public void computeKeySignalType(
Result result,
String typeName,
int keyCode,
int which,
String keyIdentifier,
boolean metaKey,
boolean ctrlKey,
boolean altKey,
boolean shiftKey) {
boolean ret = true;
int typeInt;
if ("keydown".equals(typeName)) {
typeInt = Event.ONKEYDOWN;
} else if ("keypress".equals(typeName)) {
typeInt = Event.ONKEYPRESS;
} else if ("keyup".equals(typeName)) {
result.type = null;
return;
} else {
throw new AssertionError("Non-key-event passed to computeKeySignalType");
}
KeySignalType type;
int computedKeyCode = which != 0 ? which : keyCode;
if (computedKeyCode == 10) {
computedKeyCode = KeyCodes.KEY_ENTER;
}
// For non-firefox browsers, we only get keydown events for IME, no keypress
boolean isIME = computedKeyCode == IME_CODE;
boolean commandKey = commandIsCtrl ? ctrlKey : metaKey;
// Some trace logging very useful to debug
EditorStaticDeps.logger
.trace()
.log(
"KEY SIGNAL IN PROCESS identifier = "
+ keyIdentifier
+ " code = "
+ computedKeyCode
+ " type = "
+ (typeInt == Event.ONKEYDOWN ? "KeyDown" : "KeyPress")
+ (ctrlKey ? " CTRL" : "")
+ (shiftKey ? " SHIFT" : "")
+ (altKey ? " ALT" : ""));
switch (userAgent) {
case WEBKIT:
// This is a bit tricky because there are significant differences
// between safari 3.0 and safari 3.1...
// We could probably actually almost use the same code that we use for IE
// for safari 3.1, because with 3.1 the webkit folks made a big shift to
// get the events to be in line with IE for compatibility. 3.0 events
// are a lot more similar to FF, but different enough to need special
// handling. However, it seems that using more advanced features like
// keyIdentifier for safaris is probably better and more future-proof,
// as well as being compatible between the two, so for now we're not
// using IE logic for safari 3.1
// Weird special large keycode numbers for safari 3.0, where it gives
// us keypress events (though they happen after the dom is changed,
// for some things like delete. So not too useful). The number
// 63200 is known as the cutoff mark.
if (typeInt == Event.ONKEYDOWN && computedKeyCode > 63200) {
result.type = null;
return;
} else if (typeInt == Event.ONKEYPRESS) {
// Skip keypress for tab and escape, because they are the only non-input keys
// that don't have keycodes above 63200. This is to prevent them from being treated
// as INPUT in the || = keypress below. See (X) below
if (computedKeyCode == KeyCodes.KEY_ESCAPE || computedKeyCode == KeyCodes.KEY_TAB) {
result.type = null;
return;
}
}
// boolean isPossiblyCtrlInput = typeInt == Event.ONKEYDOWN && ret.getCtrlKey();
boolean isActuallyCtrlInput = false;
boolean startsWithUPlus = keyIdentifier != null && keyIdentifier.startsWith("U+");
// Need to use identifier for the delete key because the keycode conflicts
// with the keycode for the full stop.
if (isIME) {
// If is IME, override the logic below - we get keyIdentifiers for IME events,
// but those are basically useless as the event is basically still an IME input
// event (e.g. keyIdentifier might say "Up", but it's certainly not navigation,
// it's just the user selecting from the IME dialog).
type = KeySignalType.INPUT;
} else if ((DELETE_KEY_IDENTIFIER.equals(keyIdentifier) && typeInt == Event.ONKEYDOWN)
|| computedKeyCode == KeyCodes.KEY_BACKSPACE) {
// WAVE-407 Avoid missing the '.' char (KEYPRESS + CODE 46)
// ensuring it's a KEYDOWN event with a DELETE_KEY_IDENTIFIER
type = KeySignalType.DELETE;
} else if (NAVIGATION_KEY_IDENTIFIERS.containsKey(keyIdentifier)
&& typeInt == Event.ONKEYDOWN) {
// WAVE-407 Avoid missing chars with NAVIGATION_KEY_IDENTIFIERS but
// represeting a SHIFT + key char (! " · ...). Navigation events come
// with KEYDOWN, not with KEYPRESS
type = KeySignalType.NAVIGATION;
// Escape, backspace and context-menu-key (U+0010) are, to my knowledge,
// the only non-navigation keys that
// have a "U+..." keyIdentifier, so we handle them explicitly.
// (Backspace was handled earlier).
} else if (computedKeyCode == KeyCodes.KEY_ESCAPE || "U+0010".equals(keyIdentifier)) {
type = KeySignalType.NOEFFECT;
} else if (computedKeyCode < 63200
&& // if it's not a safari 3.0 non-input key (See (X) above)
(typeInt == Event.ONKEYPRESS
|| // if it's a regular keypress
startsWithUPlus
|| computedKeyCode == KeyCodes.KEY_ENTER)) {
type = KeySignalType.INPUT;
isActuallyCtrlInput = ctrlKey || (commandComboDoesntGiveKeypress && commandKey);
} else {
type = KeySignalType.NOEFFECT;
}
// Maybe nullify it with the same logic as IE, EXCEPT for the special
// Ctrl Input webkit behaviour, and IME for windows
if (isActuallyCtrlInput) {
if (computedKeyCode == KeyCodes.KEY_ENTER) {
ret = typeInt == Event.ONKEYDOWN;
}
// HACK(danilatos): Don't actually nullify isActuallyCtrlInput for key press.
// We get that for AltGr combos on non-mac computers.
} else if (isIME || keyCode == KeyCodes.KEY_TAB) {
ret = typeInt == Event.ONKEYDOWN;
} else {
ret = maybeNullWebkitIE(ret, typeInt, type);
}
if (!ret) {
result.type = null;
return;
}
break;
case GECKO:
boolean hasKeyCodeButNotWhich = keyCode != 0 && which == 0;
// Firefox is easy for deciding signal events, because it issues a keypress for
// whenever we would want a signal. So we can basically ignore all keydown events.
// It also, on all OSes, does any default action AFTER the keypress (even for
// things like Ctrl/Meta+C, etc). So keypress is perfect for us.
// Ctrl+Space is an exception, where we don't get a keypress
// Firefox also gives us keypress events even for Windows IME input
if (ctrlKey && !altKey && !shiftKey && computedKeyCode == ' ') {
if (typeInt != Event.ONKEYDOWN) {
result.type = null;
return;
}
} else if (typeInt == Event.ONKEYDOWN) {
result.type = null;
return;
}
// Backspace fails the !hasKeyCodeButNotWhich test, so check it explicitly first
if (computedKeyCode == KeyCodes.KEY_BACKSPACE) {
type = KeySignalType.DELETE;
// This 'keyCode' but not 'which' works very nicely for catching normal typing input keys,
// the only 'exceptions' I've seen so far are bksp & enter which have both
} else if (!hasKeyCodeButNotWhich
|| computedKeyCode == KeyCodes.KEY_ENTER
|| computedKeyCode == KeyCodes.KEY_TAB) {
type = KeySignalType.INPUT;
} else if (computedKeyCode == KeyCodes.KEY_DELETE) {
type = KeySignalType.DELETE;
} else if (NAVIGATION_KEYS.contains(computedKeyCode)) {
type = KeySignalType.NAVIGATION;
} else {
type = KeySignalType.NOEFFECT;
}
break;
case IE:
// Unfortunately IE gives us the least information, so there are no nifty tricks.
// So we pretty much need to use some educated guessing based on key codes.
// Experimentation page to the rescue.
boolean isKeydownForInputKey = isInputKeyCodeIE(computedKeyCode);
// IE has some strange behaviour with modifiers and whether or not there will
// be a keypress. Ctrl kills the keypress, unless shift is also held.
// Meta doesn't kill it. Alt always kills the keypress, overriding other rules.
boolean hasModifiersThatResultInNoKeyPress = altKey || (ctrlKey && !shiftKey);
if (typeInt == Event.ONKEYDOWN) {
if (isKeydownForInputKey) {
type = KeySignalType.INPUT;
} else if (computedKeyCode == KeyCodes.KEY_BACKSPACE
|| computedKeyCode == KeyCodes.KEY_DELETE) {
type = KeySignalType.DELETE;
} else if (NAVIGATION_KEYS.contains(computedKeyCode)) {
type = KeySignalType.NAVIGATION;
} else {
type = KeySignalType.NOEFFECT;
}
} else {
// Escape is the only non-input thing that has a keypress event
if (computedKeyCode == KeyCodes.KEY_ESCAPE) {
result.type = null;
return;
}
assert typeInt == Event.ONKEYPRESS;
// I think the guessCommandFromModifiers() check here isn't needed,
// but i feel safer putting it in.
type = KeySignalType.INPUT;
}
if (hasModifiersThatResultInNoKeyPress || isIME || computedKeyCode == KeyCodes.KEY_TAB) {
ret = typeInt == Event.ONKEYDOWN ? ret : false;
} else {
ret = maybeNullWebkitIE(ret, typeInt, type);
}
if (!ret) {
result.type = null;
return;
}
break;
default:
throw new UnsupportedOperationException("Unhandled user agent");
}
if (ret) {
result.type = type;
result.keyCode = computedKeyCode;
} else {
result.type = null;
return;
}
}
/**
* Parses a method type definition
*
* @param docMethod
* @return
*/
protected static Method ParseMethod(MethodDoc docMethod) {
assert (docMethod != null);
Method xmlMethod = new Method();
xmlMethod.name = docMethod.name();
xmlMethod.hash = computeHash(docMethod.qualifiedName(), docMethod.signature());
xmlMethod.qualifiedName = docMethod.qualifiedName();
xmlMethod.comment = docMethod.commentText();
xmlMethod.signature = docMethod.signature();
xmlMethod.isNative = docMethod.isNative();
xmlMethod.isVarArgs = docMethod.isVarArgs();
xmlMethod.isSynchronized = docMethod.isSynchronized();
xmlMethod.isFinal = docMethod.isFinal();
xmlMethod.isAbstract = docMethod.isAbstract();
xmlMethod.isStatic = docMethod.isStatic();
xmlMethod.scope = DetermineScope(docMethod);
// Parse parameters of the method
Parameter[] parameters = docMethod.parameters();
if (parameters != null && parameters.length > 0) {
ParamTag[] paramComments = docMethod.paramTags();
ArrayList<Param> paramList = new ArrayList<Param>();
for (Parameter parameter : parameters) {
ParamTag paramComment = null;
// look to see if this parameter has comments
// if so, paramComment will be set
for (ParamTag testParam : paramComments) {
String testParamName = testParam.parameterName();
if (testParamName != null) {
if (testParamName.compareTo(parameter.name()) == 0) {
paramComment = testParam;
break;
}
}
}
paramList.add(ParseParameter(parameter, paramComment));
}
xmlMethod.parameters = paramList.toArray(new Param[] {});
} else {
log.debug("No parameters for method: " + docMethod.name());
}
// Parse result data
Result returnInfo = new Result();
Tag[] returnTags = docMethod.tags("@return");
if (returnTags != null && returnTags.length > 0) {
// there should be only one return tag. but heck,
// if they specify two, so what...
StringBuilder builder = new StringBuilder();
for (Tag returnTag : returnTags) {
String returnTagText = returnTag.text();
if (returnTagText != null) {
builder.append(returnTagText);
builder.append("\n");
}
}
returnInfo.comment = builder.substring(0, builder.length() - 1);
}
returnInfo.type = ParseType(docMethod.returnType());
xmlMethod.result = returnInfo;
// Parse exceptions of the method
Type[] types = docMethod.thrownExceptionTypes();
ThrowsTag[] exceptionComments = docMethod.throwsTags();
if (types != null && types.length > 0) {
ArrayList<ExceptionInstance> exceptionList = new ArrayList<ExceptionInstance>();
for (Type exceptionType : types) {
ExceptionInstance exception = new ExceptionInstance();
exception.type = ParseType(exceptionType);
for (ThrowsTag exceptionComment : exceptionComments) {
if (exceptionType == exceptionComment.exceptionType()) {
exception.comment = exceptionComment.exceptionComment();
ClassDoc exceptionDetails = exceptionComment.exception();
// not yet parsing Exceptions defined within the supplied code set
exception.type = ParseType(exceptionComment.exceptionType());
break;
}
}
exceptionList.add(exception);
}
xmlMethod.exceptions = exceptionList.toArray(new ExceptionInstance[] {});
}
// parse annotations from the method
xmlMethod.annotationInstances =
ParseAnnotationInstances(docMethod.annotations(), docMethod.qualifiedName());
return xmlMethod;
}
protected Result doInBackground(String... upcs) {
Result res = new Result();
try {
String query = PREFIX + upcs[0];
HttpClient httpclient = new DefaultHttpClient();
HttpGet request = new HttpGet();
URI website = new URI(query);
request.setURI(website);
HttpResponse response = httpclient.execute(request);
BufferedReader in =
new BufferedReader(new InputStreamReader(response.getEntity().getContent()));
// dump header
String line = in.readLine();
Pattern ph = Pattern.compile("/head");
Matcher mh = ph.matcher(line);
while (!mh.find()) mh = ph.matcher(in.readLine());
Cursor ts = mdb.getTypes();
Cursor bs = mdb.getAllBrands();
int[] bcount = new int[bs.getCount()];
int[] tcount = new int[ts.getCount()];
int tpos = 0;
int bpos = 0;
line = in.readLine();
String allRes = "";
String brand = "";
boolean brandFound = false;
int bestCount = 0;
while (line != null) {
allRes += line;
tpos = 0;
ts.moveToFirst();
do {
Pattern p = Pattern.compile(ts.getString(1));
Matcher m = p.matcher(line);
int findCount = 0;
while (m.find()) findCount += 1;
tcount[tpos] += findCount;
tpos += 1;
} while (ts.moveToNext());
if (!brandFound) {
bpos = 0;
bs.moveToFirst();
do {
String testBrand = bs.getString(1);
String s = testBrand.split("'")[0]; // simple throw away of ' not found in html
if (!reserved(s)) {
Pattern p1 = Pattern.compile(s);
Matcher m1 = p1.matcher(line);
int brandCount = 0;
while (m1.find()) brandCount += 1;
bcount[bpos] += brandCount;
if (bcount[bpos] > 10) // good enough
{
brand = bs.getString(1);
brandFound = true;
}
if (bcount[bpos] > bestCount) {
bestCount = bcount[bpos];
brand = bs.getString(1);
}
bpos += 1;
}
} while (!brandFound && bs.moveToNext());
}
line = in.readLine();
}
int c = 0;
ts.moveToFirst();
for (int x : tcount) {
if (x > c) res.type = ts.getString(1);
ts.moveToNext();
}
res.brand = brand;
} catch (Exception e) {
MainActivity.log_exception(mc, e, "HttpTask");
}
return res;
}