/**
* Performs unit analysis of a given infix operation. The first unit (non-scalar token)
* encountered is returned, except with division. In that case, scalar is returned if both units
* are the same and points is returned when dividing inches and points.
*
* @param u1 left-hand unit
* @param u2 right-hand unit
* @param op operator
* @return Token containing resultant unit.
*/
public static ValueType evaluateUnits(ValueType u1, ValueType u2, Token op) {
String unit = "SCALAR"; // default ValueType
final String left = u1.toString();
final String right = u2.toString();
switch (op.text) {
case "/":
// In the case of division, we need only to be concerned in situations where
// the final unit is not scalar
if (!u1.toString().equals(right)) {
if (left.equals("SCALAR")) {
unit = right;
break;
}
if (right.equals("SCALAR")) {
unit = left;
break;
}
}
break;
default:
if (left.equals("SCALAR")) {
unit = right;
break;
}
if (right.equals("SCALAR")) {
unit = left;
break;
}
unit = left;
break;
}
return ValueType.valueOf(unit);
}
private void checkStyleConflicts(ValueType type, Protoclass protoclass) {
if (protoclass.features().prehash() && protoclass.styles().style().privateNoargConstructor()) {
protoclass
.report()
.annotationNamed(ImmutableMirror.simpleName())
.warning(
"'prehash' feature is automatically disabled when 'privateNoargConstructor' style is turned on");
}
if (type.isUseConstructor() && protoclass.constitution().factoryOf().isNew()) {
if (type.isUseValidation()) {
protoclass
.report()
.annotationNamed(ImmutableMirror.simpleName())
.error(
"interning, singleton and validation will not work correctly with 'new' constructor configured in style");
} else if (type.constitution.isImplementationHidden()
&& (type.kind().isEnclosing() || type.kind().isNested())) {
protoclass
.report()
.annotationNamed(ImmutableMirror.simpleName())
.error(
"Enclosing with hidden implementation do not mix with 'new' constructor configured in style");
}
}
}
public void newValueType(String domainName, ValueType valueType) {
if (domainName == null) {
domainName = valueType.getFullname();
}
valueType.getBaseType().setDomainName(domainName);
checkValueTypeName(domainName);
valueTypes.put(domainName, valueType);
}
@Override
public String getValue() {
StringBuilder sb = new StringBuilder();
for (ValueType s : this.strings) {
sb.append(s.getValue()).append(this.separator);
}
return sb.toString();
}
private static ValueType valueTypeOf(final String className) {
for (ValueType t : ValueType.values()) {
if (t.name().equals(className)) {
return t;
}
}
return null;
}
private void setgup(double g) {
DataType dt = new DataType();
ValueType val = new ValueType();
val.setValue(g);
val.setUnits("unitless");
dt.setValue(val);
andtup.setLandeFactor(dt);
}
private void setEup(double Ep) {
DataType dt = new DataType();
ValueType val = new ValueType();
val.setValue(Ep);
val.setUnits("cm-1");
dt.setValue(val);
andtup.setStateEnergy(dt);
}
private void setProbability(double loggf) {
DataType dt = new DataType();
ValueType val = new ValueType();
val.setValue(loggf);
val.setUnits("unitless");
dt.setValue(val);
rtp.setLog10WeightedOscillatorStregnth(dt);
}
public static ValueType getTypeCode(byte opbyte) {
if ((opbyte < 0) || (opbyte > ValueType.values().length - 1)) {
logger.error("Unknown op value: {}", opbyte);
throw new IllegalValueException("Unknown op value: " + opbyte);
}
ValueType code = ValueType.values()[opbyte];
return code;
}
private void setWavelength(double lam) {
EnergyWavelengthType ewl = new EnergyWavelengthType();
WavelengthWavenumberType wl = new WavelengthWavenumberType();
DataType dt = new DataType();
ValueType val = new ValueType();
val.setValue(lam);
val.setUnits("A");
dt.setValue(val);
wl.setRitz(dt);
ewl.setWavelength(wl);
rt.setEnergyWavelength(ewl);
}
void collapse(ECR e1, ECR e2) {
ECR root = join(e1, e2);
// Parent is stored at the points-to loc of
Parent parent = getType(root).getParent();
Collection<ECR> parentECRs = ImmutableList.copyOf(parent.getECRs());
for (ECR ecr : parentECRs) {
ValueType ecrType = getType(ecr);
if (ecrType.isStruct()) collapseStruct(ecr, ecrType.asStruct());
}
enableOp(root);
}
@Override
public void saveTo(XMLNode node) {
XMLNode n = new XMLNode(XMLTypeName);
n.setString("name", name);
data.saveTo(n);
node.addChild(n);
}
public Attribute(String s, String s1, String s2, ValueType valuetype) {
attributeValue = new JSONObject();
sessionId = s;
attributeName = s1;
attributeType = s2;
attributeValue = valuetype.toJSON();
}
JsonObject build() {
entryMap.forEach(
(name, value) -> {
ValueType type = ValueType.valueOf(value.getClass());
switch (type) {
case JsonObjectBuilder:
jsonObjectBuilder.add(name, ((JsonObjectBuilder) value).build());
break;
case JsonArrayBuilder:
jsonObjectBuilder.add(name, ((JsonArrayBuilder) value).build());
break;
case BigDecimal:
jsonObjectBuilder.add(name, (BigDecimal) value);
break;
case Integer:
jsonObjectBuilder.add(name, (Integer) value);
break;
case JsonObject:
jsonObjectBuilder.add(name, (JsonObject) value);
break;
case Boolean:
jsonObjectBuilder.add(name, (Boolean) value);
break;
default:
jsonObjectBuilder.add(name, String.valueOf(value));
}
});
return jsonObjectBuilder.build();
}
@Override
public void setValueUnchecked(Object t) {
if (getType().isInstance(t)) {
data.setValue(getType().cast(t));
return;
}
throw new RuntimeException("WRONG TYPE!!");
}
void ensureSimple(ECR e) {
ValueType type = getType(e);
switch (type.getKind()) {
case BOTTOM:
{
ValueType simType =
ValueType.simple(createBottomLocFunc(), Size.getBot(), Parent.getBottom());
setType(e, simType);
return;
}
case BLANK:
{
BlankType blankType = type.asBlank();
ValueType simType =
ValueType.simple(createBottomLocFunc(), blankType.getSize(), blankType.getParent());
setType(e, simType);
return;
}
case SIMPLE:
{
return;
}
case STRUCT:
{
collapseStruct(e, type.asStruct());
return;
}
default: // lambda
throw new IllegalArgumentException("Invalid type " + type.getKind());
}
}
@Override
public void loadFrom(XMLNode node) {
XMLNode[] children = node.getChildByName(XMLTypeName);
for (XMLNode child : children) {
if (child.getString("name").equalsIgnoreCase(name)) continue;
data.loadFrom(child);
return;
}
}
public static boolean isNullableType(ValueType vt) {
String vtFullName = vt.getFullname();
for (String nonNullableType : NON_NULLABLE_TYPES) {
if (nonNullableType.equals(vtFullName)) {
return false;
}
}
return true;
}
@Override
public void visit(CloneArrayInstruction insn) {
MethodDescriptor cloneMethodDesc =
new MethodDescriptor("clone", ValueType.object("java.lang.Object"));
MethodReference cloneMethod = new MethodReference("java.lang.Object", cloneMethodDesc);
assign(
Expr.invoke(cloneMethod, Expr.var(insn.getArray().getIndex()), new Expr[0]),
insn.getReceiver());
}
// array: the array of unknown class to write as XML
private void writeArray(Object array)
throws NoSuchMethodException, InvocationTargetException, InstantiationException,
IllegalAccessException, SecurityException {
final int length = Array.getLength(array);
this.driver.startElement(DTD.ELEMENT_ARRAY);
this.driver.setAttribute(DTD.ATTRIBUTE_LENGTH, Integer.toString(length));
final ValueType pvt = ValueType.ofPrimitive(array.getClass().getComponentType());
if (pvt != null) { // primitives array:
for (int i = 0; i < length; i++) {
pvt.getWriteArrayItem(this.driver, array, i, false);
}
} else { // objects array:
final Object[] objArray = (Object[]) array;
for (int i = 0; i < length; i++) {
this.write0(objArray[i]);
}
}
this.driver.endElement();
}
/**
* Swap <code>t1</code> and <code>t2</code> if <code> kind(t1) > kind(t2)
* </code>
*
* @param t1
* @param t2
* @return the pair of value types <code>(t1', t2')</code> that <code>kind(t1') <= kind(t2')
* </code>
*/
private Pair<ValueType, ValueType> swap(ValueType t1, ValueType t2) {
if (t1.isBottom()) return Pair.of(t1, t2);
if (t2.isBottom()) return Pair.of(t2, t1);
if (t1.isLambda()) {
assert t2.isLambda();
return Pair.of(t1, t2);
}
if (t2.isLambda()) {
assert t1.isLambda();
return Pair.of(t1, t2);
}
ValueTypeKind kind1 = t1.getKind();
ValueTypeKind kind2 = t2.getKind();
switch (kind1) {
case BOTTOM:
return Pair.of(t1, t2);
case BLANK:
switch (kind2) {
case BOTTOM:
case BLANK:
return Pair.of(t2, t1);
default:
return Pair.of(t1, t2);
}
case SIMPLE:
switch (kind2) {
case BLANK:
case BOTTOM:
case SIMPLE:
return Pair.of(t2, t1);
default:
return Pair.of(t1, t2);
}
default: // case STRUCT:
switch (kind2) {
case BLANK:
case BOTTOM:
case SIMPLE:
case STRUCT:
return Pair.of(t2, t1);
default:
return Pair.of(t1, t2);
}
}
}
/**
* Check if one of <code>e1</code> or <code>e2</code> is a struct, and the other is either object
* or simple, collapse the one with struct type
*
* @param e1
* @param e2
*/
private void checkStructCollapse(ECR e1, ECR e2) {
ValueType t1 = getType(e1);
ValueType t2 = getType(e2);
if (t2.isStruct() && t1.isSimple()) {
collapseStruct(e2, t2.asStruct());
return;
}
if (t1.isStruct() && t2.isSimple()) {
collapseStruct(e1, t1.asStruct());
return;
}
return;
}
private List<Variable> parseArguments(
SimpleDartWithArraysParser.FunctionDeclarationContext function) {
List<Variable> args = new ArrayList<>();
SimpleDartWithArraysParser.VariableListContext variableListContext =
function.functionParameters().variableList();
if (variableListContext != null) {
for (SimpleDartWithArraysParser.VariableContext argContext : variableListContext.variable()) {
String argName = argContext.IDENT().getText();
ValueType argValueType = ValueType.fromString(argContext.variableType().getText());
Variable arg = new VariableImpl(argName, argValueType);
args.add(arg);
}
}
return args;
}
private List<Instruction> transformInvoke(InvokeInstruction insn) {
if (insn.getType() != InvocationType.VIRTUAL) {
return null;
}
MethodReference method = insn.getMethod();
if (method.getClassName().equals(ResourceArray.class.getName())
|| method.getClassName().equals(ResourceMap.class.getName())) {
if (method.getName().equals("keys")) {
return transformKeys(insn);
}
InvokeInstruction accessInsn = new InvokeInstruction();
accessInsn.setType(InvocationType.SPECIAL);
ValueType[] types = new ValueType[method.getDescriptor().parameterCount() + 2];
types[0] = ValueType.object("java.lang.Object");
System.arraycopy(
method.getDescriptor().getSignature(),
0,
types,
1,
method.getDescriptor().parameterCount() + 1);
accessInsn.setMethod(
new MethodReference(ResourceAccessor.class.getName(), method.getName(), types));
accessInsn.getArguments().add(insn.getInstance());
accessInsn.getArguments().addAll(insn.getArguments());
accessInsn.setReceiver(insn.getReceiver());
return Arrays.asList(accessInsn);
}
ClassReader iface = innerSource.get(method.getClassName());
if (iface == null
|| !innerSource.isSuperType(Resource.class.getName(), iface.getName()).orElse(false)) {
return null;
}
if (method.getName().startsWith("get")) {
if (method.getName().length() > 3) {
return transformGetterInvocation(insn, getPropertyName(method.getName().substring(3)));
}
} else if (method.getName().startsWith("is")) {
if (method.getName().length() > 2) {
return transformGetterInvocation(insn, getPropertyName(method.getName().substring(2)));
}
} else if (method.getName().startsWith("set")) {
if (method.getName().length() > 3) {
return transformSetterInvocation(insn, getPropertyName(method.getName().substring(3)));
}
}
return null;
}
private void checkConstructability(ValueType type) {
if (!type.isUseBuilder() || type.isUseConstructor()) {
for (ValueAttribute a : type.getConstructorExcluded()) {
if (a.isMandatory()) {
a.report()
.error(
"Attribute '%s' is mandatory and should be a constructor"
+ " @Value.Parameter when builder is disabled or"
+ " there are other constructor parameters",
a.name());
}
}
}
if (!type.isUseBuilder() && !type.isUseCopyMethods()) {
for (ValueAttribute a : type.getConstructorExcluded()) {
if (!a.isMandatory()) {
a.report()
.warning(
"There is no way to initialize '%s' attribute to non-default value."
+ " Enable builder=true or copy=true or add it as a constructor @Value.Parameter",
a.name());
}
}
}
if (type.isUseSingleton() && !type.getMandatoryAttributes().isEmpty()) {
for (ValueAttribute a : type.getMandatoryAttributes()) {
if (a.isMandatory()) {
a.report()
.error(
"Attribute '%s' is mandatory and cannot be used with singleton enabled."
+ " Singleton instance require all attributes to have default value, otherwise"
+ " default instance could not be created",
a.name());
}
}
}
}
void clearPointerArithmetic() {
if (ptrAriJoins.isEmpty()) return;
for (Entry<Pair<ECR, Long>, Pair<ECR, Long>> cell : ptrAriJoins.entrySet()) {
ECR resECR = findRoot(cell.getKey().fst());
final ECR origECR = findRoot(cell.getValue().fst());
long shift = cell.getValue().snd();
if (shift >= 0) {
// TODO: could do more precise analysis here.
collapse(origECR, resECR);
continue;
}
ValueType origType = getType(origECR);
Parent parent = origType.getParent();
if (parent.getECRs().isEmpty()) {
// TODO: could do more precise analysis here.
collapse(origECR, resECR);
continue;
}
for (ECR parentECR : parent.getECRs()) {
ValueType parentType = getType(parentECR);
if (!parentType.isStruct()) {
IOUtils.errPrinter().pln("WARNING: non-struct parent");
join(parentECR, origECR);
continue;
}
Map<Range<Long>, ECR> fieldMap = parentType.asStruct().getFieldMap().asMapOfRanges();
Entry<Range<Long>, ECR> fieldRange =
Iterables.find(
fieldMap.entrySet(),
new Predicate<Entry<Range<Long>, ECR>>() {
@Override
public boolean apply(Entry<Range<Long>, ECR> input) {
return origECR.equals(getLoc(input.getValue()));
}
});
long low = fieldRange.getKey().lowerEndpoint() + shift;
Size parentSize = parentType.getSize();
long size = cell.getKey().snd();
if (low == 0
&& (parentSize.isBottom() || parentSize.isNumber() && parentSize.getValue() == size)) {
join(parentECR, resECR);
continue;
}
collapse(origECR, resECR);
}
}
}
public <V> V parseContent(ValueType<V> valueType)
throws IllegalStateException, NullPointerException, StaxNavException {
if (valueType == null) {
throw new NullPointerException();
}
Entry element = current;
String content = element.getElement().getContent(true);
if (content == null) {
throw new IllegalStateException("No content available for parsing");
}
try {
return valueType.parse(content);
} catch (Exception e) {
if (e instanceof TypeConversionException) {
throw (TypeConversionException) e;
} else {
throw new TypeConversionException(
element.getElement().getLocation(), e, "Could not parse string value " + content);
}
}
}
static TypeInfo of(FieldValueMetaData fieldValueMetaData, Map<String, String> docStrings) {
if (fieldValueMetaData instanceof StructMetaData) {
return StructInfo.of((StructMetaData) fieldValueMetaData, docStrings);
}
if (fieldValueMetaData instanceof EnumMetaData) {
return EnumInfo.of((EnumMetaData) fieldValueMetaData, docStrings);
}
if (fieldValueMetaData instanceof ListMetaData) {
return ListInfo.of((ListMetaData) fieldValueMetaData, docStrings);
}
if (fieldValueMetaData instanceof SetMetaData) {
return SetInfo.of((SetMetaData) fieldValueMetaData, docStrings);
}
if (fieldValueMetaData instanceof MapMetaData) {
return MapInfo.of((MapMetaData) fieldValueMetaData, docStrings);
}
return new TypeInfo(ValueType.of(fieldValueMetaData.type), fieldValueMetaData.isBinary());
}
ValueType compose(Protoclass protoclass) {
ValueType type = new ValueType();
type.round = round;
type.typeMoreObjects = typeMoreObjects;
type.element = protoclass.sourceElement();
type.immutableFeatures = protoclass.features();
type.constitution = protoclass.constitution();
if (protoclass.kind().isFactory()) {
new FactoryMethodAttributesCollector(protoclass, type).collect();
} else if (protoclass.kind().isValue() || protoclass.kind().isModifiable()) {
Collection<String> violations = Lists.newArrayList();
// This check is legacy, most such checks should have been done on a higher level?
if (checkAbstractValueType(type.element, violations)) {
if (protoclass.kind().isValue()) {
// essentially skip checks if only kind().isModifiable() and not kind().isValue()
checkForMutableFields(protoclass, (TypeElement) type.element);
checkForTypeHierarchy(protoclass, type);
}
new AccessorAttributesCollector(protoclass, type).collect();
} else {
protoclass
.report()
.error(
"Value type '%s' %s",
protoclass.sourceElement().getSimpleName(), Joiner.on(", ").join(violations));
// Do nothing now. kind of way to less blow things up when it happens.
}
type.detectSerialization();
}
checkAttributeNamesIllegalCharacters(type);
checkAttributeNamesForDuplicates(type, protoclass);
checkConstructability(type);
checkStyleConflicts(type, protoclass);
return type;
}
/**
* Collapse <code>structECR</code> by merge it with all its element ECRs, and set its type as the
* cell type (simple type might with top size)
*
* @param structECR
* @param structT
* @param ECRCache avoid structure cycle
* @return
*/
private ValueType collapseStruct(ECR structECR, StructType structT, Collection<ECR> ECRCache) {
// Ensure collapsed type to be simple
ValueType unionType = null;
// join components
Collection<ECR> elems = structT.getFieldMap().asMapOfRanges().values();
Collection<ECR> cjoins = Sets.newHashSet();
Collection<Pair<Size, ECR>> ccjoins = Sets.newHashSet();
for (ECR elem : elems) {
ECR elemLoc = getLoc(elem);
ValueType elemLocType = getType(elemLoc);
Parent parent = elemLocType.getParent().removeECR(structECR);
elemLocType.setParent(parent);
if (!ECRCache.add(elemLoc)) continue; // ECRCache has elemLoc
cjoins.addAll(getCjoins(elemLoc));
elemLoc.clearCCjoins(ccjoins);
ccjoins.addAll(getCCjoins(elemLoc));
elemLoc.clearCCjoins(ccjoins);
if (elemLocType.isStruct()) {
elemLocType = collapseStruct(elemLoc, elemLocType.asStruct(), ECRCache);
}
union(structECR, elemLoc);
unionType = unionType == null ? elemLocType : unify(unionType, elemLocType);
}
unionType = unionType == null ? ValueType.bottom() : unionType;
setType(structECR, unionType);
ECR root = findRoot(structECR);
for (Pair<Size, ECR> cjoinPair : ccjoins) ccjoin(cjoinPair.fst(), root, cjoinPair.snd());
for (ECR joinECR : cjoins) cjoin(root, joinECR);
return unionType;
}