/** Test of a minimized mode with additional names. */
public void testLoadMode08() throws Exception {
System.out.println("");
System.out.println("ModeParserTest.testLoadMode08 START");
ModeParser modeParser = createModeParser("data/valid/Windows/Modes", "mode08");
ModeConfig modeCfg = modeParser.load();
// Check loaded data
assertNotNull("Could not load data.", modeCfg);
InternalConfig internalCfg = modeParser.getInternalConfig();
assertNotNull("Could not load internal data.", internalCfg);
// Check data
assertTrue("Mode minimized", modeCfg.minimized);
assertEquals("Other names", 2, modeCfg.otherNames.size());
assertTrue("Other names", modeCfg.otherNames.contains("mode00"));
assertTrue("Other names", modeCfg.otherNames.contains("mode01"));
System.out.println("ModeParserTest.testLoadMode08 FINISH");
}
/** Test of a mode with with previously active tc */
public void testLoadMode07() throws Exception {
System.out.println("");
System.out.println("ModeParserTest.testLoadMode07 START");
ModeParser modeParser = createModeParser("data/valid/Windows/Modes", "mode07");
ModeConfig modeCfg = modeParser.load();
// Check loaded data
assertNotNull("Could not load data.", modeCfg);
InternalConfig internalCfg = modeParser.getInternalConfig();
assertNotNull("Could not load internal data.", internalCfg);
// Check data
assertEquals("Mode state", Constants.MODE_STATE_JOINED, modeCfg.state);
assertEquals("Mode type", Constants.MODE_KIND_VIEW, modeCfg.kind);
assertEquals("Active TC", "filesystems", modeCfg.selectedTopComponentID);
assertEquals("Previous active TC", "explorer", modeCfg.previousSelectedTopComponentID);
assertTrue("Permanent", modeCfg.permanent);
System.out.println("ModeParserTest.testLoadMode07 FINISH");
}
/** Test of sliding mode with pre-defined slide-in sizes */
public void testLoadMode06() throws Exception {
System.out.println("");
System.out.println("ModeParserTest.testLoadMode06 START");
ModeParser modeParser = createModeParser("data/valid/Windows/Modes", "mode06");
ModeConfig modeCfg = modeParser.load();
// Check loaded data
assertNotNull("Could not load data.", modeCfg);
// Check data
assertEquals("Mode kind", Constants.MODE_KIND_SLIDING, modeCfg.kind);
assertEquals("Mode sliding side", Constants.LEFT, modeCfg.side);
assertEquals("Active TC", "output", modeCfg.selectedTopComponentID);
assertTrue("Permanent", modeCfg.permanent);
Map<String, Integer> slideInSizes = modeCfg.slideInSizes;
assertNotNull(slideInSizes);
assertEquals(2, slideInSizes.size());
assertEquals(Integer.valueOf(123), slideInSizes.get("output"));
assertEquals(Integer.valueOf(321), slideInSizes.get("someOtherTopComponentId"));
System.out.println("ModeParserTest.testLoadMode06 FINISH");
}
/** Test of loaded data */
public void testLoadMode05() throws Exception {
System.out.println("");
System.out.println("ModeParserTest.testLoadMode05 START");
ModeParser modeParser = createModeParser("data/valid/Windows/Modes", "mode05");
ModeConfig modeCfg = modeParser.load();
// Check loaded data
assertNotNull("Could not load data.", modeCfg);
// Check data
assertEquals("Mode kind", Constants.MODE_KIND_SLIDING, modeCfg.kind);
assertEquals("Mode sliding side", Constants.LEFT, modeCfg.side);
// assertEquals("Mode state",Constants.MODE_STATE_SEPARATED,modeCfg.state);
// assertNotNull("Mode constraints are null",modeCfg.constraints);
// assertEquals("Mode constraints are not empty",0,modeCfg.constraints.length);
// assertNull("Mode bounds are not null",modeCfg.bounds);
// assertNotNull("Mode relative bounds are null",modeCfg.relativeBounds);
// assertEquals("Mode relative bounds x",0,modeCfg.relativeBounds.x);
// assertEquals("Mode relative bounds y",0,modeCfg.relativeBounds.y);
// assertEquals("Mode relative bounds width",40,modeCfg.relativeBounds.width);
// assertEquals("Mode relative bounds height",20,modeCfg.relativeBounds.height);
// assertEquals("Mode frame state",Frame.MAXIMIZED_BOTH,modeCfg.frameState);
assertEquals("Active TC", "output", modeCfg.selectedTopComponentID);
assertTrue("Permanent", modeCfg.permanent);
System.out.println("ModeParserTest.testLoadMode05 FINISH");
}
private ModeParser createModeParser(String path, String name) {
URL url;
url = ModeParserTest.class.getResource(path);
assertNotNull("url not found.", url);
FileObject parentFolder = URLMapper.findFileObject(url);
assertNotNull("Test parent folder not found. ParentFolder is null.", url);
Set setLocal = new HashSet();
ModeParser modeParser = new ModeParser(name, setLocal);
modeParser.setInLocalFolder(true);
modeParser.setLocalParentFolder(parentFolder);
return modeParser;
}
/** Test of file name and value of attribute "unique" mismatch. */
public void testLoadMode06Invalid() throws Exception {
System.out.println("");
System.out.println("ModeParserTest.testLoadMode06Invalid START");
ModeParser modeParser = createModeParser("data/invalid/Windows/Modes", "mode06");
try {
modeParser.load();
} catch (IOException exc) {
// ErrorManager.getDefault().notify(ErrorManager.INFORMATIONAL, exc);
System.out.println("ModeParserTest.testLoadMode06Invalid FINISH");
return;
}
fail("Sliding mode is not allowed to have other mode names.");
}
/** Test of missing required attribute "unique" of element "name". */
public void testLoadMode03Invalid() throws Exception {
System.out.println("");
System.out.println("ModeParserTest.testLoadMode03Invalid START");
ModeParser modeParser = createModeParser("data/invalid/Windows/Modes", "mode03");
try {
modeParser.load();
} catch (IOException exc) {
// ErrorManager.getDefault().notify(ErrorManager.INFORMATIONAL, exc);
System.out.println("ModeParserTest.testLoadMode03Invalid FINISH");
return;
}
fail("Missing required attribute \"unique\" of element \"name\" was not detected.");
}
/** Test of empty file */
public void testLoadMode02Invalid() throws Exception {
System.out.println("");
System.out.println("ModeParserTest.testLoadMode02Invalid START");
ModeParser modeParser = createModeParser("data/invalid/Windows/Modes", "mode02");
try {
modeParser.load();
} catch (IOException exc) {
// ErrorManager.getDefault().notify(ErrorManager.INFORMATIONAL, exc);
System.out.println("ModeParserTest.testLoadMode02Invalid FINISH");
return;
}
fail("Empty file was not detected.");
}
/** Test of saving a minimized mode with other names. */
public void testSaveMode08() throws Exception {
System.out.println("");
System.out.println("ModeParserTest.testSaveMode08 START");
ModeParser modeParser = createModeParser("data/valid/Windows/Modes", "mode08");
ModeConfig modeCfg1 = modeParser.load();
modeParser.save(modeCfg1);
ModeConfig modeCfg2 = modeParser.load();
// Compare data
assertTrue("Compare configuration data", modeCfg1.equals(modeCfg2));
System.out.println("ModeParserTest.testSaveMode08 FINISH");
}
/** Test of loaded data */
public void testLoadMode01() throws Exception {
System.out.println("");
System.out.println("ModeParserTest.testLoadMode01 START");
ModeParser modeParser = createModeParser("data/valid/Windows/Modes", "mode01");
ModeConfig modeCfg = modeParser.load();
// Check loaded data
assertNotNull("Could not load data.", modeCfg);
InternalConfig internalCfg = modeParser.getInternalConfig();
assertNotNull("Could not load internal data.", internalCfg);
// Check internal data
assertEquals("moduleCodeNameBase", "org.netbeans.core.ui", internalCfg.moduleCodeNameBase);
assertEquals("moduleCodeNameBase", "1", internalCfg.moduleCodeNameRelease);
assertEquals("moduleCodeNameBase", "1.2", internalCfg.moduleSpecificationVersion);
// Check data
assertEquals("Mode state", Constants.MODE_STATE_JOINED, modeCfg.state);
assertFalse("Mode minimized", modeCfg.minimized);
assertNull("Other mode names", modeCfg.otherNames);
assertNotNull("Mode constraints are null", modeCfg.constraints);
assertEquals("Mode constraints are not empty", 0, modeCfg.constraints.length);
assertEquals("Mode type", Constants.MODE_KIND_EDITOR, modeCfg.kind);
assertNull("Mode bounds are not null", modeCfg.bounds);
assertNull("Mode relative bounds are not null", modeCfg.relativeBounds);
assertNotNull("Active TC is null", modeCfg.selectedTopComponentID);
assertEquals("Active TC is not empty", "", modeCfg.selectedTopComponentID);
assertNotNull("Previous active TC is null", modeCfg.previousSelectedTopComponentID);
assertEquals("Previous active TC is not empty", "", modeCfg.previousSelectedTopComponentID);
assertTrue("Permanent", modeCfg.permanent);
System.out.println("ModeParserTest.testLoadMode01 FINISH");
}
/** Test of loaded data */
public void testLoadMode02() throws Exception {
System.out.println("");
System.out.println("ModeParserTest.testLoadMode02 START");
ModeParser modeParser = createModeParser("data/valid/Windows/Modes", "mode02");
ModeConfig modeCfg = modeParser.load();
// Check loaded data
assertNotNull("Could not load data.", modeCfg);
// Check data
assertEquals("Mode state", Constants.MODE_STATE_JOINED, modeCfg.state);
assertNotNull("Mode constraints are null", modeCfg.constraints);
assertEquals("Mode constraints array has incorrect size", 2, modeCfg.constraints.length);
SplitConstraint item;
item = modeCfg.constraints[0];
assertEquals("Mode constraint 0 - orientation", Constants.VERTICAL, item.orientation);
assertEquals("Mode constraint 0 - index", 1, item.index);
assertEquals("Mode constraint 0 - weight", 0.3, item.splitWeight, 0.0);
item = modeCfg.constraints[1];
assertEquals("Mode constraint 1 - orientation", Constants.HORIZONTAL, item.orientation);
assertEquals("Mode constraint 1 - index", 0, item.index);
assertEquals("Mode constraint 1 - weight", 0.5, item.splitWeight, 0.0);
assertNull("Mode bounds are not null", modeCfg.bounds);
assertNull("Mode relative bounds are not null", modeCfg.relativeBounds);
assertEquals("Mode type", Constants.MODE_KIND_VIEW, modeCfg.kind);
assertEquals("Active TC", "output", modeCfg.selectedTopComponentID);
assertFalse("Permanent", modeCfg.permanent);
System.out.println("ModeParserTest.testLoadMode02 FINISH");
}