Examples of AtomicValue

client.net.sf.saxon.ce.value.AtomicValue
The AtomicValue class corresponds to the concept of an atomic value in the XPath 2.0 data model. Atomic values belong to one of the 19 primitive types defined in XML Schema; or they are of type xs:untypedAtomic; or they are "external objects", representing a Saxon extension to the XPath 2.0 type system.
The AtomicValue class contains some methods that are suitable for applications to use, and many others that are designed for internal use by Saxon itself. These have not been fully classified. At present, therefore, none of the methods on this class should be considered to be part of the public Saxon API.
@author Michael H. Kay
net.sf.saxon.value.AtomicValue
The AtomicValue class corresponds to the concept of an atomic value in the XPath 2.0 data model. Atomic values belong to one of the 19 primitive types defined in XML Schema; or they are of type xs:untypedAtomic; or they are "external objects", representing a Saxon extension to the XPath 2.0 type system.
The AtomicValue class contains some methods that are suitable for applications to use, and many others that are designed for internal use by Saxon itself. These have not been fully classified. At present, therefore, none of the methods on this class should be considered to be part of the public Saxon API.
@author Michael H. Kay
org.exist.xquery.value.AtomicValue
Represents an atomic value. All simple values that are not nodes extend AtomicValue. As every single item is also a sequence, this class implements both: Item and Sequence. @author wolf
org.pdf4j.saxon.value.AtomicValue
The AtomicValue class corresponds to the concept of an atomic value in the XPath 2.0 data model. Atomic values belong to one of the 19 primitive types defined in XML Schema; or they are of type xs:untypedAtomic; or they are "external objects", representing a Saxon extension to the XPath 2.0 type system.
The AtomicValue class contains some methods that are suitable for applications to use, and many others that are designed for internal use by Saxon itself. These have not been fully classified. At present, therefore, none of the methods on this class should be considered to be part of the public Saxon API.
@author Michael H. Kay
xbird.xquery.dm.value.AtomicValue

@author yui (yuin405+xbird@gmail.com)

Examples of xbird.xquery.dm.value.AtomicValue

        }
        int paramlen = params.size();
        assert (paramlen == 1);
        XQExpression locExpr = params.get(0);
        if(locExpr instanceof LiteralExpr) {
            AtomicValue atomv = ((LiteralExpr) locExpr).getValue();
            String locStr = atomv.stringValue();
            assert (locStr != null);
            Reader qr = readQuery(locStr, context);
            XQExpression resolved = resolveExpression(qr, context);
            return resolved;
        }

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Examples of xbird.xquery.dm.value.AtomicValue

        }
        Type baseType = _srcExpr.getType();
        for(int i = 0; i < _predicates.size(); i++) {
            XQExpression e = _predicates.get(i);
            if(e instanceof LiteralExpr) {
                AtomicValue literal = ((LiteralExpr) e).getValue();
                if(literal instanceof XNumber) {
                    DynamicContext probe = DynamicContext.PROBE;
                    probe.setStaticContext(statEnv);
                    XNumber xnum = (XNumber) literal;
                    double xdouble = xnum.asDouble();

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Examples of xbird.xquery.dm.value.AtomicValue

            final IFocus<? extends Item> atomizedItor = argv.atomize(dynEnv).iterator();
            for(Item it : atomizedItor) {
                final Type actualType = it.getType();
                // apply fs:ConvertSimpleOperand
                if(actualType == UntypedAtomicType.UNTYPED_ATOMIC && expected.getTypeId() >= 0) {
                    final AtomicValue casted = ((AtomicValue) it).castAs(expected, dynEnv);
                    res.addItem(casted);
                } else {
                    res.addItem(it);
                }
            }

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Examples of xbird.xquery.dm.value.AtomicValue

        final IFocus<AtomicValue> qnameItor = qnameSeq.iterator();
        if(!qnameItor.hasNext()) {
            qnameItor.closeQuietly();
            reportError("err:XPTY0004", "Conversion of the atomized name expression to an expanded QName was not successful.");
        }
        final AtomicValue it = qnameItor.next();
        if(qnameItor.hasNext()) {
            qnameItor.closeQuietly();
            reportError("err:XPTY0004", "Conversion of the atomized name expression to an expanded QName was not successful.");
        }
        qnameItor.closeQuietly();
        final QualifiedName namev;
        final Type t = it.getType();
        if(TypeUtil.subtypeOf(t, QNameType.QNAME)) {
            final QNameValue qname = ((AtomicValue) it).castAs(QNameType.QNAME, dynEnv);
            namev = qname.getValue();
        } else if(TypeUtil.subtypeOf(t, StringType.STRING) || t == UntypedAtomicType.UNTYPED_ATOMIC) {
            final StaticContext sc = dynEnv.getStaticContext();
            try {
                final CharSequence namecs = it.stringValue();
                final String namestr = (namecs == null) ? null : namecs.toString();
                namev = QNameUtil.parse(namestr, sc.getStaticalyKnownNamespaces(), sc.getDefaultElementNamespace());
            } catch (Exception e) {
                throw new DynamicError("err:XQDY0074", e);
            }

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