful()); } } }); }
public void drawPathTo(SikuliGuide guide, String search_string) { Enumeration<GUINode> e = ((GUINode) getRoot()).breadthFirstEnumeration(); e.nextElement(); // pop the root GUINode matched_node = null; while (e.hasMoreElements()) { GUINode node = (GUINode) e.nextElement(); // fuzzy matching hack String s1 = removeSpaces(node.name.toLowerCase()); String s2 = removeSpaces(search_string.toLowerCase()); if (Math.abs(s1.length() - s2.length()) < 3 && Distance.LD(s1, s2) < 3) { matched_node = node; break; } } Debug.info("matched_node: " + matched_node); if (matched_node != null) { Match m = matched_node.findOnScreen(); if (m != null) { guide.addToFront(new SikuliGuideRectangle(m)); } else { GUINode ancestor = matched_node.findAncestorOnScreen(); if (ancestor != null) { matched_node.drawPathFromAncestor(guide, ancestor); } } } }
public void testStarted(String testName) { Debug.log(8, "test started: " + testName); }