public static <T> Prop<T> cannonicalize(Prop<T> p) {
Prop<T> prop = cannon.computeIfAbsent(p.name, x -> p);
if (p.isCannon() && !prop.isCannon()) {
cannon.put(p.name, p);
prop = p;
} else if (p.isCannon() && prop.isCannon() && p != prop) {
// should be an Error?
System.err.println(" WARNING: two competing canonical definitions of a Prop <" + p + ">");
if (p.typeInformation != null && prop.typeInformation == null) {
cannon.put(p.name, p);
prop = p;
} else if (p.typeInformation == null && prop.typeInformation != null) {
} else if (p.typeInformation != null && prop.typeInformation != null) {
if (!Conversions.typeInformationEquals(p.typeInformation, prop.typeInformation)) {
System.err.println(
" ERROR: the two competing canonical definitions of "
+ p
+ " have different type information");
throw new IllegalArgumentException(
p.typeInformation + " " + prop.typeInformation + " " + p + " " + prop);
}
}
}
prop.setCannon();
return prop;
}
@Transactional
public OffersInfo updateOffersInfo(int companyId, int offerId, OffersInfo offersInfo)
throws Exception {
try {
OfferInfoPrimaryKey id = Conversions.getOfferInfoPrimaryKey(companyId, offerId);
OfferInfoDbType dbEntry = offersInfoDao.find(id);
updateOfferInfoDbEntry(dbEntry, offersInfo);
return offersInfo;
} catch (Exception e) {
logger.error(
"error updating offers for : "
+ companyId
+ " and : "
+ offersInfo.getBranchId()
+ " : "
+ e.getMessage());
throw new Exception(
"error updating offers for : "
+ companyId
+ " and : "
+ offersInfo.getBranchId()
+ " : "
+ e.getMessage());
}
}
@Transactional
public OffersInfo addOffersInfo(int companyId, OffersInfo offersInfo) throws Exception {
try {
int offerId = offersInfoDao.getMaxIdValue(companyId) + 1;
OfferInfoDbType offerInfoDbType =
Conversions.getOfferInfoDbEntry(companyId, offersInfo.getBranchId(), offerId, offersInfo);
offersInfoDao.add(offerInfoDbType);
offersInfo.setOfferId(offerId);
return offersInfo;
} catch (Exception e) {
logger.error(
"error adding offers for : "
+ companyId
+ " and : "
+ offersInfo.getBranchId()
+ " : "
+ e.getMessage());
throw new Exception(
"error adding offers for : "
+ companyId
+ " and : "
+ offersInfo.getBranchId()
+ " : "
+ e.getMessage());
}
}
/**
* Returns a NonEmptyList of the sublists of this list.
*
* @return a NonEmptyList of the sublists of this list.
*/
public NonEmptyList<NonEmptyList<A>> sublists() {
return fromList(
somes(
toList()
.toStream()
.substreams()
.map(F1Functions.o(list -> fromList(list), Conversions.<A>Stream_List()))
.toList()))
.some();
}
public List<OffersInfo> getOffersInfo() throws Exception {
try {
List<OfferInfoDbType> listDbEntries = offersInfoDao.findAll();
List<OffersInfo> out = new ArrayList<OffersInfo>(listDbEntries.size());
for (OfferInfoDbType dbEntry : listDbEntries) {
out.add(Conversions.getOffersInfo(dbEntry));
}
return out;
} catch (Exception e) {
logger.error("error getting all offers for : " + e.getMessage());
throw new Exception("error getting all offers for : " + e.getMessage());
}
}
public OffersInfo getOfferOrInfo(int companyId, int offerId) throws Exception {
try {
OfferInfoDbType dbEntry =
offersInfoDao.find(Conversions.getOfferInfoPrimaryKey(companyId, offerId));
OffersInfo out = Conversions.getOffersInfo(dbEntry);
return out;
} catch (Exception e) {
logger.error(
"error getting offer for : "
+ companyId
+ " and : offer id"
+ offerId
+ " : "
+ e.getMessage());
throw new Exception(
"error getting offers for : "
+ companyId
+ " and : offer id"
+ offerId
+ " : "
+ e.getMessage());
}
}
public List<OffersInfo> getOffersInfo(int companyId) throws Exception {
try {
List<OfferInfoDbType> listDbEntries = offersInfoDao.getOffersAndInfo(companyId);
List<OffersInfo> out = new ArrayList<OffersInfo>(listDbEntries.size());
for (OfferInfoDbType dbEntry : listDbEntries) {
out.add(Conversions.getOffersInfo(dbEntry));
}
return out;
} catch (Exception e) {
logger.error("error getting offers for : " + companyId + " and : " + " : " + e.getMessage());
throw new Exception(
"error getting offers for : " + companyId + " and : " + " : " + e.getMessage());
}
}
@CallerSensitive
public <T> Prop<T> type() {
Prop on = this;
if (!isCannon()) {
Prop<T> already = (Prop<T>) findCannon();
if (already == null) {
toCannon();
on.setCannon();
} else {
on = already;
}
}
Class c = sun.reflect.Reflection.getCallerClass(2);
on.definedInClass = c;
Field f = null;
try {
f = c.getField(name);
} catch (NoSuchFieldException e) {
try {
f = c.getField("_" + name);
} catch (NoSuchFieldException e3) {
if (name.startsWith("_"))
try {
f = c.getField(name.substring(1));
} catch (NoSuchFieldException e1) {
if (name.startsWith("__"))
try {
f = c.getField(name.substring(1));
} catch (NoSuchFieldException e2) {
}
}
}
}
if (f == null)
throw new IllegalStateException(
" cannot type a Dict.Prop<T> that we can't find. Name is :" + name + " class is :" + c);
on.typeInformation = Conversions.linearize(f.getGenericType());
on.typeInformation.remove(0);
return (Prop<T>) on;
}
/**
* Returns a NonEmptyList of the sublists of this list.
*
* @return a NonEmptyList of the sublists of this list.
*/
public NonEmptyList<NonEmptyList<A>> sublists() {
return fromList(
somes(
toList()
.toStream()
.substreams()
.map(
F1Functions.o(
new F<List<A>, Option<NonEmptyList<A>>>() {
public Option<NonEmptyList<A>> f(final List<A> list) {
return fromList(list);
}
},
Conversions.<A>Stream_List()))
.toList()))
.some();
}
private static String _sysProp(String key, Object defaultValue) {
String property = (String) systemProperties.get(key);
if (property == null) {
property = env.get(key);
if (property == null) {
String newKey = Str.underBarCase(key);
property = env.get(newKey);
if (property == null && defaultValue != DEFAULT_NULL_NOT_EMPTY) {
property = Conversions.toString(defaultValue);
}
}
}
return property;
}
public static <T extends Enum> T sysProp(Class<T> cls, String key, T defaultValue) {
String property = (String) systemProperties.get(key);
if (property == null) {
property = env.get(key);
}
if (property == null) {
String newKey = Str.underBarCase(key);
property = env.get(newKey);
}
if (property == null) {
return defaultValue;
}
return Conversions.toEnum(cls, property);
}
public static BigInteger sysPropBigInteger(String key, BigInteger defaultValue) {
String property = (String) systemProperties.get(key);
if (property == null) {
property = env.get(key);
}
if (property == null) {
String newKey = Str.underBarCase(key);
property = env.get(newKey);
}
if (property == null) {
return defaultValue;
}
return Conversions.toBigInteger(property);
}
public static byte sysProp(String key, byte defaultValue) {
String property = (String) systemProperties.get(key);
if (property == null) {
property = env.get(key);
}
if (property == null) {
String newKey = Str.underBarCase(key);
property = env.get(newKey);
}
if (property == null) {
return defaultValue;
}
return Conversions.toByte(property);
}
/**
* Builder for {@link PatternMatchingConversion} used to configure it.
*
* @param <Source> type to be converted
* @param <Result> type of the conversion result
*/
public static class Builder<Source, Result> {
private final List<Map.Entry<Predicate<Source>, Conversion<Source, Result>>> cases =
new ArrayList<>();
private Conversion<Source, Result> defaultConversion =
Conversions.throwing("Can't find conversion for the given source");
/**
* Specify specification on the conversion source and corresponding object for such case.
*
* @param condition predicate on conversion source returning true if the given conversion should
* be applied.
* @param conversion conversion to be applied on sources satisfying the given predicate
* @return this instance
*/
public Builder<Source, Result> inCaseOf(
Predicate<Source> condition, Conversion<Source, Result> conversion) {
cases.add(new AbstractMap.SimpleEntry<>(condition, conversion));
return this;
}
/**
* Specify default conversion which will be called when there is no match for the given source.
*
* @param defaultConversion default conversion
* @return this instance
*/
public Builder<Source, Result> otherwise(Conversion<Source, Result> defaultConversion) {
this.defaultConversion = defaultConversion;
return this;
}
/**
* Build a {@link PatternMatchingConversion} based on the given configuration.
*
* @return initialized pattern matching conversion
*/
public Conversion<Source, Result> build() {
return new PatternMatchingConversion<>(cases, defaultConversion);
}
}
public static String putSysProp(String key, Object value) {
return (String) systemProperties.put(key, Conversions.toString(value));
}
public List<PropertyDeclaration> buildDeclarations(
final CSSName cssName,
final List<PropertyValue> values,
final CSSOrigin origin,
final boolean important,
final boolean inheritAllowed) {
List<PropertyDeclaration> result =
checkInheritAll(ALL, values, origin, important, inheritAllowed);
if (result != null) {
return result;
}
PropertyDeclaration fontStyle = null;
PropertyDeclaration fontVariant = null;
PropertyDeclaration fontWeight = null;
PropertyDeclaration fontSize = null;
PropertyDeclaration lineHeight = null;
PropertyDeclaration fontFamily = null;
boolean keepGoing = false;
final ListIterator<PropertyValue> i = values.listIterator();
while (i.hasNext()) {
PropertyValue value = (PropertyValue) i.next();
final CSSPrimitiveUnit type = value.getPrimitiveTypeN();
if (type == CSSPrimitiveUnit.CSS_IDENT) {
// The parser will have given us ident values as they appear
// (case-wise) in the CSS text since we might be creating
// a font-family list out of them. Here we want the normalized
// (lowercase) version though.
final String lowerCase = value.getStringValue().toLowerCase();
value = new PropertyValueImp(CSSPrimitiveUnit.CSS_IDENT, lowerCase, lowerCase);
final IdentValue ident = checkIdent(cssName, value);
if (ident == IdentValue.NORMAL) { // skip to avoid double set false positives
continue;
}
if (IdentSet.FONT_STYLES.contains(ident)) {
if (fontStyle != null) {
throw new CSSParseException(LangId.NO_TWICE, -1, "font-style");
}
fontStyle = new PropertyDeclaration(CSSName.FONT_STYLE, value, important, origin);
} else if (IdentSet.FONT_VARIANTS.contains(ident)) {
if (fontVariant != null) {
throw new CSSParseException(LangId.NO_TWICE, -1, "font-variant");
}
fontVariant = new PropertyDeclaration(CSSName.FONT_VARIANT, value, important, origin);
} else if (IdentSet.FONT_WEIGHTS.contains(ident)) {
if (fontWeight != null) {
throw new CSSParseException(LangId.NO_TWICE, -1, "font-weight");
}
fontWeight = new PropertyDeclaration(CSSName.FONT_WEIGHT, value, important, origin);
} else {
keepGoing = true;
break;
}
} else if (type == CSSPrimitiveUnit.CSS_NUMBER && value.getFloatValue() > 0) {
if (fontWeight != null) {
throw new CSSParseException(LangId.NO_TWICE, -1, "font-weight");
}
final IdentValue weight = Conversions.getNumericFontWeight(value.getFloatValue());
if (weight == null) {
throw new CSSParseException(LangId.INVALID_FONT_WEIGHT, -1, value.getCssText());
}
final PropertyValue replacement =
new PropertyValueImp(CSSPrimitiveUnit.CSS_IDENT, weight.toString(), weight.toString());
replacement.setIdentValue(weight);
fontWeight = new PropertyDeclaration(CSSName.FONT_WEIGHT, replacement, important, origin);
} else {
keepGoing = true;
break;
}
}
if (keepGoing) {
i.previous();
PropertyValue value = (PropertyValue) i.next();
if (value.getPrimitiveTypeN() == CSSPrimitiveUnit.CSS_IDENT) {
final String lowerCase = value.getStringValue().toLowerCase();
value = new PropertyValueImp(CSSPrimitiveUnit.CSS_IDENT, lowerCase, lowerCase);
}
final PropertyBuilder fontSizeBuilder = CSSName.getPropertyBuilder(CSSName.FONT_SIZE);
List<PropertyDeclaration> l =
fontSizeBuilder.buildDeclarations(
CSSName.FONT_SIZE, Collections.singletonList(value), origin, important, true);
fontSize = (PropertyDeclaration) l.get(0);
if (i.hasNext()) {
value = (PropertyValue) i.next();
if (value.getOperator() == Token.TK_VIRGULE) {
final PropertyBuilder lineHeightBuilder = CSSName.getPropertyBuilder(CSSName.LINE_HEIGHT);
l =
lineHeightBuilder.buildDeclarations(
CSSName.LINE_HEIGHT, Collections.singletonList(value), origin, important, true);
lineHeight = (PropertyDeclaration) l.get(0);
} else {
i.previous();
}
}
if (i.hasNext()) {
final List<PropertyValue> families = new ArrayList<PropertyValue>();
while (i.hasNext()) {
families.add(i.next());
}
final PropertyBuilder fontFamilyBuilder = CSSName.getPropertyBuilder(CSSName.FONT_FAMILY);
l =
fontFamilyBuilder.buildDeclarations(
CSSName.FONT_FAMILY, families, origin, important, true);
fontFamily = (PropertyDeclaration) l.get(0);
}
}
if (fontStyle == null) {
fontStyle =
new PropertyDeclaration(
CSSName.FONT_STYLE, new PropertyValueImp(IdentValue.NORMAL), important, origin);
}
if (fontVariant == null) {
fontVariant =
new PropertyDeclaration(
CSSName.FONT_VARIANT, new PropertyValueImp(IdentValue.NORMAL), important, origin);
}
if (fontWeight == null) {
fontWeight =
new PropertyDeclaration(
CSSName.FONT_WEIGHT, new PropertyValueImp(IdentValue.NORMAL), important, origin);
}
if (fontSize == null) {
throw new CSSParseException(LangId.FONT_SIZE_REQUIRED, -1);
}
if (lineHeight == null) {
lineHeight =
new PropertyDeclaration(
CSSName.LINE_HEIGHT, new PropertyValueImp(IdentValue.NORMAL), important, origin);
}
// XXX font-family should be reset too (although does this really make sense?)
result = new ArrayList<PropertyDeclaration>(ALL.length);
result.add(fontStyle);
result.add(fontVariant);
result.add(fontWeight);
result.add(fontSize);
result.add(lineHeight);
if (fontFamily != null) {
result.add(fontFamily);
}
return result;
}
