Examples with TypeRef org.hl7.fhir.definitions.model.TypeRef used on opensource projects

Example 21 with TypeRef

use of org.hl7.fhir.definitions.model.TypeRef in project kindling by HL7.

the class ProfileGenerator method convertElements.

public void convertElements(ElementDefn src, StructureDefinition ed, String path) throws Exception {
    ElementDefinition dst = new ElementDefinition();
    if (!ed.hasDifferential())
        ed.setDifferential(new StructureDefinitionDifferentialComponent());
    ed.getDifferential().getElement().add(dst);
    String thisPath = path == null ? "Extension" : path;
    dst.setId(thisPath);
    dst.setPath(thisPath);
    if (!Utilities.noString(src.getProfileName()))
        dst.setSliceName(src.getProfileName());
    dst.setShort(src.getShortDefn());
    dst.setDefinition(preProcessMarkdown(src.getDefinition(), "Element Definition"));
    dst.setComment(preProcessMarkdown(src.getComments(), "Element Comments"));
    if (src.getMaxCardinality() != null) {
        if (src.getMaxCardinality() == Integer.MAX_VALUE)
            dst.setMax("*");
        else
            dst.setMax(src.getMaxCardinality().toString());
    }
    if (src.getMinCardinality() != null)
        dst.setMin(src.getMinCardinality());
    if (src.getFixed() != null)
        dst.setFixed(src.getFixed());
    if (src.hasMustSupport())
        dst.setMustSupport(src.isMustSupport());
    if (src.hasModifier())
        dst.setIsModifier(src.isModifier());
    if (dst.getIsModifier())
        dst.setIsModifierReason(src.getModifierReason());
    if (src.hasSummaryItem() && dst.getPath().contains("."))
        dst.setIsSummaryElement(Factory.newBoolean(src.isSummary()));
    for (Invariant id : src.getStatedInvariants()) dst.addCondition(id.getId());
    // dDst.
    for (TypeRef t : src.getTypes()) {
        if (t.hasParams()) {
            for (String tp : t.getParams()) {
                if (definitions.hasLogicalModel(tp)) {
                    for (String tpn : definitions.getLogicalModel(tp).getImplementations()) {
                        ElementDefinition.TypeRefComponent type = dst.getType(t.getName());
                        String pr = "http://hl7.org/fhir/StructureDefinition/" + tpn;
                        type.addTargetProfile(pr);
                    }
                } else {
                    ElementDefinition.TypeRefComponent type = dst.getType(t.getName());
                    String pr = t.hasProfile() ? t.getProfile() : // this should only happen if t.getParams().size() == 1
                    "http://hl7.org/fhir/StructureDefinition/" + (tp.equals("Any") ? "Resource" : tp);
                    if (type.getWorkingCode().equals("Reference") || type.getWorkingCode().equals("canonical") || type.getWorkingCode().equals("CodeableReference"))
                        type.addTargetProfile(pr);
                    else
                        type.addProfile(pr);
                }
            }
        } else if (t.isWildcardType()) {
            for (String n : TypesUtilities.wildcardTypes(version.toString())) dst.getType(n);
        } else {
            if (definitions != null && definitions.getConstraints().containsKey(t.getName())) {
                ProfiledType ct = definitions.getConstraints().get(t.getName());
                ElementDefinition.TypeRefComponent type = dst.getType(ct.getBaseType());
                type.addProfile("http://hl7.org/fhir/StructureDefinition/" + ct.getName());
            } else if ("Extension.url".equals(path)) {
            // juat don't populate it
            // ElementDefinition.TypeRefComponent tt = dst.addType();
            // tt.setCodeElement(new UriType());
            // tt.getFormatCommentsPre().add("Note: special primitive values do not have an assigned type. e.g. this is compiler magic. XML, JSON and RDF types provided by extension");
            // ToolingExtensions.addStringExtension(tt.getCodeElement(), ToolingExtensions.EXT_JSON_TYPE, "string");
            // ToolingExtensions.addStringExtension(tt.getCodeElement(), ToolingExtensions.EXT_XML_TYPE, "xs:anyURI");
            // ToolingExtensions.addStringExtension(tt.getCodeElement(), ToolingExtensions.EXT_RDF_TYPE, "xs:anyURI");
            } else {
                ElementDefinition.TypeRefComponent type = dst.getType(t.getName());
                if (t.hasProfile())
                    if (type.getWorkingCode().equals("Reference") || type.getWorkingCode().equals("CodeableReference"))
                        type.addTargetProfile(t.getProfile());
                    else
                        type.addProfile(t.getProfile());
            }
        }
    }
    if (definitions != null) {
        // igtodo - catch this
        for (String mu : definitions.getMapTypes().keySet()) {
            if (src.hasMapping(mu)) {
                addMapping(ed, dst, mu, src.getMapping(mu), null);
            }
        }
    }
    for (String in : src.getInvariants().keySet()) {
        ElementDefinitionConstraintComponent con = new ElementDefinitionConstraintComponent();
        Invariant inv = src.getInvariants().get(in);
        con.setKey(inv.getId());
        if (!con.hasKey()) {
            extensionCounter++;
            con.setKey("exd-" + Integer.toString(extensionCounter));
        }
        con.setRequirements(inv.getRequirements());
        if (Utilities.noString(inv.getSeverity()))
            con.setSeverity(ConstraintSeverity.ERROR);
        else
            con.setSeverity(ConstraintSeverity.fromCode(inv.getSeverity()));
        con.setHuman(inv.getEnglish());
        con.setXpath(inv.getXpath());
        if (!"n/a".equals(inv.getExpression()))
            con.setExpression(inv.getExpression());
        dst.getConstraint().add(con);
    }
    if (src.hasBinding())
        dst.setBinding(generateBinding(src.getBinding()));
    if (src.getElements().isEmpty()) {
        if (path == null)
            throw new Exception("?error parsing extension");
    } else {
        ElementDefn url = src.getElements().get(0);
        if (!url.getName().equals("url"))
            throw new Exception("first child of extension should be 'url', not " + url.getName() + " for structure definition " + ed.getUrl());
        convertElements(url, ed, thisPath + ".url");
        // this pair might leave elements out of order, but we're going to sort them later
        if (!hasValue(src)) {
            ElementDefn value = new ElementDefn();
            value.setName("value[x]");
            value.setMinCardinality(0);
            value.setMaxCardinality(0);
            convertElements(value, ed, thisPath + ".value[x]");
        } else {
            ElementDefn ext = new ElementDefn();
            // can't have an extension if you have a value
            ext.setName("extension");
            ext.setMaxCardinality(0);
            convertElements(ext, ed, thisPath + ".extension");
        }
        if (src.getElements().size() == 2 && src.getElements().get(0).getName().equals("url") && src.getElements().get(1).getName().equals("value[x]")) {
            ElementDefn value = src.getElements().get(1);
            value.setMinCardinality(1);
            convertElements(value, ed, thisPath + ".value[x]");
        } else {
            for (ElementDefn child : src.getElements()) {
                if (child != url) {
                    if (child.getName().startsWith("value") && !child.getName().startsWith("valueSet"))
                        convertElements(child, ed, thisPath + "." + child.getName());
                    else {
                        if (child.getElements().size() == 0 || !child.getElements().get(0).getName().equals("url")) {
                            ElementDefn childUrl = new ElementDefn();
                            childUrl.setName("url");
                            childUrl.setXmlAttribute(true);
                            childUrl.getTypes().add(new TypeRef("uri"));
                            childUrl.setFixed(new UriType(child.getName()));
                            child.getElements().add(0, childUrl);
                        }
                        if (!hasValue(child)) {
                            ElementDefn value = new ElementDefn();
                            value.setName("value[x]");
                            value.setMinCardinality(0);
                            value.setMaxCardinality(0);
                            child.getElements().add(value);
                        }
                        convertElements(child, ed, thisPath + ".extension");
                    }
                }
            }
        }
    }
}

Example 22 with TypeRef

use of org.hl7.fhir.definitions.model.TypeRef in project kindling by HL7.

the class ProfileGenerator method produceOpParam.

private void produceOpParam(String path, List<OperationDefinitionParameterComponent> opd, OperationParameter p, OperationParameterUse defUse) throws Exception {
    OperationDefinitionParameterComponent pp = new OperationDefinitionParameterComponent();
    pp.setName(p.getName());
    if (path.contains("."))
        pp.setUse(defUse);
    else if (p.getUse().equals("in"))
        pp.setUse(OperationParameterUse.IN);
    else if (p.getUse().equals("out"))
        pp.setUse(OperationParameterUse.OUT);
    else
        // but this is validated elsewhere
        throw new Exception("Unable to determine parameter use: " + p.getUse() + " at " + path + "." + p.getName());
    pp.setDocumentation(preProcessMarkdown(p.getDoc(), "Operation Parameter Doco"));
    pp.setMin(p.getMin());
    pp.setMax(p.getMax());
    if (p.getBs() != null) {
        if (p.getBs().hasMax())
            throw new Error("Max binding not handled yet");
        pp.setBinding(new OperationDefinitionParameterBindingComponent().setStrength(p.getBs().getStrength()).setValueSet(buildValueSetReference(p.getBs())));
        if (!Utilities.noString(p.getBinding().getName())) {
            pp.getBinding().addExtension("http://hl7.org/fhir/StructureDefinition/elementdefinition-bindingName", new StringType(p.getBinding().getName()));
        }
    }
    if (!Utilities.noString(p.getProfile())) {
        pp.addTargetProfile(p.getProfile());
    }
    opd.add(pp);
    if (p.getFhirType().equals("Tuple")) {
        for (OperationParameter part : p.getParts()) {
            produceOpParam(path + "." + p.getName(), pp.getPart(), part, pp.getUse());
        }
    } else {
        List<TypeRef> trs = new TypeParser(version.toCode()).parse(p.getFhirType(), false, null, null, false);
        if (trs.size() > 1) {
            if (p.getSearchType() != null)
                pp.setSearchType(SearchParamType.fromCode(p.getSearchType()));
            pp.setType(Enumerations.FHIRAllTypes.fromCode("Element"));
            for (TypeRef tr : trs) {
                pp.addExtension(ToolingExtensions.EXT_ALLOWED_TYPE, new UriType(tr.getName()));
                if (tr.getParams().size() > 0)
                    throw new Error("Multiple types for an operation parameter, where one is a reference, is not supported by the build tools");
            }
        } else {
            TypeRef tr = trs.get(0);
            if (definitions.getConstraints().containsKey(tr.getName())) {
                ProfiledType pt = definitions.getConstraints().get(tr.getName());
                pp.setType(Enumerations.FHIRAllTypes.fromCode(pt.getBaseType().equals("*") ? "Type" : pt.getBaseType()));
                pp.addTargetProfile("http://hl7.org/fhir/StructureDefinition/" + pt.getName());
            } else {
                if (p.getSearchType() != null)
                    pp.setSearchType(SearchParamType.fromCode(p.getSearchType()));
                pp.setType(Enumerations.FHIRAllTypes.fromCode(tr.getName().equals("*") ? "Type" : tr.getName()));
                if (tr.getParams().size() == 1 && !tr.getParams().get(0).equals("Any"))
                    pp.addTargetProfile("http://hl7.org/fhir/StructureDefinition/" + tr.getParams().get(0));
            }
        }
    }
}

Example 23 with TypeRef

use of org.hl7.fhir.definitions.model.TypeRef in project kindling by HL7.

the class DictHTMLGenerator method describeType.

private String describeType(ElementDefn e) throws Exception {
    StringBuilder b = new StringBuilder();
    boolean first = true;
    if (e.typeCode().startsWith("@")) {
        b.append("<a href=\"#" + e.typeCode().substring(1) + "\">See " + e.typeCode().substring(1) + "</a>");
    } else {
        for (TypeRef t : e.getTypes()) {
            if (!first)
                b.append("|");
            String tn = t.getName();
            if (tn.equals("Type"))
                tn = "Element";
            if (tn.equals("*"))
                b.append("<a href=\"" + prefix + "datatypes.html#open\">*</a>");
            else
                b.append("<a href=\"" + prefix + typeLink(tn) + "\">" + tn + "</a>");
            if (t.hasParams()) {
                b.append("(");
                boolean firstp = true;
                for (String p : t.getParams()) {
                    if (!firstp)
                        b.append(" | ");
                    firstp = false;
                    if (definitions.hasLogicalModel(p)) {
                        b.append("<a href=\"" + prefix + typeLink(p) + "\">" + p + "</a>[");
                        boolean firstpn = true;
                        for (String pn : definitions.getLogicalModel(p).getImplementations()) {
                            if (!firstpn)
                                b.append(", ");
                            firstpn = false;
                            b.append("<a href=\"" + prefix + typeLink(pn) + "\">" + pn + "</a>");
                        }
                        b.append("]");
                    } else {
                        b.append("<a href=\"" + prefix + typeLink(p) + "\">" + p + "</a>");
                    }
                }
                b.append(")");
            }
            first = false;
        }
    }
    return b.toString();
}

Example 24 with TypeRef

use of org.hl7.fhir.definitions.model.TypeRef in project kindling by HL7.

the class FhirTurtleGenerator method processTypes.

private void processTypes(String baseResourceName, FHIRResource baseResource, ElementDefn td, String predicateBase, boolean innerIsBackbone) throws Exception {
    for (ElementDefn ed : td.getElements()) {
        String predicateName = predicateBase + "." + (ed.getName().endsWith("[x]") ? ed.getName().substring(0, ed.getName().length() - 3) : ed.getName());
        FHIRResource predicateResource;
        if (ed.getName().endsWith("[x]")) {
            predicateResource = fact.fhir_objectProperty(predicateName);
            // Choice entry
            if (ed.typeCode().equals("*")) {
                // Wild card -- any element works (probably should be more restrictive but...)
                Resource targetResource = RDFNamespace.FHIR.resourceRef("Element");
                baseResource.restriction(fact.fhir_cardinality_restriction(predicateResource.resource, targetResource, ed.getMinCardinality(), ed.getMaxCardinality()));
                predicateResource.domain(baseResource);
                predicateResource.range(targetResource);
            } else {
                // Create a restriction on the union of possible types
                List<Resource> typeOpts = new ArrayList<Resource>();
                for (TypeRef tr : ed.getTypes()) {
                    // TODO: Figure out how to get the type reference code
                    String trName = tr.getName();
                    if (trName.equals("SimpleQuantity"))
                        trName = "Quantity";
                    String qualifiedPredicateName = predicateName + Utilities.capitalize(trName);
                    Resource targetRes = fact.fhir_class(tr.getName()).resource;
                    FHIRResource qualifiedPredicate = fact.fhir_objectProperty(qualifiedPredicateName, predicateResource.resource).domain(baseResource).range(targetRes);
                    typeOpts.add(fact.fhir_cardinality_restriction(qualifiedPredicate.resource, targetRes, ed.getMinCardinality(), ed.getMaxCardinality()));
                }
                baseResource.restriction(fact.fhir_union(typeOpts));
            }
        } else {
            FHIRResource baseDef;
            if (ed.getTypes().isEmpty()) {
                predicateResource = fact.fhir_objectProperty(predicateName);
                String targetClassName = mapComponentName(baseResourceName, ed.getDeclaredTypeName());
                baseDef = fact.fhir_class(targetClassName, innerIsBackbone ? "BackboneElement" : "Element").addDefinition(ed.getDefinition());
                processTypes(targetClassName, baseDef, ed, predicateName, innerIsBackbone);
            } else {
                TypeRef targetType = ed.getTypes().get(0);
                String targetName = targetType.getName();
                if (targetName.startsWith("@")) {
                    // Link to earlier definition
                    ElementDefn targetRef = getElementForPath(targetName.substring(1));
                    String targetRefName = targetRef.getName();
                    String targetClassName = baseResourceName + Character.toUpperCase(targetRefName.charAt(0)) + targetRefName.substring(1);
                    baseDef = fact.fhir_class(targetClassName, innerIsBackbone ? "BackboneElement" : "Element").addDefinition(ed.getDefinition()).addTitle(ed.getShortDefn());
                    if (!processing.contains(targetRefName)) {
                        processing.add(targetRefName);
                        processTypes(targetClassName, baseDef, targetRef, predicateName, innerIsBackbone);
                        processing.remove(targetRefName);
                    }
                } else {
                    // A placeholder entry.  The rest of the information will be supplied elsewhere
                    baseDef = fact.fhir_class(targetName);
                }
                // XHTML the exception, in that the html doesn't derive from Primitive
                if (targetName.equals("xhtml"))
                    predicateResource = fact.fhir_dataProperty(predicateName);
                else
                    predicateResource = fact.fhir_objectProperty(predicateName);
            }
            predicateResource.addTitle(ed.getShortDefn()).addDefinition(ed.getDefinition()).domain(baseResource);
            baseResource.restriction(fact.fhir_cardinality_restriction(predicateResource.resource, baseDef.resource, ed.getMinCardinality(), ed.getMaxCardinality()));
            predicateResource.range(baseDef.resource);
            if (!Utilities.noString(ed.getW5()))
                predicateResource.addObjectProperty(RDFS.subPropertyOf, RDFNamespace.W5.resourceRef(ed.getW5()));
        }
    }
}

Example 25 with TypeRef

use of org.hl7.fhir.definitions.model.TypeRef in project bunsen by cerner.

the class Stu3StructureDefinitions method elementToFields.

/**
 * Returns the fields for the given element. The returned stream can be empty
 * (e.g., for elements with max of zero), or have multiple values (for elements
 * that generate fields with additional data in siblings.)
 */
private <T> List<StructureField<T>> elementToFields(DefinitionVisitor<T> visitor, StructureDefinition rootDefinition, ElementDefinition element, List<ElementDefinition> definitions, Deque<QualifiedPath> stack) {
    String elementName = elementName(element);
    if (shouldTerminateRecursive(visitor, rootDefinition, element, stack)) {
        return Collections.emptyList();
    } else if (element.getMax().equals("0")) {
        // Fields with max of zero are omitted.
        return Collections.emptyList();
    } else if ("Extension".equals(element.getTypeFirstRep().getCode())) {
        return extensionElementToFields(visitor, rootDefinition, element, definitions, stack);
    } else if (element.getType().size() == 1 && PRIMITIVE_TYPES.contains(element.getTypeFirstRep().getCode())) {
        T primitiveConverter = visitor.visitPrimitive(elementName, element.getTypeFirstRep().getCode());
        if (!element.getMax().equals("1")) {
            return singleField(elementName, visitor.visitMultiValued(elementName, primitiveConverter));
        } else {
            return singleField(elementName, primitiveConverter);
        }
    } else if (element.getPath().endsWith("[x]")) {
        // Use a linked hash map to preserve the order of the fields
        // for iteration.
        Map<String, T> choiceTypes = new LinkedHashMap<>();
        for (TypeRefComponent typeRef : element.getType()) {
            if (PRIMITIVE_TYPES.contains(typeRef.getCode().toLowerCase())) {
                T child = visitor.visitPrimitive(elementName, typeRef.getCode().toLowerCase());
                choiceTypes.put(typeRef.getCode(), child);
            } else {
                StructureDefinition structureDefinition = (StructureDefinition) validationSupport.fetchStructureDefinition(context, typeRef.getCode());
                T child = transform(visitor, element, structureDefinition, new ArrayDeque<>());
                choiceTypes.put(typeRef.getCode(), child);
            }
        }
        StructureField<T> field = new StructureField<>(elementName, elementName, null, false, true, visitor.visitChoice(elementName, choiceTypes));
        return Collections.singletonList(field);
    } else if (!element.getMax().equals("1")) {
        if (getDefinition(element) != null) {
            // Handle defined data types.
            StructureDefinition definition = getDefinition(element);
            if (shouldTerminateRecursive(visitor, definition, stack)) {
                return Collections.emptyList();
            } else {
                T type = transform(visitor, element, definition, stack);
                return singleField(elementName, visitor.visitMultiValued(elementName, type));
            }
        } else {
            List<StructureField<T>> childElements = transformChildren(visitor, rootDefinition, definitions, stack, element);
            T result = visitor.visitComposite(elementName, element.getPath(), elementName, rootDefinition.getUrl(), childElements);
            List<StructureField<T>> composite = singleField(elementName, result);
            // Array types should produce only a single element.
            if (composite.size() != 1) {
                throw new IllegalStateException("Array type in " + element.getPath() + " must map to a single structure.");
            }
            // Wrap the item in the corresponding multi-valued type.
            return singleField(elementName, visitor.visitMultiValued(elementName, composite.get(0).result()));
        }
    } else if (getDefinition(element) != null) {
        // Handle defined data types.
        StructureDefinition definition = getDefinition(element);
        if (shouldTerminateRecursive(visitor, definition, stack)) {
            return Collections.emptyList();
        } else {
            T type = transform(visitor, element, definition, stack);
            return singleField(elementName(element), type);
        }
    } else {
        // Handle composite type
        List<StructureField<T>> childElements = transformChildren(visitor, rootDefinition, definitions, stack, element);
        T result = visitor.visitComposite(elementName, element.getPath(), elementName, rootDefinition.getUrl(), childElements);
        return singleField(elementName, result);
    }
}