public void addChildNode(DataSchemaNodeBuilder childNode) {
if (!(childNode instanceof ChoiceCaseBuilder)) {
- ChoiceCaseBuilder caseBuilder = new ChoiceCaseBuilder(
- childNode.getQName(), childNode.getLine());
+ ChoiceCaseBuilder caseBuilder = new ChoiceCaseBuilder(childNode.getQName(), childNode.getLine());
caseBuilder.addChildNode(childNode);
cases.add(caseBuilder);
} else {
this.defaultCase = defaultCase;
}
-
private final class ChoiceNodeImpl implements ChoiceNode {
private final QName qname;
private SchemaPath path;
return augmentations;
}
- private void setAvailableAugmentations(
- Set<AugmentationSchema> availableAugmentations) {
+ private void setAvailableAugmentations(Set<AugmentationSchema> availableAugmentations) {
if (availableAugmentations != null) {
this.augmentations = availableAugmentations;
}
return unknownNodes;
}
- private void setUnknownSchemaNodes(
- List<UnknownSchemaNode> unknownSchemaNodes) {
+ private void setUnknownSchemaNodes(List<UnknownSchemaNode> unknownSchemaNodes) {
if (unknownSchemaNodes != null) {
this.unknownNodes = unknownSchemaNodes;
}
}
}
+ @Override
public String getDefaultCase() {
return defaultCase;
}
@Override
public String toString() {
- StringBuilder sb = new StringBuilder(
- ChoiceNodeImpl.class.getSimpleName());
+ StringBuilder sb = new StringBuilder(ChoiceNodeImpl.class.getSimpleName());
sb.append("[");
sb.append("qname=" + qname);
sb.append("]");
import org.opendaylight.controller.yang.parser.builder.api.TypeDefinitionAwareBuilder;
import org.opendaylight.controller.yang.parser.builder.api.TypeDefinitionBuilder;
-public final class RpcDefinitionBuilder implements SchemaNodeBuilder,
- TypeDefinitionAwareBuilder {
+public final class RpcDefinitionBuilder implements SchemaNodeBuilder, TypeDefinitionAwareBuilder {
private boolean isBuilt;
private final RpcDefinitionImpl instance;
private final int line;
@Override
public RpcDefinition build() {
if (!isBuilt) {
- final ContainerSchemaNode input = inputBuilder.build();
- final ContainerSchemaNode output = outputBuilder.build();
+ final ContainerSchemaNode input = inputBuilder == null ? null : inputBuilder.build();
+ final ContainerSchemaNode output = outputBuilder == null ? null : outputBuilder.build();
instance.setInput(input);
instance.setOutput(output);
@Override
public String toString() {
- StringBuilder sb = new StringBuilder(
- RpcDefinitionImpl.class.getSimpleName() + "[");
+ StringBuilder sb = new StringBuilder(RpcDefinitionImpl.class.getSimpleName() + "[");
sb.append("qname=" + qname);
sb.append(", path=" + path);
sb.append(", input=" + input);
public final class YangParserImpl implements YangModelParser {
- private static final Logger logger = LoggerFactory
- .getLogger(YangParserImpl.class);
+ private static final Logger logger = LoggerFactory.getLogger(YangParserImpl.class);
@Override
public Map<File, Module> parseYangModelsMapped(List<File> yangFiles) {
try {
inputStreams.put(new FileInputStream(yangFile), yangFile);
} catch (FileNotFoundException e) {
- logger.warn("Exception while reading yang file: "
- + yangFile.getName(), e);
+ logger.warn("Exception while reading yang file: " + yangFile.getName(), e);
}
}
- Map<ModuleBuilder, InputStream> builderToStreamMap = Maps
- .newHashMap();
+ Map<ModuleBuilder, InputStream> builderToStreamMap = Maps.newHashMap();
final Map<String, TreeMap<Date, ModuleBuilder>> modules = resolveModuleBuilders(
- Lists.newArrayList(inputStreams.keySet()),
- builderToStreamMap);
+ Lists.newArrayList(inputStreams.keySet()), builderToStreamMap);
// return new LinkedHashSet<Module>(build(modules).values());
Map<File, Module> retVal = Maps.newLinkedHashMap();
Map<ModuleBuilder, Module> builderToModuleMap = build(modules);
- for (Entry<ModuleBuilder, Module> builderToModule : builderToModuleMap
- .entrySet()) {
- retVal.put(inputStreams.get(builderToStreamMap
- .get(builderToModule.getKey())), builderToModule
- .getValue());
+ for (Entry<ModuleBuilder, Module> builderToModule : builderToModuleMap.entrySet()) {
+ retVal.put(inputStreams.get(builderToStreamMap.get(builderToModule.getKey())),
+ builderToModule.getValue());
}
return retVal;
}
@Override
- public Set<Module> parseYangModelsFromStreams(
- final List<InputStream> yangModelStreams) {
- return Sets.newHashSet(parseYangModelsFromStreamsMapped(
- yangModelStreams).values());
+ public Set<Module> parseYangModelsFromStreams(final List<InputStream> yangModelStreams) {
+ return Sets.newHashSet(parseYangModelsFromStreamsMapped(yangModelStreams).values());
}
@Override
- public Map<InputStream, Module> parseYangModelsFromStreamsMapped(
- final List<InputStream> yangModelStreams) {
+ public Map<InputStream, Module> parseYangModelsFromStreamsMapped(final List<InputStream> yangModelStreams) {
Map<ModuleBuilder, InputStream> builderToStreamMap = Maps.newHashMap();
- final Map<String, TreeMap<Date, ModuleBuilder>> modules = resolveModuleBuilders(
- yangModelStreams, builderToStreamMap);
+ final Map<String, TreeMap<Date, ModuleBuilder>> modules = resolveModuleBuilders(yangModelStreams,
+ builderToStreamMap);
Map<InputStream, Module> retVal = Maps.newLinkedHashMap();
Map<ModuleBuilder, Module> builderToModuleMap = build(modules);
- for (Entry<ModuleBuilder, Module> builderToModule : builderToModuleMap
- .entrySet()) {
- retVal.put(builderToStreamMap.get(builderToModule.getKey()),
- builderToModule.getValue());
+ for (Entry<ModuleBuilder, Module> builderToModule : builderToModuleMap.entrySet()) {
+ retVal.put(builderToStreamMap.get(builderToModule.getKey()), builderToModule.getValue());
}
return retVal;
}
return builders;
}
- private Map<String, TreeMap<Date, ModuleBuilder>> resolveModuleBuilders(
- final List<InputStream> yangFileStreams,
+ private Map<String, TreeMap<Date, ModuleBuilder>> resolveModuleBuilders(final List<InputStream> yangFileStreams,
Map<ModuleBuilder, InputStream> streamToBuilderMap) {
- final ModuleBuilder[] builders = parseModuleBuilders(yangFileStreams,
- streamToBuilderMap);
+ final ModuleBuilder[] builders = parseModuleBuilders(yangFileStreams, streamToBuilderMap);
// Linked Hash Map MUST be used because Linked Hash Map preserves ORDER
// of items stored in map.
if (builderRevision == null) {
builderRevision = new Date(0L);
}
- TreeMap<Date, ModuleBuilder> builderByRevision = modules
- .get(builderName);
+ TreeMap<Date, ModuleBuilder> builderByRevision = modules.get(builderName);
if (builderByRevision == null) {
builderByRevision = new TreeMap<Date, ModuleBuilder>();
}
return result;
}
- private Map<ModuleBuilder, Module> build(
- final Map<String, TreeMap<Date, ModuleBuilder>> modules) {
+ private Map<ModuleBuilder, Module> build(final Map<String, TreeMap<Date, ModuleBuilder>> modules) {
// fix unresolved nodes
- for (Map.Entry<String, TreeMap<Date, ModuleBuilder>> entry : modules
- .entrySet()) {
- for (Map.Entry<Date, ModuleBuilder> childEntry : entry.getValue()
- .entrySet()) {
+ for (Map.Entry<String, TreeMap<Date, ModuleBuilder>> entry : modules.entrySet()) {
+ for (Map.Entry<Date, ModuleBuilder> childEntry : entry.getValue().entrySet()) {
final ModuleBuilder moduleBuilder = childEntry.getValue();
fixUnresolvedNodes(modules, moduleBuilder);
}
// order!
// http://docs.oracle.com/javase/6/docs/api/java/util/LinkedHashMap.html
final Map<ModuleBuilder, Module> result = new LinkedHashMap<ModuleBuilder, Module>();
- for (Map.Entry<String, TreeMap<Date, ModuleBuilder>> entry : modules
- .entrySet()) {
+ for (Map.Entry<String, TreeMap<Date, ModuleBuilder>> entry : modules.entrySet()) {
final Map<Date, Module> modulesByRevision = new HashMap<Date, Module>();
- for (Map.Entry<Date, ModuleBuilder> childEntry : entry.getValue()
- .entrySet()) {
+ for (Map.Entry<Date, ModuleBuilder> childEntry : entry.getValue().entrySet()) {
final ModuleBuilder moduleBuilder = childEntry.getValue();
final Module module = moduleBuilder.build();
modulesByRevision.put(childEntry.getKey(), module);
return result;
}
- private void fixUnresolvedNodes(
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder builder) {
+ private void fixUnresolvedNodes(final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder builder) {
resolveDirtyNodes(modules, builder);
resolveIdentities(modules, builder);
resolveUsesRefines(modules, builder);
* @param module
* current module
*/
- private void resolveDirtyNodes(
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder module) {
- final Map<List<String>, TypeAwareBuilder> dirtyNodes = module
- .getDirtyNodes();
+ private void resolveDirtyNodes(final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder module) {
+ final Map<List<String>, TypeAwareBuilder> dirtyNodes = module.getDirtyNodes();
if (!dirtyNodes.isEmpty()) {
- for (Map.Entry<List<String>, TypeAwareBuilder> entry : dirtyNodes
- .entrySet()) {
+ for (Map.Entry<List<String>, TypeAwareBuilder> entry : dirtyNodes.entrySet()) {
final TypeAwareBuilder nodeToResolve = entry.getValue();
if (nodeToResolve instanceof UnionTypeBuilder) {
// special handling for union types
- resolveTypeUnion((UnionTypeBuilder) nodeToResolve, modules,
- module);
+ resolveTypeUnion((UnionTypeBuilder) nodeToResolve, modules, module);
} else if (nodeToResolve.getTypedef() instanceof IdentityrefTypeBuilder) {
// special handling for identityref types
- IdentityrefTypeBuilder idref = (IdentityrefTypeBuilder) nodeToResolve
- .getTypedef();
- nodeToResolve.setType(new IdentityrefType(findFullQName(
- modules, module, idref), idref.getPath()));
+ IdentityrefTypeBuilder idref = (IdentityrefTypeBuilder) nodeToResolve.getTypedef();
+ nodeToResolve.setType(new IdentityrefType(findFullQName(modules, module, idref), idref.getPath()));
} else {
resolveType(nodeToResolve, modules, module);
}
}
private void resolveType(final TypeAwareBuilder nodeToResolve,
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder builder) {
+ final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder builder) {
TypeDefinitionBuilder resolvedType = null;
final int line = nodeToResolve.getLine();
- final TypeDefinition<?> typedefType = nodeToResolve.getType();
- final QName unknownTypeQName = typedefType.getBaseType().getQName();
- final ModuleBuilder dependentModule = findDependentModule(modules,
- builder, unknownTypeQName.getPrefix(), line);
-
- final TypeDefinitionBuilder targetTypeBuilder = findTypeDefinitionBuilder(
- nodeToResolve.getPath(), dependentModule,
- unknownTypeQName.getLocalName(), builder.getName(), line);
-
- if (typedefType instanceof ExtendedType) {
- final ExtendedType extType = (ExtendedType) typedefType;
- final TypeDefinitionBuilder newType = extendedTypeWithNewBaseType(
- nodeToResolve, targetTypeBuilder, extType, modules, builder);
+ final TypeDefinition<?> nodeToResolveType = nodeToResolve.getType();
+ final QName unknownTypeQName = nodeToResolveType.getBaseType().getQName();
+ final ModuleBuilder dependentModule = findDependentModule(modules, builder, unknownTypeQName.getPrefix(), line);
+
+ final TypeDefinitionBuilder targetTypeBuilder = findTypeDefinitionBuilder(nodeToResolve.getPath(),
+ dependentModule, unknownTypeQName.getLocalName(), builder.getName(), line);
+
+ if (nodeToResolveType instanceof ExtendedType) {
+ final ExtendedType extType = (ExtendedType) nodeToResolveType;
+ final TypeDefinitionBuilder newType = extendedTypeWithNewBaseType(nodeToResolve, targetTypeBuilder,
+ extType, modules, builder);
resolvedType = newType;
} else {
resolvedType = targetTypeBuilder;
}
+
+ // validate constraints
+ final TypeConstraints constraints = findConstraints(nodeToResolve, new TypeConstraints(builder.getName(),
+ nodeToResolve.getLine()), modules, builder);
+ constraints.validateConstraints();
+
nodeToResolve.setTypedef(resolvedType);
}
private void resolveTypeUnion(final UnionTypeBuilder union,
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder builder) {
+ final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder builder) {
final List<TypeDefinition<?>> unionTypes = union.getTypes();
final List<TypeDefinition<?>> toRemove = new ArrayList<TypeDefinition<?>>();
for (TypeDefinition<?> unionType : unionTypes) {
if (unionType instanceof UnknownType) {
final UnknownType ut = (UnknownType) unionType;
- final ModuleBuilder dependentModule = findDependentModule(
- modules, builder, ut.getQName().getPrefix(),
- union.getLine());
- final TypeDefinitionBuilder resolvedType = findTypeDefinitionBuilder(
- union.getPath(), dependentModule, ut.getQName()
- .getLocalName(), builder.getName(),
+ final ModuleBuilder dependentModule = findDependentModule(modules, builder, ut.getQName().getPrefix(),
union.getLine());
+ final TypeDefinitionBuilder resolvedType = findTypeDefinitionBuilder(union.getPath(), dependentModule,
+ ut.getQName().getLocalName(), builder.getName(), union.getLine());
union.setTypedef(resolvedType);
toRemove.add(ut);
} else if (unionType instanceof ExtendedType) {
TypeDefinition<?> extTypeBase = extType.getBaseType();
if (extTypeBase instanceof UnknownType) {
final UnknownType ut = (UnknownType) extTypeBase;
- final ModuleBuilder dependentModule = findDependentModule(
- modules, builder, ut.getQName().getPrefix(),
- union.getLine());
- final TypeDefinitionBuilder targetTypeBuilder = findTypeDefinitionBuilder(
- union.getPath(), dependentModule, ut.getQName()
- .getLocalName(), builder.getName(),
- union.getLine());
-
- final TypeDefinitionBuilder newType = extendedTypeWithNewBaseType(
- targetTypeBuilder, targetTypeBuilder, extType,
- modules, builder);
+ final ModuleBuilder dependentModule = findDependentModule(modules, builder, ut.getQName()
+ .getPrefix(), union.getLine());
+ final TypeDefinitionBuilder targetTypeBuilder = findTypeDefinitionBuilder(union.getPath(),
+ dependentModule, ut.getQName().getLocalName(), builder.getName(), union.getLine());
+
+ final TypeDefinitionBuilder newType = extendedTypeWithNewBaseType(targetTypeBuilder,
+ targetTypeBuilder, extType, modules, builder);
union.setTypedef(newType);
toRemove.add(extType);
unionTypes.removeAll(toRemove);
}
- private TypeDefinitionBuilder extendedTypeWithNewBaseType(
- final TypeAwareBuilder nodeToResolve,
- final TypeDefinitionBuilder newBaseType,
- final ExtendedType oldExtendedType,
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder builder) {
- final TypeConstraints constraints = findConstraints(nodeToResolve,
- new TypeConstraints(), modules, builder);
- final TypeDefinitionBuilderImpl newType = new TypeDefinitionBuilderImpl(
- oldExtendedType.getQName(), nodeToResolve.getLine());
+ private TypeDefinitionBuilder extendedTypeWithNewBaseType(final TypeAwareBuilder nodeToResolve,
+ final TypeDefinitionBuilder newBaseType, final ExtendedType oldExtendedType,
+ final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder builder) {
+ final TypeConstraints constraints = findConstraints(nodeToResolve, new TypeConstraints(builder.getName(),
+ nodeToResolve.getLine()), modules, builder);
+ final TypeDefinitionBuilderImpl newType = new TypeDefinitionBuilderImpl(oldExtendedType.getQName(),
+ nodeToResolve.getLine());
newType.setTypedef(newBaseType);
newType.setPath(oldExtendedType.getPath());
newType.setDescription(oldExtendedType.getDescription());
return newType;
}
- private TypeConstraints findConstraints(
- final TypeAwareBuilder nodeToResolve,
- final TypeConstraints constraints,
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder builder) {
+ private TypeConstraints findConstraints(final TypeAwareBuilder nodeToResolve, final TypeConstraints constraints,
+ final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder builder) {
// union type cannot be restricted
if (nodeToResolve instanceof UnionTypeBuilder) {
TypeDefinition<?> type = nodeToResolve.getType();
if (type == null) {
- return findConstraints(nodeToResolve.getTypedef(), constraints,
- modules, builder);
+ return findConstraints(nodeToResolve.getTypedef(), constraints, modules, builder);
} else {
if (type instanceof UnknownType) {
- ModuleBuilder dependentModule = findDependentModule(modules,
- builder, type.getQName().getPrefix(),
+ ModuleBuilder dependentModule = findDependentModule(modules, builder, type.getQName().getPrefix(),
nodeToResolve.getLine());
- TypeDefinitionBuilder tdb = findTypeDefinitionBuilder(
- nodeToResolve.getPath(), dependentModule, type
- .getQName().getLocalName(), builder.getName(),
- nodeToResolve.getLine());
- return findConstraints(tdb, constraints, modules,
- dependentModule);
+ TypeDefinitionBuilder tdb = findTypeDefinitionBuilder(nodeToResolve.getPath(), dependentModule, type
+ .getQName().getLocalName(), builder.getName(), nodeToResolve.getLine());
+ return findConstraints(tdb, constraints, modules, dependentModule);
} else if (type instanceof ExtendedType) {
ExtendedType extType = (ExtendedType) type;
constraints.addFractionDigits(extType.getFractionDigits());
TypeDefinition<?> base = extType.getBaseType();
if (base instanceof UnknownType) {
- ModuleBuilder dependentModule = findDependentModule(
- modules, builder, base.getQName().getPrefix(),
+ ModuleBuilder dependentModule = findDependentModule(modules, builder, base.getQName().getPrefix(),
nodeToResolve.getLine());
- TypeDefinitionBuilder tdb = findTypeDefinitionBuilder(
- nodeToResolve.getPath(), dependentModule, base
- .getQName().getLocalName(),
- builder.getName(), nodeToResolve.getLine());
- return findConstraints(tdb, constraints, modules,
- dependentModule);
+ TypeDefinitionBuilder tdb = findTypeDefinitionBuilder(nodeToResolve.getPath(), dependentModule,
+ base.getQName().getLocalName(), builder.getName(), nodeToResolve.getLine());
+ return findConstraints(tdb, constraints, modules, dependentModule);
} else {
// it has to be base yang type
mergeConstraints(type, constraints);
* current line in yang model
* @return
*/
- private TypeDefinitionBuilder findTypeDefinitionBuilder(
- SchemaPath dirtyNodeSchemaPath,
- final ModuleBuilder dependentModule, final String typeName,
- final String currentModuleName, final int line) {
+ private TypeDefinitionBuilder findTypeDefinitionBuilder(SchemaPath dirtyNodeSchemaPath,
+ final ModuleBuilder dependentModule, final String typeName, final String currentModuleName, final int line) {
final List<QName> path = dirtyNodeSchemaPath.getPath();
TypeDefinitionBuilder result = null;
- Set<TypeDefinitionBuilder> typedefs = dependentModule
- .getModuleTypedefs();
+ Set<TypeDefinitionBuilder> typedefs = dependentModule.getModuleTypedefs();
result = findTdb(typedefs, typeName);
if (result == null) {
currentNode = dependentModule.getModuleNode(currentPath);
if (currentNode instanceof RpcDefinitionBuilder) {
- typedefs = ((RpcDefinitionBuilder) currentNode)
- .getTypeDefinitions();
+ typedefs = ((RpcDefinitionBuilder) currentNode).getTypeDefinitions();
} else if (currentNode instanceof DataNodeContainerBuilder) {
- typedefs = ((DataNodeContainerBuilder) currentNode)
- .getTypeDefinitions();
+ typedefs = ((DataNodeContainerBuilder) currentNode).getTypeDefinitions();
} else {
typedefs = Collections.emptySet();
}
if (result != null) {
return result;
}
- throw new YangParseException(currentModuleName, line,
- "Referenced type '" + typeName + "' not found.");
+ throw new YangParseException(currentModuleName, line, "Referenced type '" + typeName + "' not found.");
}
- private TypeDefinitionBuilder findTdb(Set<TypeDefinitionBuilder> types,
- String name) {
+ private TypeDefinitionBuilder findTdb(Set<TypeDefinitionBuilder> types, String name) {
for (TypeDefinitionBuilder td : types) {
if (td.getQName().getLocalName().equals(name)) {
return td;
* @param referencedType
* @param constraints
*/
- private void mergeConstraints(final TypeDefinition<?> referencedType,
- final TypeConstraints constraints) {
+ private void mergeConstraints(final TypeDefinition<?> referencedType, final TypeConstraints constraints) {
if (referencedType instanceof DecimalTypeDefinition) {
- constraints.addRanges(((DecimalTypeDefinition) referencedType)
- .getRangeStatements());
- constraints
- .addFractionDigits(((DecimalTypeDefinition) referencedType)
- .getFractionDigits());
+ constraints.addRanges(((DecimalTypeDefinition) referencedType).getRangeStatements());
+ constraints.addFractionDigits(((DecimalTypeDefinition) referencedType).getFractionDigits());
} else if (referencedType instanceof IntegerTypeDefinition) {
- constraints.addRanges(((IntegerTypeDefinition) referencedType)
- .getRangeStatements());
+ constraints.addRanges(((IntegerTypeDefinition) referencedType).getRangeStatements());
} else if (referencedType instanceof StringTypeDefinition) {
- constraints.addPatterns(((StringTypeDefinition) referencedType)
- .getPatterns());
- constraints.addLengths(((StringTypeDefinition) referencedType)
- .getLengthStatements());
+ constraints.addPatterns(((StringTypeDefinition) referencedType).getPatterns());
+ constraints.addLengths(((StringTypeDefinition) referencedType).getLengthStatements());
} else if (referencedType instanceof BinaryTypeDefinition) {
- constraints.addLengths(((BinaryTypeDefinition) referencedType)
- .getLengthConstraints());
+ constraints.addLengths(((BinaryTypeDefinition) referencedType).getLengthConstraints());
}
}
* @param modules
* all available modules
*/
- private void resolveAugments(
- final Map<String, TreeMap<Date, ModuleBuilder>> modules) {
+ private void resolveAugments(final Map<String, TreeMap<Date, ModuleBuilder>> modules) {
final List<ModuleBuilder> allModulesList = new ArrayList<ModuleBuilder>();
final Set<ModuleBuilder> allModulesSet = new HashSet<ModuleBuilder>();
- for (Map.Entry<String, TreeMap<Date, ModuleBuilder>> entry : modules
- .entrySet()) {
- for (Map.Entry<Date, ModuleBuilder> inner : entry.getValue()
- .entrySet()) {
+ for (Map.Entry<String, TreeMap<Date, ModuleBuilder>> entry : modules.entrySet()) {
+ for (Map.Entry<Date, ModuleBuilder> inner : entry.getValue().entrySet()) {
allModulesList.add(inner.getValue());
allModulesSet.add(inner.getValue());
}
// try to resolve augments in module
resolveAugment(modules, module);
// while all augments are not resolved
- final Iterator<ModuleBuilder> allModulesIterator = allModulesSet
- .iterator();
- while (!(module.getAugmentsResolved() == module.getAugments()
- .size())) {
+ final Iterator<ModuleBuilder> allModulesIterator = allModulesSet.iterator();
+ while (!(module.getAugmentsResolved() == module.getAugments().size())) {
ModuleBuilder nextModule = null;
// try resolve other module augments
try {
nextModule = allModulesIterator.next();
resolveAugment(modules, nextModule);
} catch (NoSuchElementException e) {
- throw new YangParseException(
- "Failed to resolve augments in module '"
- + module.getName() + "'.", e);
+ throw new YangParseException("Failed to resolve augments in module '" + module.getName() + "'.", e);
}
// then try to resolve first module again
resolveAugment(modules, module);
* @param module
* current module
*/
- private void resolveAugment(
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder module) {
+ private void resolveAugment(final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder module) {
if (module.getAugmentsResolved() < module.getAugments().size()) {
- for (AugmentationSchemaBuilder augmentBuilder : module
- .getAugments()) {
+ for (AugmentationSchemaBuilder augmentBuilder : module.getAugments()) {
if (!augmentBuilder.isResolved()) {
- final SchemaPath augmentTargetSchemaPath = augmentBuilder
- .getTargetPath();
+ final SchemaPath augmentTargetSchemaPath = augmentBuilder.getTargetPath();
final List<QName> path = augmentTargetSchemaPath.getPath();
final QName qname = path.get(0);
}
DataSchemaNodeBuilder currentParent = null;
- final ModuleBuilder dependentModule = findDependentModule(
- modules, module, prefix, augmentBuilder.getLine());
- for (DataSchemaNodeBuilder child : dependentModule
- .getChildNodes()) {
+ final ModuleBuilder dependentModule = findDependentModule(modules, module, prefix,
+ augmentBuilder.getLine());
+ for (DataSchemaNodeBuilder child : dependentModule.getChildNodes()) {
final QName childQName = child.getQName();
- if (childQName.getLocalName().equals(
- qname.getLocalName())) {
+ if (childQName.getLocalName().equals(qname.getLocalName())) {
currentParent = child;
break;
}
for (int i = 1; i < path.size(); i++) {
final QName currentQName = path.get(i);
DataSchemaNodeBuilder newParent = null;
- for (DataSchemaNodeBuilder child : ((DataNodeContainerBuilder) currentParent)
- .getChildNodes()) {
+ for (DataSchemaNodeBuilder child : ((DataNodeContainerBuilder) currentParent).getChildNodes()) {
final QName childQName = child.getQName();
- if (childQName.getLocalName().equals(
- currentQName.getLocalName())) {
+ if (childQName.getLocalName().equals(currentQName.getLocalName())) {
newParent = child;
break;
}
}
final QName currentQName = currentParent.getQName();
- final QName lastAugmentPathElement = path
- .get(path.size() - 1);
- if (currentQName.getLocalName().equals(
- lastAugmentPathElement.getLocalName())) {
+ final QName lastAugmentPathElement = path.get(path.size() - 1);
+ if (currentQName.getLocalName().equals(lastAugmentPathElement.getLocalName())) {
if (currentParent instanceof ChoiceBuilder) {
- ParserUtils.fillAugmentTarget(augmentBuilder,
- (ChoiceBuilder) currentParent);
+ ParserUtils.fillAugmentTarget(augmentBuilder, (ChoiceBuilder) currentParent);
} else {
- ParserUtils.fillAugmentTarget(augmentBuilder,
- (DataNodeContainerBuilder) currentParent);
+ ParserUtils.fillAugmentTarget(augmentBuilder, (DataNodeContainerBuilder) currentParent);
}
- ((AugmentationTargetBuilder) currentParent)
- .addAugmentation(augmentBuilder);
+ ((AugmentationTargetBuilder) currentParent).addAugmentation(augmentBuilder);
SchemaPath oldPath = currentParent.getPath();
- augmentBuilder.setTargetPath(new SchemaPath(oldPath
- .getPath(), oldPath.isAbsolute()));
+ augmentBuilder.setTargetPath(new SchemaPath(oldPath.getPath(), oldPath.isAbsolute()));
augmentBuilder.setResolved(true);
module.augmentResolved();
}
* @param module
* module being resolved
*/
- private void resolveIdentities(
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder module) {
- final Set<IdentitySchemaNodeBuilder> identities = module
- .getIdentities();
+ private void resolveIdentities(final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder module) {
+ final Set<IdentitySchemaNodeBuilder> identities = module.getIdentities();
for (IdentitySchemaNodeBuilder identity : identities) {
final String baseIdentityName = identity.getBaseIdentityName();
if (baseIdentityName != null) {
baseIdentityPrefix = module.getPrefix();
baseIdentityLocalName = baseIdentityName;
}
- final ModuleBuilder dependentModule = findDependentModule(
- modules, module, baseIdentityPrefix, identity.getLine());
+ final ModuleBuilder dependentModule = findDependentModule(modules, module, baseIdentityPrefix,
+ identity.getLine());
- final Set<IdentitySchemaNodeBuilder> dependentModuleIdentities = dependentModule
- .getIdentities();
+ final Set<IdentitySchemaNodeBuilder> dependentModuleIdentities = dependentModule.getIdentities();
for (IdentitySchemaNodeBuilder idBuilder : dependentModuleIdentities) {
- if (idBuilder.getQName().getLocalName()
- .equals(baseIdentityLocalName)) {
+ if (idBuilder.getQName().getLocalName().equals(baseIdentityLocalName)) {
identity.setBaseIdentity(idBuilder);
}
}
* @param module
* module being resolved
*/
- private void resolveUsesRefines(
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder module) {
- final Map<List<String>, UsesNodeBuilder> moduleUses = module
- .getUsesNodes();
- for (Map.Entry<List<String>, UsesNodeBuilder> entry : moduleUses
- .entrySet()) {
+ private void resolveUsesRefines(final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder module) {
+ final Map<List<String>, UsesNodeBuilder> moduleUses = module.getUsesNodes();
+ for (Map.Entry<List<String>, UsesNodeBuilder> entry : moduleUses.entrySet()) {
final UsesNodeBuilder usesNode = entry.getValue();
final int line = usesNode.getLine();
usesNode.setGroupingPath(targetGrouping.getPath());
for (RefineHolder refine : usesNode.getRefines()) {
- SchemaNodeBuilder refineTarget = getRefineNodeBuilderCopy(
- targetGrouping, refine, modules, module);
+ SchemaNodeBuilder refineTarget = getRefineNodeBuilderCopy(targetGrouping, refine, modules, module);
ParserUtils.checkRefine(refineTarget, refine);
ParserUtils.refineDefault(refineTarget, refine, line);
if (refineTarget instanceof LeafSchemaNodeBuilder) {
}
}
- private GroupingBuilder getTargetGrouping(
- final UsesNodeBuilder usesBuilder,
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder module) {
+ private GroupingBuilder getTargetGrouping(final UsesNodeBuilder usesBuilder,
+ final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder module) {
final int line = usesBuilder.getLine();
String groupingString = usesBuilder.getGroupingName();
String groupingPrefix;
String groupingName;
- if(groupingString.contains(":")) {
+ if (groupingString.contains(":")) {
String[] splitted = groupingString.split(":");
- if(splitted.length != 2 || groupingString.contains("/")) {
+ if (splitted.length != 2 || groupingString.contains("/")) {
throw new YangParseException(module.getName(), line, "Invalid name of target grouping");
}
groupingPrefix = splitted[0];
}
ModuleBuilder dependentModule = null;
- if(groupingPrefix.equals(module.getPrefix())) {
+ if (groupingPrefix.equals(module.getPrefix())) {
dependentModule = module;
} else {
dependentModule = findDependentModule(modules, module, groupingPrefix, line);
}
-
List<QName> path = usesBuilder.getPath().getPath();
GroupingBuilder result = null;
Set<GroupingBuilder> groupings = dependentModule.getModuleGroupings();
if (result != null) {
return result;
}
- throw new YangParseException(module.getName(), line,
- "Referenced grouping '" + groupingName + "' not found.");
+ throw new YangParseException(module.getName(), line, "Referenced grouping '" + groupingName + "' not found.");
}
- private GroupingBuilder findGrouping(Set<GroupingBuilder> groupings,
- String name) {
+ private GroupingBuilder findGrouping(Set<GroupingBuilder> groupings, String name) {
for (GroupingBuilder grouping : groupings) {
if (grouping.getQName().getLocalName().equals(name)) {
return grouping;
* @return copy of node to be refined if it is present in grouping, null
* otherwise
*/
- private SchemaNodeBuilder getRefineNodeBuilderCopy(
- final GroupingBuilder targetGrouping, final RefineHolder refine,
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder module) {
+ private SchemaNodeBuilder getRefineNodeBuilderCopy(final GroupingBuilder targetGrouping, final RefineHolder refine,
+ final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder module) {
Builder result = null;
- final Builder lookedUpBuilder = findRefineTargetBuilder(targetGrouping,
- refine, modules, module);
+ final Builder lookedUpBuilder = findRefineTargetBuilder(targetGrouping, refine, modules, module);
if (lookedUpBuilder instanceof LeafSchemaNodeBuilder) {
- result = ParserUtils
- .copyLeafBuilder((LeafSchemaNodeBuilder) lookedUpBuilder);
+ result = ParserUtils.copyLeafBuilder((LeafSchemaNodeBuilder) lookedUpBuilder);
} else if (lookedUpBuilder instanceof ContainerSchemaNodeBuilder) {
- result = ParserUtils
- .copyContainerBuilder((ContainerSchemaNodeBuilder) lookedUpBuilder);
+ result = ParserUtils.copyContainerBuilder((ContainerSchemaNodeBuilder) lookedUpBuilder);
} else if (lookedUpBuilder instanceof ListSchemaNodeBuilder) {
- result = ParserUtils
- .copyListBuilder((ListSchemaNodeBuilder) lookedUpBuilder);
+ result = ParserUtils.copyListBuilder((ListSchemaNodeBuilder) lookedUpBuilder);
} else if (lookedUpBuilder instanceof LeafListSchemaNodeBuilder) {
- result = ParserUtils
- .copyLeafListBuilder((LeafListSchemaNodeBuilder) lookedUpBuilder);
+ result = ParserUtils.copyLeafListBuilder((LeafListSchemaNodeBuilder) lookedUpBuilder);
} else if (lookedUpBuilder instanceof ChoiceBuilder) {
- result = ParserUtils
- .copyChoiceBuilder((ChoiceBuilder) lookedUpBuilder);
+ result = ParserUtils.copyChoiceBuilder((ChoiceBuilder) lookedUpBuilder);
} else if (lookedUpBuilder instanceof AnyXmlBuilder) {
- result = ParserUtils
- .copyAnyXmlBuilder((AnyXmlBuilder) lookedUpBuilder);
+ result = ParserUtils.copyAnyXmlBuilder((AnyXmlBuilder) lookedUpBuilder);
} else if (lookedUpBuilder instanceof GroupingBuilder) {
- result = ParserUtils
- .copyGroupingBuilder((GroupingBuilder) lookedUpBuilder);
+ result = ParserUtils.copyGroupingBuilder((GroupingBuilder) lookedUpBuilder);
} else if (lookedUpBuilder instanceof TypeDefinitionBuilder) {
- result = ParserUtils
- .copyTypedefBuilder((TypeDefinitionBuilderImpl) lookedUpBuilder);
+ result = ParserUtils.copyTypedefBuilder((TypeDefinitionBuilderImpl) lookedUpBuilder);
} else {
- throw new YangParseException(module.getName(), refine.getLine(),
- "Target '" + refine.getName() + "' can not be refined");
+ throw new YangParseException(module.getName(), refine.getLine(), "Target '" + refine.getName()
+ + "' can not be refined");
}
return (SchemaNodeBuilder) result;
}
* @return Builder object of refine node if it is present in grouping, null
* otherwise
*/
- private Builder findRefineTargetBuilder(final GroupingBuilder builder,
- final RefineHolder refine,
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder module) {
+ private Builder findRefineTargetBuilder(final GroupingBuilder builder, final RefineHolder refine,
+ final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder module) {
final String refineNodeName = refine.getName();
Builder result = builder.getChildNode(refineNodeName);
if (result == null) {
return result;
}
- private QName findFullQName(
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder module, final IdentityrefTypeBuilder idref) {
+ private QName findFullQName(final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder module,
+ final IdentityrefTypeBuilder idref) {
QName result = null;
String baseString = idref.getBaseString();
if (baseString.contains(":")) {
String[] splittedBase = baseString.split(":");
if (splittedBase.length > 2) {
- throw new YangParseException(module.getName(), idref.getLine(),
- "Failed to parse identityref base: " + baseString);
+ throw new YangParseException(module.getName(), idref.getLine(), "Failed to parse identityref base: "
+ + baseString);
}
String prefix = splittedBase[0];
String name = splittedBase[1];
- ModuleBuilder dependentModule = findDependentModule(modules,
- module, prefix, idref.getLine());
- result = new QName(dependentModule.getNamespace(),
- dependentModule.getRevision(), prefix, name);
+ ModuleBuilder dependentModule = findDependentModule(modules, module, prefix, idref.getLine());
+ result = new QName(dependentModule.getNamespace(), dependentModule.getRevision(), prefix, name);
} else {
- result = new QName(module.getNamespace(), module.getRevision(),
- module.getPrefix(), baseString);
+ result = new QName(module.getNamespace(), module.getRevision(), module.getPrefix(), baseString);
}
return result;
}
- private void resolveUnknownNodes(
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
- final ModuleBuilder module) {
+ private void resolveUnknownNodes(final Map<String, TreeMap<Date, ModuleBuilder>> modules, final ModuleBuilder module) {
for (UnknownSchemaNodeBuilder usnb : module.getUnknownNodes()) {
QName nodeType = usnb.getNodeType();
- if (nodeType.getNamespace() == null
- || nodeType.getRevision() == null) {
+ if (nodeType.getNamespace() == null || nodeType.getRevision() == null) {
try {
- ModuleBuilder dependentModule = findDependentModule(
- modules, module, nodeType.getPrefix(),
+ ModuleBuilder dependentModule = findDependentModule(modules, module, nodeType.getPrefix(),
usnb.getLine());
- QName newNodeType = new QName(
- dependentModule.getNamespace(),
- dependentModule.getRevision(),
+ QName newNodeType = new QName(dependentModule.getNamespace(), dependentModule.getRevision(),
nodeType.getPrefix(), nodeType.getLocalName());
usnb.setNodeType(newNodeType);
} catch (YangParseException e) {
- logger.debug(module.getName(), usnb.getLine(),
- "Failed to find unknown node type: " + nodeType);
+ logger.debug(module.getName(), usnb.getLine(), "Failed to find unknown node type: " + nodeType);
}
}
}
* current line in yang model
* @return
*/
- private ModuleBuilder findDependentModule(
- final Map<String, TreeMap<Date, ModuleBuilder>> modules,
+ private ModuleBuilder findDependentModule(final Map<String, TreeMap<Date, ModuleBuilder>> modules,
final ModuleBuilder module, final String prefix, final int line) {
ModuleBuilder dependentModule = null;
Date dependentModuleRevision = null;
if (prefix.equals(module.getPrefix())) {
dependentModule = module;
} else {
- final ModuleImport dependentModuleImport = ParserUtils
- .getModuleImport(module, prefix);
+ final ModuleImport dependentModuleImport = ParserUtils.getModuleImport(module, prefix);
if (dependentModuleImport == null) {
- throw new YangParseException(module.getName(), line,
- "No import found with prefix '" + prefix + "'.");
+ throw new YangParseException(module.getName(), line, "No import found with prefix '" + prefix + "'.");
}
- final String dependentModuleName = dependentModuleImport
- .getModuleName();
+ final String dependentModuleName = dependentModuleImport.getModuleName();
dependentModuleRevision = dependentModuleImport.getRevision();
- final TreeMap<Date, ModuleBuilder> moduleBuildersByRevision = modules
- .get(dependentModuleName);
+ final TreeMap<Date, ModuleBuilder> moduleBuildersByRevision = modules.get(dependentModuleName);
if (moduleBuildersByRevision == null) {
- throw new YangParseException(module.getName(), line,
- "Failed to find dependent module '"
- + dependentModuleName + "'.");
+ throw new YangParseException(module.getName(), line, "Failed to find dependent module '"
+ + dependentModuleName + "'.");
}
if (dependentModuleRevision == null) {
- dependentModule = moduleBuildersByRevision.lastEntry()
- .getValue();
+ dependentModule = moduleBuildersByRevision.lastEntry().getValue();
} else {
- dependentModule = moduleBuildersByRevision
- .get(dependentModuleRevision);
+ dependentModule = moduleBuildersByRevision.get(dependentModuleRevision);
}
}
if (dependentModule == null) {
- throw new YangParseException(module.getName(), line,
- "Failed to find dependent module with prefix '" + prefix
- + "' and revision '" + dependentModuleRevision
- + "'.");
+ throw new YangParseException(module.getName(), line, "Failed to find dependent module with prefix '"
+ + prefix + "' and revision '" + dependentModuleRevision + "'.");
}
return dependentModule;
}
import org.slf4j.LoggerFactory;
public final class YangParserListenerImpl extends YangParserBaseListener {
-
- private static final Logger logger = LoggerFactory
- .getLogger(YangParserListenerImpl.class);
+ private static final Logger logger = LoggerFactory.getLogger(YangParserListenerImpl.class);
private ModuleBuilder moduleBuilder;
-
private String moduleName;
private URI namespace;
private String yangModelPrefix;
private Date revision = new Date(0L);
- public final static DateFormat simpleDateFormat = new SimpleDateFormat(
- "yyyy-MM-dd");
+ public final static DateFormat simpleDateFormat = new SimpleDateFormat("yyyy-MM-dd");
private final Stack<String> actualPath = new Stack<String>();
@Override
}
@Override
- public void exitSubmodule_header_stmts(
- YangParser.Submodule_header_stmtsContext ctx) {
+ public void exitSubmodule_header_stmts(YangParser.Submodule_header_stmtsContext ctx) {
final String submodule = actualPath.pop();
logger.debug("exiting submodule " + submodule);
}
}
}
} catch (ParseException e) {
- final String message = "Failed to parse revision string: "
- + revisionDateStr;
+ final String message = "Failed to parse revision string: " + revisionDateStr;
logger.warn(message);
}
}
try {
importRevision = simpleDateFormat.parse(importRevisionStr);
} catch (ParseException e) {
- logger.warn("Failed to parse import revision-date: "
- + importRevisionStr);
+ logger.warn("Failed to parse import revision-date: " + importRevisionStr);
}
}
}
@Override
public void enterAugment_stmt(YangParser.Augment_stmtContext ctx) {
final String augmentPath = stringFromNode(ctx);
- AugmentationSchemaBuilder builder = moduleBuilder.addAugment(
- augmentPath, actualPath, ctx.getStart().getLine());
+ AugmentationSchemaBuilder builder = moduleBuilder.addAugment(augmentPath, actualPath, ctx.getStart().getLine());
moduleBuilder.enterNode(builder);
updatePath(augmentPath);
public void enterExtension_stmt(YangParser.Extension_stmtContext ctx) {
final String extName = stringFromNode(ctx);
QName qname = new QName(namespace, revision, yangModelPrefix, extName);
- ExtensionBuilder builder = moduleBuilder.addExtension(qname, ctx
- .getStart().getLine());
+ ExtensionBuilder builder = moduleBuilder.addExtension(qname, ctx.getStart().getLine());
parseSchemaNodeArgs(ctx, builder);
String argument = null;
@Override
public void enterTypedef_stmt(YangParser.Typedef_stmtContext ctx) {
final String typedefName = stringFromNode(ctx);
- QName typedefQName = new QName(namespace, revision, yangModelPrefix,
- typedefName);
- TypeDefinitionBuilder builder = moduleBuilder.addTypedef(typedefQName,
- actualPath, ctx.getStart().getLine());
+ QName typedefQName = new QName(namespace, revision, yangModelPrefix, typedefName);
+ TypeDefinitionBuilder builder = moduleBuilder.addTypedef(typedefQName, actualPath, ctx.getStart().getLine());
moduleBuilder.enterNode(builder);
updatePath(typedefName);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
builder.setUnits(parseUnits(ctx));
}
// check for types which must have body
checkMissingBody(typeName, moduleName, line);
// if there are no constraints, just grab default base yang type
- type = YangTypesConverter.javaTypeForBaseYangType(actualPath,
- namespace, revision, typeName);
+ type = YangTypesConverter.javaTypeForBaseYangType(actualPath, namespace, revision, typeName);
moduleBuilder.setType(type, actualPath);
} else {
if ("union".equals(typeName)) {
List<String> typePath = new ArrayList<String>(actualPath);
typePath.add(typeName);
- SchemaPath p = createActualSchemaPath(typePath, namespace,
- revision, yangModelPrefix);
- UnionTypeBuilder unionBuilder = moduleBuilder.addUnionType(
- actualPath, namespace, revision, line);
+ SchemaPath p = createActualSchemaPath(typePath, namespace, revision, yangModelPrefix);
+ UnionTypeBuilder unionBuilder = moduleBuilder.addUnionType(actualPath, namespace, revision, line);
moduleBuilder.enterNode(unionBuilder);
unionBuilder.setPath(p);
} else if ("identityref".equals(typeName)) {
- SchemaPath path = createActualSchemaPath(actualPath,
- namespace, revision, yangModelPrefix);
- moduleBuilder.addIdentityrefType(
- getIdentityrefBase(typeBody), actualPath, path,
- line);
+ SchemaPath path = createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix);
+ moduleBuilder.addIdentityrefType(getIdentityrefBase(typeBody), actualPath, path, line);
} else {
- type = parseTypeBody(typeName, typeBody, actualPath,
- namespace, revision, yangModelPrefix,
- moduleBuilder.getActualNode());
+ type = parseTypeBody(moduleName, typeName, typeBody, actualPath, namespace, revision,
+ yangModelPrefix, moduleBuilder.getActualNode());
moduleBuilder.setType(type, actualPath);
}
}
} else {
- type = parseUnknownTypeBody(typeQName, typeBody, actualPath,
- namespace, revision, yangModelPrefix,
+ type = parseUnknownTypeBody(typeQName, typeBody, actualPath, namespace, revision, yangModelPrefix,
moduleBuilder.getActualNode(), moduleBuilder);
// mark parent node of this type statement as dirty
moduleBuilder.addDirtyNode(actualPath);
typeQName = new QName(null, null, prefix, name);
}
} else {
- typeQName = new QName(namespace, revision, yangModelPrefix,
- typeName);
+ typeQName = new QName(namespace, revision, yangModelPrefix, typeName);
}
return typeQName;
}
@Override
public void enterGrouping_stmt(YangParser.Grouping_stmtContext ctx) {
final String groupName = stringFromNode(ctx);
- QName groupQName = new QName(namespace, revision, yangModelPrefix,
- groupName);
- GroupingBuilder builder = moduleBuilder.addGrouping(groupQName,
- actualPath, ctx.getStart().getLine());
+ QName groupQName = new QName(namespace, revision, yangModelPrefix, groupName);
+ GroupingBuilder builder = moduleBuilder.addGrouping(groupQName, actualPath, ctx.getStart().getLine());
moduleBuilder.enterNode(builder);
updatePath(groupName);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
}
@Override
public void enterContainer_stmt(Container_stmtContext ctx) {
final String containerName = stringFromNode(ctx);
- QName containerQName = new QName(namespace, revision, yangModelPrefix,
- containerName);
- ContainerSchemaNodeBuilder builder = moduleBuilder.addContainerNode(
- containerQName, actualPath, ctx.getStart().getLine());
+ QName containerQName = new QName(namespace, revision, yangModelPrefix, containerName);
+ ContainerSchemaNodeBuilder builder = moduleBuilder.addContainerNode(containerQName, actualPath, ctx.getStart()
+ .getLine());
moduleBuilder.enterNode(builder);
updatePath(containerName);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
parseConstraints(ctx, builder.getConstraints());
@Override
public void enterLeaf_stmt(Leaf_stmtContext ctx) {
final String leafName = stringFromNode(ctx);
- QName leafQName = new QName(namespace, revision, yangModelPrefix,
- leafName);
- LeafSchemaNodeBuilder builder = moduleBuilder.addLeafNode(leafQName,
- actualPath, ctx.getStart().getLine());
+ QName leafQName = new QName(namespace, revision, yangModelPrefix, leafName);
+ LeafSchemaNodeBuilder builder = moduleBuilder.addLeafNode(leafQName, actualPath, ctx.getStart().getLine());
moduleBuilder.enterNode(builder);
updatePath(leafName);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
parseConstraints(ctx, builder.getConstraints());
@Override
public void enterUses_stmt(YangParser.Uses_stmtContext ctx) {
final String groupingPathStr = stringFromNode(ctx);
- UsesNodeBuilder builder = moduleBuilder.addUsesNode(groupingPathStr,
- actualPath, ctx.getStart().getLine());
+ UsesNodeBuilder builder = moduleBuilder.addUsesNode(groupingPathStr, actualPath, ctx.getStart().getLine());
moduleBuilder.enterNode(builder);
updatePath(groupingPathStr);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
}
@Override
@Override
public void enterLeaf_list_stmt(Leaf_list_stmtContext ctx) {
final String leafListName = stringFromNode(ctx);
- QName leafListQName = new QName(namespace, revision, yangModelPrefix,
- leafListName);
- LeafListSchemaNodeBuilder builder = moduleBuilder.addLeafListNode(
- leafListQName, actualPath, ctx.getStart().getLine());
+ QName leafListQName = new QName(namespace, revision, yangModelPrefix, leafListName);
+ LeafListSchemaNodeBuilder builder = moduleBuilder.addLeafListNode(leafListQName, actualPath, ctx.getStart()
+ .getLine());
moduleBuilder.enterNode(builder);
updatePath(leafListName);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
parseConstraints(ctx, builder.getConstraints());
@Override
public void enterList_stmt(List_stmtContext ctx) {
final String containerName = stringFromNode(ctx);
- QName containerQName = new QName(namespace, revision, yangModelPrefix,
- containerName);
- ListSchemaNodeBuilder builder = moduleBuilder.addListNode(
- containerQName, actualPath, ctx.getStart().getLine());
+ QName containerQName = new QName(namespace, revision, yangModelPrefix, containerName);
+ ListSchemaNodeBuilder builder = moduleBuilder.addListNode(containerQName, actualPath, ctx.getStart().getLine());
moduleBuilder.enterNode(builder);
updatePath(containerName);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
parseConstraints(ctx, builder.getConstraints());
builder.setUserOrdered(userOrdered);
} else if (childNode instanceof Key_stmtContext) {
keyDefinition = stringFromNode(childNode);
- List<QName> key = createListKey(keyDefinition, namespace,
- revision, yangModelPrefix);
+ List<QName> key = createListKey(keyDefinition, namespace, revision, yangModelPrefix);
builder.setKeyDefinition(key);
}
}
@Override
public void enterAnyxml_stmt(YangParser.Anyxml_stmtContext ctx) {
final String anyXmlName = stringFromNode(ctx);
- QName anyXmlQName = new QName(namespace, revision, yangModelPrefix,
- anyXmlName);
- AnyXmlBuilder builder = moduleBuilder.addAnyXml(anyXmlQName,
- actualPath, ctx.getStart().getLine());
+ QName anyXmlQName = new QName(namespace, revision, yangModelPrefix, anyXmlName);
+ AnyXmlBuilder builder = moduleBuilder.addAnyXml(anyXmlQName, actualPath, ctx.getStart().getLine());
moduleBuilder.enterNode(builder);
updatePath(anyXmlName);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
parseConstraints(ctx, builder.getConstraints());
}
@Override
public void enterChoice_stmt(YangParser.Choice_stmtContext ctx) {
final String choiceName = stringFromNode(ctx);
- QName choiceQName = new QName(namespace, revision, yangModelPrefix,
- choiceName);
- ChoiceBuilder builder = moduleBuilder.addChoice(choiceQName,
- actualPath, ctx.getStart().getLine());
+ QName choiceQName = new QName(namespace, revision, yangModelPrefix, choiceName);
+ ChoiceBuilder builder = moduleBuilder.addChoice(choiceQName, actualPath, ctx.getStart().getLine());
moduleBuilder.enterNode(builder);
updatePath(choiceName);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
parseConstraints(ctx, builder.getConstraints());
@Override
public void enterCase_stmt(YangParser.Case_stmtContext ctx) {
final String caseName = stringFromNode(ctx);
- QName choiceQName = new QName(namespace, revision, yangModelPrefix,
- caseName);
- ChoiceCaseBuilder builder = moduleBuilder.addCase(choiceQName,
- actualPath, ctx.getStart().getLine());
+ QName choiceQName = new QName(namespace, revision, yangModelPrefix, caseName);
+ ChoiceCaseBuilder builder = moduleBuilder.addCase(choiceQName, actualPath, ctx.getStart().getLine());
moduleBuilder.enterNode(builder);
updatePath(caseName);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
parseConstraints(ctx, builder.getConstraints());
}
@Override
public void enterNotification_stmt(YangParser.Notification_stmtContext ctx) {
final String notificationName = stringFromNode(ctx);
- QName notificationQName = new QName(namespace, revision,
- yangModelPrefix, notificationName);
- NotificationBuilder builder = moduleBuilder.addNotification(
- notificationQName, actualPath, ctx.getStart().getLine());
+ QName notificationQName = new QName(namespace, revision, yangModelPrefix, notificationName);
+ NotificationBuilder builder = moduleBuilder.addNotification(notificationQName, actualPath, ctx.getStart()
+ .getLine());
moduleBuilder.enterNode(builder);
updatePath(notificationName);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
}
final String nodeTypeStr = ctx.getChild(0).getText();
final String[] splittedElement = nodeTypeStr.split(":");
if (splittedElement.length == 1) {
- nodeType = new QName(null, null, yangModelPrefix,
- splittedElement[0]);
+ nodeType = new QName(null, null, yangModelPrefix, splittedElement[0]);
} else {
- nodeType = new QName(null, null, splittedElement[0],
- splittedElement[1]);
+ nodeType = new QName(null, null, splittedElement[0], splittedElement[1]);
}
QName qname;
if (splittedName.length == 2) {
qname = new QName(null, null, splittedName[0], splittedName[1]);
} else {
- qname = new QName(namespace, revision, yangModelPrefix,
- splittedName[0]);
+ qname = new QName(namespace, revision, yangModelPrefix, splittedName[0]);
}
} else {
- qname = new QName(namespace, revision, yangModelPrefix,
- nodeParameter);
+ qname = new QName(namespace, revision, yangModelPrefix, nodeParameter);
}
- UnknownSchemaNodeBuilder builder = moduleBuilder.addUnknownSchemaNode(
- qname, actualPath, ctx.getStart().getLine());
+ UnknownSchemaNodeBuilder builder = moduleBuilder.addUnknownSchemaNode(qname, actualPath, ctx.getStart()
+ .getLine());
builder.setNodeType(nodeType);
builder.setNodeParameter(nodeParameter);
updatePath(nodeParameter);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
moduleBuilder.enterNode(builder);
}
@Override
public void enterRpc_stmt(YangParser.Rpc_stmtContext ctx) {
final String rpcName = stringFromNode(ctx);
- QName rpcQName = new QName(namespace, revision, yangModelPrefix,
- rpcName);
- RpcDefinitionBuilder rpcBuilder = moduleBuilder.addRpc(rpcQName,
- actualPath, ctx.getStart().getLine());
+ QName rpcQName = new QName(namespace, revision, yangModelPrefix, rpcName);
+ RpcDefinitionBuilder rpcBuilder = moduleBuilder.addRpc(rpcQName, actualPath, ctx.getStart().getLine());
moduleBuilder.enterNode(rpcBuilder);
updatePath(rpcName);
- rpcBuilder.setPath(createActualSchemaPath(actualPath, namespace,
- revision, yangModelPrefix));
+ rpcBuilder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, rpcBuilder);
}
public void enterInput_stmt(YangParser.Input_stmtContext ctx) {
final String input = "input";
QName rpcQName = new QName(namespace, revision, yangModelPrefix, input);
- ContainerSchemaNodeBuilder builder = moduleBuilder.addRpcInput(
- rpcQName, ctx.getStart().getLine());
+ ContainerSchemaNodeBuilder builder = moduleBuilder.addRpcInput(rpcQName, ctx.getStart().getLine());
moduleBuilder.enterNode(builder);
updatePath(input);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
parseConstraints(ctx, builder.getConstraints());
}
public void enterOutput_stmt(YangParser.Output_stmtContext ctx) {
final String output = "output";
QName rpcQName = new QName(namespace, revision, yangModelPrefix, output);
- ContainerSchemaNodeBuilder builder = moduleBuilder.addRpcOutput(
- rpcQName, ctx.getStart().getLine());
+ ContainerSchemaNodeBuilder builder = moduleBuilder.addRpcOutput(rpcQName, ctx.getStart().getLine());
moduleBuilder.enterNode(builder);
updatePath(output);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
parseConstraints(ctx, builder.getConstraints());
}
@Override
public void enterFeature_stmt(YangParser.Feature_stmtContext ctx) {
final String featureName = stringFromNode(ctx);
- QName featureQName = new QName(namespace, revision, yangModelPrefix,
- featureName);
- FeatureBuilder featureBuilder = moduleBuilder.addFeature(featureQName,
- actualPath, ctx.getStart().getLine());
+ QName featureQName = new QName(namespace, revision, yangModelPrefix, featureName);
+ FeatureBuilder featureBuilder = moduleBuilder.addFeature(featureQName, actualPath, ctx.getStart().getLine());
moduleBuilder.enterNode(featureBuilder);
updatePath(featureName);
- featureBuilder.setPath(createActualSchemaPath(actualPath, namespace,
- revision, yangModelPrefix));
+ featureBuilder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, featureBuilder);
}
final String targetPath = stringFromNode(ctx);
String reference = null;
String deviate = null;
- DeviationBuilder builder = moduleBuilder.addDeviation(targetPath,
- actualPath, ctx.getStart().getLine());
+ DeviationBuilder builder = moduleBuilder.addDeviation(targetPath, actualPath, ctx.getStart().getLine());
moduleBuilder.enterNode(builder);
updatePath(targetPath);
@Override
public void enterConfig_stmt(YangParser.Config_stmtContext ctx) {
boolean configuration = parseConfig(ctx);
- moduleBuilder.addConfiguration(configuration, actualPath, ctx
- .getStart().getLine());
+ moduleBuilder.addConfiguration(configuration, actualPath, ctx.getStart().getLine());
}
@Override
public void enterIdentity_stmt(YangParser.Identity_stmtContext ctx) {
final String identityName = stringFromNode(ctx);
- final QName identityQName = new QName(namespace, revision,
- yangModelPrefix, identityName);
- IdentitySchemaNodeBuilder builder = moduleBuilder.addIdentity(
- identityQName, actualPath, ctx.getStart().getLine());
+ final QName identityQName = new QName(namespace, revision, yangModelPrefix, identityName);
+ IdentitySchemaNodeBuilder builder = moduleBuilder.addIdentity(identityQName, actualPath, ctx.getStart()
+ .getLine());
moduleBuilder.enterNode(builder);
updatePath(identityName);
- builder.setPath(createActualSchemaPath(actualPath, namespace, revision,
- yangModelPrefix));
+ builder.setPath(createActualSchemaPath(actualPath, namespace, revision, yangModelPrefix));
parseSchemaNodeArgs(ctx, builder);
for (int i = 0; i < ctx.getChildCount(); i++) {
* Holder object for holding YANG type constraints.
*/
public final class TypeConstraints {
+ private final String moduleName;
+ private final int line;
private final List<List<RangeConstraint>> ranges = new ArrayList<List<RangeConstraint>>();
private final List<List<LengthConstraint>> lengths = new ArrayList<List<LengthConstraint>>();
private final List<PatternConstraint> patterns = new ArrayList<PatternConstraint>();
private final List<Integer> fractionDigits = new ArrayList<Integer>();
+ public TypeConstraints(final String moduleName, final int line) {
+ this.moduleName = moduleName;
+ this.line = line;
+ }
+
List<List<RangeConstraint>> getAllRanges() {
return ranges;
}
public List<RangeConstraint> getRange() {
- if (ranges.isEmpty()) {
+ if (ranges.size() < 2) {
return Collections.emptyList();
}
Number min = firstRange.getMin();
Number max = lastRange.getMax();
- if (!(min instanceof UnknownBoundaryNumber)
- && !(max instanceof UnknownBoundaryNumber)) {
+ if (!(min instanceof UnknownBoundaryNumber) && !(max instanceof UnknownBoundaryNumber)) {
+ if (ranges.size() > 1) {
+ validateRange(resolved);
+ }
return resolved;
}
if (max instanceof UnknownBoundaryNumber) {
max = resolveMaxRange(max);
}
- firstRange = BaseConstraints.rangeConstraint(min, max,
- firstRange.getDescription(), firstRange.getReference());
+ firstRange = BaseConstraints.rangeConstraint(min, max, firstRange.getDescription(),
+ firstRange.getReference());
resolved.set(0, firstRange);
- lastRange = BaseConstraints.rangeConstraint(min, max,
- lastRange.getDescription(), lastRange.getReference());
+ lastRange = BaseConstraints.rangeConstraint(min, max, lastRange.getDescription(), lastRange.getReference());
resolved.set(resolved.size() - 1, lastRange);
} else {
if (min instanceof UnknownBoundaryNumber) {
min = resolveMinRange(min);
- firstRange = BaseConstraints.rangeConstraint(min,
- firstRange.getMax(), firstRange.getDescription(),
+ firstRange = BaseConstraints.rangeConstraint(min, firstRange.getMax(), firstRange.getDescription(),
firstRange.getReference());
resolved.set(0, firstRange);
}
if (max instanceof UnknownBoundaryNumber) {
max = resolveMaxRange(max);
- lastRange = BaseConstraints.rangeConstraint(lastRange.getMin(),
- max, lastRange.getDescription(),
+ lastRange = BaseConstraints.rangeConstraint(lastRange.getMin(), max, lastRange.getDescription(),
lastRange.getReference());
resolved.set(resolved.size() - 1, lastRange);
}
}
+ if (this.ranges.size() > 1) {
+ validateRange(resolved);
+ }
return resolved;
}
}
public List<LengthConstraint> getLength() {
- if (lengths.isEmpty()) {
+ if (lengths.size() < 2) {
return Collections.emptyList();
}
Number min = firstLength.getMin();
Number max = lastLength.getMax();
- if (!(min instanceof UnknownBoundaryNumber)
- && !(max instanceof UnknownBoundaryNumber)) {
+ if (!(min instanceof UnknownBoundaryNumber) && !(max instanceof UnknownBoundaryNumber)) {
+ if (lengths.size() > 1) {
+ validateLength(resolved);
+ }
return resolved;
}
if (max instanceof UnknownBoundaryNumber) {
max = resolveMaxLength(max);
}
- firstLength = BaseConstraints.lengthConstraint(min, max,
- firstLength.getDescription(), firstLength.getReference());
+ firstLength = BaseConstraints.lengthConstraint(min, max, firstLength.getDescription(),
+ firstLength.getReference());
resolved.set(0, firstLength);
- lastLength = BaseConstraints.lengthConstraint(min, max,
- lastLength.getDescription(), lastLength.getReference());
+ lastLength = BaseConstraints.lengthConstraint(min, max, lastLength.getDescription(),
+ lastLength.getReference());
resolved.set(resolved.size() - 1, lastLength);
} else {
if (min instanceof UnknownBoundaryNumber) {
min = resolveMinLength(min);
- firstLength = BaseConstraints.lengthConstraint(min,
- firstLength.getMax(), firstLength.getDescription(),
+ firstLength = BaseConstraints.lengthConstraint(min, firstLength.getMax(), firstLength.getDescription(),
firstLength.getReference());
resolved.set(0, firstLength);
}
if (max instanceof UnknownBoundaryNumber) {
max = resolveMaxLength(max);
- lastLength = BaseConstraints.lengthConstraint(
- lastLength.getMin(), max, lastLength.getDescription(),
+ lastLength = BaseConstraints.lengthConstraint(lastLength.getMin(), max, lastLength.getDescription(),
lastLength.getReference());
resolved.set(resolved.size() - 1, lastLength);
}
}
+
+ if (lengths.size() > 1) {
+ validateLength(resolved);
+ }
return resolved;
}
this.fractionDigits.add(fractionDigits);
}
+ public void validateConstraints() {
+ validateLength();
+ validateRange();
+ }
+
+ private void validateRange() {
+ if (ranges.size() < 2) {
+ return;
+ }
+ List<RangeConstraint> typeRange = getRange();
+
+ for (RangeConstraint range : typeRange) {
+ if (range.getMin() instanceof UnknownBoundaryNumber || range.getMax() instanceof UnknownBoundaryNumber) {
+ throw new YangParseException(line, "Unresolved range constraints");
+ }
+ final long min = range.getMin().longValue();
+ final long max = range.getMax().longValue();
+
+ List<RangeConstraint> parentRanges = ranges.get(1);
+ boolean check = false;
+ for (RangeConstraint r : parentRanges) {
+ Number parentMinNumber = r.getMin();
+ if (parentMinNumber instanceof UnknownBoundaryNumber) {
+ parentMinNumber = resolveMinRange(parentMinNumber);
+ }
+ long parentMin = parentMinNumber.longValue();
+
+ Number parentMaxNumber = r.getMax();
+ if (parentMaxNumber instanceof UnknownBoundaryNumber) {
+ parentMaxNumber = resolveMaxRange(parentMaxNumber);
+ }
+ long parentMax = parentMaxNumber.longValue();
+
+ if (parentMin <= min && parentMax >= max) {
+ check = true;
+ break;
+ }
+ }
+ if (!check) {
+ throw new YangParseException(moduleName, line, "Invalid range constraint: <" + min + ", " + max
+ + "> (parent: " + parentRanges + ").");
+ }
+ }
+ }
+
+ private void validateRange(List<RangeConstraint> typeRange) {
+ if (ranges.size() < 2) {
+ return;
+ }
+
+ for (RangeConstraint range : typeRange) {
+ if (range.getMin() instanceof UnknownBoundaryNumber || range.getMax() instanceof UnknownBoundaryNumber) {
+ throw new YangParseException(line, "Unresolved range constraints");
+ }
+ final long min = range.getMin().longValue();
+ final long max = range.getMax().longValue();
+
+ List<RangeConstraint> parentRanges = ranges.get(1);
+ boolean check = false;
+ for (RangeConstraint r : parentRanges) {
+ Number parentMinNumber = r.getMin();
+ if (parentMinNumber instanceof UnknownBoundaryNumber) {
+ parentMinNumber = resolveMinRange(parentMinNumber);
+ }
+ long parentMin = parentMinNumber.longValue();
+
+ Number parentMaxNumber = r.getMax();
+ if (parentMaxNumber instanceof UnknownBoundaryNumber) {
+ parentMaxNumber = resolveMaxRange(parentMaxNumber);
+ }
+ long parentMax = parentMaxNumber.longValue();
+
+ if (parentMin <= min && parentMax >= max) {
+ check = true;
+ break;
+ }
+ }
+ if (!check) {
+ throw new YangParseException(moduleName, line, "Invalid range constraint: <" + min + ", " + max
+ + "> (parent: " + parentRanges + ").");
+ }
+ }
+ }
+
+ private void validateLength() {
+ if (lengths.size() < 2) {
+ return;
+ }
+ List<LengthConstraint> typeLength = getLength();
+
+ for (LengthConstraint length : typeLength) {
+ if (length.getMin() instanceof UnknownBoundaryNumber || length.getMax() instanceof UnknownBoundaryNumber) {
+ throw new YangParseException(line, "Unresolved length constraints");
+ }
+ final long min = length.getMin().longValue();
+ final long max = length.getMax().longValue();
+
+ List<LengthConstraint> parentLengths = lengths.get(1);
+ boolean check = false;
+ for (LengthConstraint lc : parentLengths) {
+ Number parentMinNumber = lc.getMin();
+ if (parentMinNumber instanceof UnknownBoundaryNumber) {
+ parentMinNumber = resolveMinLength(parentMinNumber);
+ }
+ long parentMin = parentMinNumber.longValue();
+
+ Number parentMaxNumber = lc.getMax();
+ if (parentMaxNumber instanceof UnknownBoundaryNumber) {
+ parentMaxNumber = resolveMaxLength(parentMaxNumber);
+ }
+ long parentMax = parentMaxNumber.longValue();
+
+ if (parentMin <= min && parentMax >= max) {
+ check = true;
+ break;
+ }
+ }
+ if (!check) {
+ throw new YangParseException(moduleName, line, "Invalid length constraint: <" + min + ", " + max
+ + "> (parent: " + parentLengths + ").");
+ }
+ }
+ }
+
+ private void validateLength(List<LengthConstraint> typeLength) {
+ if (lengths.size() < 2) {
+ return;
+ }
+
+ for (LengthConstraint length : typeLength) {
+ if (length.getMin() instanceof UnknownBoundaryNumber || length.getMax() instanceof UnknownBoundaryNumber) {
+ throw new YangParseException(line, "Unresolved length constraints");
+ }
+ final long min = length.getMin().longValue();
+ final long max = length.getMax().longValue();
+
+ List<LengthConstraint> parentLengths = lengths.get(1);
+ boolean check = false;
+ for (LengthConstraint lc : parentLengths) {
+ Number parentMinNumber = lc.getMin();
+ if (parentMinNumber instanceof UnknownBoundaryNumber) {
+ parentMinNumber = resolveMinLength(parentMinNumber);
+ }
+ long parentMin = parentMinNumber.longValue();
+
+ Number parentMaxNumber = lc.getMax();
+ if (parentMaxNumber instanceof UnknownBoundaryNumber) {
+ parentMaxNumber = resolveMaxLength(parentMaxNumber);
+ }
+ long parentMax = parentMaxNumber.longValue();
+
+ if (parentMin <= min && parentMax >= max) {
+ check = true;
+ break;
+ }
+ }
+ if (!check) {
+ throw new YangParseException(moduleName, line, "Invalid length constraint: <" + min + ", " + max
+ + "> (parent: " + parentLengths + ").");
+ }
+ }
+ }
+
}
@Override
public String toString() {
- return UnknownBoundaryNumber.class.getSimpleName() + "[" + value + "]";
+ return value;
}
}
public final class YangModelBuilderUtil {
- private static final Logger logger = LoggerFactory
- .getLogger(YangModelBuilderUtil.class);
+ private static final Logger logger = LoggerFactory.getLogger(YangModelBuilderUtil.class);
private YangModelBuilderUtil() {
}
final String result = "";
for (int i = 0; i < treeNode.getChildCount(); ++i) {
if (treeNode.getChild(i) instanceof StringContext) {
- final StringContext context = (StringContext) treeNode
- .getChild(i);
+ final StringContext context = (StringContext) treeNode.getChild(i);
if (context != null) {
return context.getChild(0).getText().replace("\"", "");
}
* @param builder
* builder to fill in with parsed statements
*/
- public static void parseSchemaNodeArgs(final ParseTree ctx,
- final SchemaNodeBuilder builder) {
+ public static void parseSchemaNodeArgs(final ParseTree ctx, final SchemaNodeBuilder builder) {
for (int i = 0; i < ctx.getChildCount(); i++) {
final ParseTree child = ctx.getChild(i);
if (child instanceof Description_stmtContext) {
* @param prefix
* @return SchemaPath object.
*/
- public static SchemaPath createActualSchemaPath(
- final List<String> actualPath, final URI namespace,
+ public static SchemaPath createActualSchemaPath(final List<String> actualPath, final URI namespace,
final Date revision, final String prefix) {
final List<QName> path = new ArrayList<QName>();
QName qname;
if (splittedElement.length == 1) {
name = new QName(null, null, null, splittedElement[0]);
} else {
- name = new QName(null, null, splittedElement[0],
- splittedElement[1]);
+ name = new QName(null, null, splittedElement[0], splittedElement[1]);
}
path.add(name);
}
* current prefix
* @return YANG list key as java.util.List of QName objects
*/
- public static List<QName> createListKey(final String keyDefinition,
- final URI namespace, final Date revision, final String prefix) {
+ public static List<QName> createListKey(final String keyDefinition, final URI namespace, final Date revision,
+ final String prefix) {
List<QName> key = new ArrayList<QName>();
String[] splittedKey = keyDefinition.split(" ");
* @param prefix
* @return List of EnumPair object parsed from given context
*/
- private static List<EnumTypeDefinition.EnumPair> getEnumConstants(
- final Type_body_stmtsContext ctx, final List<String> path,
- final URI namespace, final Date revision, final String prefix) {
+ private static List<EnumTypeDefinition.EnumPair> getEnumConstants(final Type_body_stmtsContext ctx,
+ final List<String> path, final URI namespace, final Date revision, final String prefix) {
List<EnumTypeDefinition.EnumPair> enumConstants = new ArrayList<EnumTypeDefinition.EnumPair>();
for (int j = 0; j < ctx.getChildCount(); j++) {
for (int k = 0; k < enumSpecChild.getChildCount(); k++) {
ParseTree enumChild = enumSpecChild.getChild(k);
if (enumChild instanceof Enum_stmtContext) {
- EnumPair enumPair = createEnumPair(
- (Enum_stmtContext) enumChild, highestValue,
- path, namespace, revision, prefix);
+ EnumPair enumPair = createEnumPair((Enum_stmtContext) enumChild, highestValue, path, namespace,
+ revision, prefix);
if (enumPair.getValue() > highestValue) {
highestValue = enumPair.getValue();
}
* @param prefix
* @return EnumPair object parsed from given context
*/
- private static EnumTypeDefinition.EnumPair createEnumPair(
- final Enum_stmtContext ctx, final int highestValue,
- final List<String> path, final URI namespace, final Date revision,
- final String prefix) {
+ private static EnumTypeDefinition.EnumPair createEnumPair(final Enum_stmtContext ctx, final int highestValue,
+ final List<String> path, final URI namespace, final Date revision, final String prefix) {
final String name = stringFromNode(ctx);
final QName qname = new QName(namespace, revision, prefix, name);
Integer value = null;
value = highestValue + 1;
}
if (value < -2147483648 || value > 2147483647) {
- throw new YangParseException(
- ctx.getStart().getLine(),
- "Error on enum '"
- + name
- + "': the enum value MUST be in the range from -2147483648 to 2147483647, but was: "
- + value);
+ throw new YangParseException(ctx.getStart().getLine(), "Error on enum '" + name
+ + "': the enum value MUST be in the range from -2147483648 to 2147483647, but was: " + value);
}
EnumPairImpl result = new EnumPairImpl();
result.qname = qname;
- result.path = createActualSchemaPath(enumPairPath, namespace, revision,
- prefix);
+ result.path = createActualSchemaPath(enumPairPath, namespace, revision, prefix);
result.description = description;
result.reference = reference;
result.status = status;
private String description;
private String reference;
private Status status;
- private List<UnknownSchemaNode> extensionSchemaNodes = Collections
- .emptyList();
+ private List<UnknownSchemaNode> extensionSchemaNodes = Collections.emptyList();
private String name;
private Integer value;
int result = 1;
result = prime * result + ((qname == null) ? 0 : qname.hashCode());
result = prime * result + ((path == null) ? 0 : path.hashCode());
- result = prime
- * result
- + ((extensionSchemaNodes == null) ? 0
- : extensionSchemaNodes.hashCode());
+ result = prime * result + ((extensionSchemaNodes == null) ? 0 : extensionSchemaNodes.hashCode());
result = prime * result + ((name == null) ? 0 : name.hashCode());
result = prime * result + ((value == null) ? 0 : value.hashCode());
return result;
@Override
public String toString() {
- return EnumTypeDefinition.EnumPair.class.getSimpleName() + "[name="
- + name + ", value=" + value + "]";
+ return EnumTypeDefinition.EnumPair.class.getSimpleName() + "[name=" + name + ", value=" + value + "]";
}
}
* type body context to parse
* @return List of RangeConstraint created from this context
*/
- private static List<RangeConstraint> getRangeConstraints(
- final Type_body_stmtsContext ctx) {
+ private static List<RangeConstraint> getRangeConstraints(final Type_body_stmtsContext ctx) {
List<RangeConstraint> rangeConstraints = Collections.emptyList();
outer: for (int j = 0; j < ctx.getChildCount(); j++) {
ParseTree numRestrChild = ctx.getChild(j);
* range context to parse
* @return List of RangeConstraints parsed from this context
*/
- private static List<RangeConstraint> parseRangeConstraints(
- final Range_stmtContext ctx) {
+ private static List<RangeConstraint> parseRangeConstraints(final Range_stmtContext ctx) {
final int line = ctx.getStart().getLine();
List<RangeConstraint> rangeConstraints = new ArrayList<RangeConstraint>();
String description = null;
Number min;
Number max;
if (splittedRangeDef.length == 1) {
- min = max = parseNumberConstraintValue(splittedRangeDef[0],
- line);
+ min = max = parseNumberConstraintValue(splittedRangeDef[0], line);
} else {
min = parseNumberConstraintValue(splittedRangeDef[0], line);
max = parseNumberConstraintValue(splittedRangeDef[1], line);
}
- RangeConstraint range = BaseConstraints.rangeConstraint(min, max,
- description, reference);
+ RangeConstraint range = BaseConstraints.rangeConstraint(min, max, description, reference);
rangeConstraints.add(range);
}
* type body context to parse
* @return List of LengthConstraint created from this context
*/
- private static List<LengthConstraint> getLengthConstraints(
- final Type_body_stmtsContext ctx) {
+ private static List<LengthConstraint> getLengthConstraints(final Type_body_stmtsContext ctx) {
List<LengthConstraint> lengthConstraints = Collections.emptyList();
outer: for (int j = 0; j < ctx.getChildCount(); j++) {
ParseTree stringRestrChild = ctx.getChild(j);
* length context to parse
* @return List of LengthConstraints parsed from this context
*/
- private static List<LengthConstraint> parseLengthConstraints(
- final Length_stmtContext ctx) {
+ private static List<LengthConstraint> parseLengthConstraints(final Length_stmtContext ctx) {
final int line = ctx.getStart().getLine();
List<LengthConstraint> lengthConstraints = new ArrayList<LengthConstraint>();
String description = null;
Number min;
Number max;
if (splittedRangeDef.length == 1) {
- min = max = parseNumberConstraintValue(splittedRangeDef[0],
- line);
+ min = max = parseNumberConstraintValue(splittedRangeDef[0], line);
} else {
min = parseNumberConstraintValue(splittedRangeDef[0], line);
max = parseNumberConstraintValue(splittedRangeDef[1], line);
}
- LengthConstraint range = BaseConstraints.lengthConstraint(min, max,
- description, reference);
+ LengthConstraint range = BaseConstraints.lengthConstraint(min, max, description, reference);
lengthConstraints.add(range);
}
* @return wrapper object of primitive java type or UnknownBoundaryNumber if
* type is one of special YANG values 'min' or 'max'
*/
- private static Number parseNumberConstraintValue(final String value,
- final int line) {
+ private static Number parseNumberConstraintValue(final String value, final int line) {
Number result = null;
if ("min".equals(value) || "max".equals(value)) {
result = new UnknownBoundaryNumber(value);
try {
result = Long.valueOf(value);
} catch (NumberFormatException e) {
- throw new YangParseException(line,
- "Unable to parse range value '" + value + "'.", e);
+ throw new YangParseException(line, "Unable to parse range value '" + value + "'.", e);
}
}
return result;
* type body
* @return list of pattern constraints
*/
- private static List<PatternConstraint> getPatternConstraint(
- final Type_body_stmtsContext ctx) {
+ private static List<PatternConstraint> getPatternConstraint(final Type_body_stmtsContext ctx) {
List<PatternConstraint> patterns = new ArrayList<PatternConstraint>();
outer: for (int j = 0; j < ctx.getChildCount(); j++) {
* pattern context
* @return PatternConstraint object
*/
- private static PatternConstraint parsePatternConstraint(
- final Pattern_stmtContext ctx) {
+ private static PatternConstraint parsePatternConstraint(final Pattern_stmtContext ctx) {
String description = null;
String reference = null;
for (int i = 0; i < ctx.getChildCount(); i++) {
}
}
String pattern = patternStringFromNode(ctx);
- return BaseConstraints.patternConstraint(pattern, description,
- reference);
+ return BaseConstraints.patternConstraint(pattern, description, reference);
}
/**
for (int j = 0; j < child.getChildCount(); j++) {
if (j % 2 == 0) {
String patternToken = child.getChild(j).getText();
- result.append(patternToken.substring(1,
- patternToken.length() - 1));
+ result.append(patternToken.substring(1, patternToken.length() - 1));
}
}
}
* decimal64 context
* @return fraction-digits value as Integer
*/
- private static Integer parseFractionDigits(
- Decimal64_specificationContext ctx) {
+ private static Integer parseFractionDigits(Decimal64_specificationContext ctx) {
Integer result = null;
for (int k = 0; k < ctx.getChildCount(); k++) {
ParseTree fdChild = ctx.getChild(k);
try {
result = Integer.valueOf(value);
} catch (NumberFormatException e) {
- throw new YangParseException(ctx.getStart().getLine(),
- "Unable to parse fraction digits value '" + value
- + "'.", e);
+ throw new YangParseException(ctx.getStart().getLine(), "Unable to parse fraction digits value '"
+ + value + "'.", e);
}
}
}
* @param prefix
* @return List of Bit objects created from this context
*/
- private static List<BitsTypeDefinition.Bit> getBits(
- Type_body_stmtsContext ctx, List<String> actualPath, URI namespace,
- Date revision, String prefix) {
+ private static List<BitsTypeDefinition.Bit> getBits(Type_body_stmtsContext ctx, List<String> actualPath,
+ URI namespace, Date revision, String prefix) {
final List<BitsTypeDefinition.Bit> bits = new ArrayList<BitsTypeDefinition.Bit>();
for (int j = 0; j < ctx.getChildCount(); j++) {
ParseTree bitsSpecChild = ctx.getChild(j);
for (int k = 0; k < bitsSpecChild.getChildCount(); k++) {
ParseTree bitChild = bitsSpecChild.getChild(k);
if (bitChild instanceof Bit_stmtContext) {
- Bit bit = parseBit((Bit_stmtContext) bitChild,
- highestPosition, actualPath, namespace,
+ Bit bit = parseBit((Bit_stmtContext) bitChild, highestPosition, actualPath, namespace,
revision, prefix);
if (bit.getPosition() > highestPosition) {
highestPosition = bit.getPosition();
* @param prefix
* @return Bit object parsed from this context
*/
- private static BitsTypeDefinition.Bit parseBit(final Bit_stmtContext ctx,
- long highestPosition, List<String> actualPath, final URI namespace,
- final Date revision, final String prefix) {
+ private static BitsTypeDefinition.Bit parseBit(final Bit_stmtContext ctx, long highestPosition,
+ List<String> actualPath, final URI namespace, final Date revision, final String prefix) {
String name = stringFromNode(ctx);
final QName qname = new QName(namespace, revision, prefix, name);
Long position = null;
bitPath.addAll(actualPath);
bitPath.add(name);
- SchemaPath schemaPath = createActualSchemaPath(bitPath, namespace,
- revision, prefix);
+ SchemaPath schemaPath = createActualSchemaPath(bitPath, namespace, revision, prefix);
for (int i = 0; i < ctx.getChildCount(); i++) {
ParseTree child = ctx.getChild(i);
position = highestPosition + 1;
}
if (position < 0 || position > 4294967295L) {
- throw new YangParseException(
- ctx.getStart().getLine(),
- "Error on bit '"
- + name
- + "': the position value MUST be in the range 0 to 4294967295");
+ throw new YangParseException(ctx.getStart().getLine(), "Error on bit '" + name
+ + "': the position value MUST be in the range 0 to 4294967295");
}
final List<UnknownSchemaNode> unknownNodes = Collections.emptyList();
- return new BitImpl(position, qname, schemaPath, description, reference,
- status, unknownNodes);
+ return new BitImpl(position, qname, schemaPath, description, reference, status, unknownNodes);
}
/**
* type body
* @return UnknownType object with constraints from parsed type body
*/
- public static TypeDefinition<?> parseUnknownTypeBody(QName typedefQName,
- Type_body_stmtsContext ctx, final List<String> actualPath,
- final URI namespace, final Date revision, final String prefix,
+ public static TypeDefinition<?> parseUnknownTypeBody(QName typedefQName, Type_body_stmtsContext ctx,
+ final List<String> actualPath, final URI namespace, final Date revision, final String prefix,
Builder parent, ModuleBuilder moduleBuilder) {
String typeName = typedefQName.getLocalName();
QName qname = new QName(namespace, revision, prefix, typeName);
ExtendedType.Builder typeBuilder = null;
- SchemaPath schemaPath = createTypeSchemaPath(actualPath,
- namespace, revision, prefix, typeName, false, false);
- typeBuilder = new ExtendedType.Builder(qname, baseType, "", "",
- schemaPath);
+ SchemaPath schemaPath = createTypeSchemaPath(actualPath, namespace, revision, prefix, typeName, false,
+ false);
+ typeBuilder = new ExtendedType.Builder(qname, baseType, "", "", schemaPath);
typeBuilder.ranges(rangeStatements);
typeBuilder.lengths(lengthStatements);
* current prefix
* @return TypeDefinition object based on parsed values.
*/
- public static TypeDefinition<?> parseTypeBody(final String typeName,
- final Type_body_stmtsContext typeBody,
- final List<String> actualPath, final URI namespace,
+ public static TypeDefinition<?> parseTypeBody(final String moduleName, final String typeName,
+ final Type_body_stmtsContext typeBody, final List<String> actualPath, final URI namespace,
final Date revision, final String prefix, Builder parent) {
TypeDefinition<?> baseType = null;
Integer fractionDigits = getFractionDigits(typeBody);
List<LengthConstraint> lengthStatements = getLengthConstraints(typeBody);
List<PatternConstraint> patternStatements = getPatternConstraint(typeBody);
- List<EnumTypeDefinition.EnumPair> enumConstants = getEnumConstants(
- typeBody, actualPath, namespace, revision, prefix);
+ List<EnumTypeDefinition.EnumPair> enumConstants = getEnumConstants(typeBody, actualPath, namespace, revision,
+ prefix);
- TypeConstraints constraints = new TypeConstraints();
+ TypeConstraints constraints = new TypeConstraints(moduleName, typeBody.getStart().getLine());
constraints.addFractionDigits(fractionDigits);
constraints.addLengths(lengthStatements);
constraints.addPatterns(patternStatements);
constraints.addRanges(rangeStatements);
- SchemaPath baseTypePathFinal = createTypeSchemaPath(actualPath,
- namespace, revision, prefix, typeName, true, true);
- SchemaPath baseTypePath = createTypeSchemaPath(actualPath, namespace,
- revision, prefix, typeName, true, false);
+ SchemaPath baseTypePathFinal = createTypeSchemaPath(actualPath, namespace, revision, prefix, typeName, true,
+ true);
+ SchemaPath baseTypePath = createTypeSchemaPath(actualPath, namespace, revision, prefix, typeName, true, false);
if ("decimal64".equals(typeName)) {
if (rangeStatements.isEmpty()) {
constraints.addLengths(stringType.getLengthStatements());
baseType = stringType;
} else if ("bits".equals(typeName)) {
- return new BitsType(baseTypePathFinal, getBits(typeBody,
- actualPath, namespace, revision, prefix));
+ return new BitsType(baseTypePathFinal, getBits(typeBody, actualPath, namespace, revision, prefix));
} else if ("leafref".equals(typeName)) {
final String path = parseLeafrefPath(typeBody);
final boolean absolute = path.startsWith("/");
- RevisionAwareXPath xpath = new RevisionAwareXPathImpl(path,
- absolute);
+ RevisionAwareXPath xpath = new RevisionAwareXPathImpl(path, absolute);
return new Leafref(baseTypePathFinal, xpath);
} else if ("binary".equals(typeName)) {
BinaryTypeDefinition binaryType = new BinaryType(baseTypePath);
baseType = binaryType;
} else if ("instance-identifier".equals(typeName)) {
boolean requireInstance = isRequireInstance(typeBody);
- baseType = new InstanceIdentifier(baseTypePath, null,
- requireInstance);
+ baseType = new InstanceIdentifier(baseTypePath, null, requireInstance);
}
- if (parent instanceof TypeDefinitionBuilder
- && !(parent instanceof UnionTypeBuilder)) {
+ if (parent instanceof TypeDefinitionBuilder && !(parent instanceof UnionTypeBuilder)) {
TypeDefinitionBuilder typedef = (TypeDefinitionBuilder) parent;
typedef.setRanges(constraints.getRange());
typedef.setLengths(constraints.getLength());
QName qname = new QName(namespace, revision, prefix, typeName);
ExtendedType.Builder typeBuilder = null;
- SchemaPath schemaPath = createTypeSchemaPath(actualPath, namespace,
- revision, prefix, typeName, false, false);
- typeBuilder = new ExtendedType.Builder(qname, baseType, "", "",
- schemaPath);
+ SchemaPath schemaPath = createTypeSchemaPath(actualPath, namespace, revision, prefix, typeName, false, false);
+ typeBuilder = new ExtendedType.Builder(qname, baseType, "", "", schemaPath);
typeBuilder.ranges(constraints.getRange());
typeBuilder.lengths(constraints.getLength());
* if this is base yang type without restrictions
* @return SchemaPath object.
*/
- private static SchemaPath createTypeSchemaPath(
- final List<String> actualPath, final URI namespace,
- final Date revision, final String prefix, final String typeName,
- final boolean isBaseYangType, final boolean isBaseYangTypeFinal) {
+ private static SchemaPath createTypeSchemaPath(final List<String> actualPath, final URI namespace,
+ final Date revision, final String prefix, final String typeName, final boolean isBaseYangType,
+ final boolean isBaseYangTypeFinal) {
List<String> typePath = new ArrayList<String>(actualPath);
if (isBaseYangType && !isBaseYangTypeFinal) {
typePath.add(typeName);
for (int j = 0; j < context.getChildCount(); j++) {
String mustPart = context.getChild(j).getText();
if (j == 0) {
- mustText.append(mustPart.substring(0,
- mustPart.length() - 1));
+ mustText.append(mustPart.substring(0, mustPart.length() - 1));
continue;
}
if (j % 2 == 0) {
}
}
- MustDefinition must = new MustDefinitionImpl(mustText.toString(),
- description, reference, errorAppTag, errorMessage);
+ MustDefinition must = new MustDefinitionImpl(mustText.toString(), description, reference, errorAppTag,
+ errorMessage);
return must;
}
* @param constraints
* ConstraintsBuilder to fill
*/
- public static void parseConstraints(final ParseTree ctx,
- final ConstraintsBuilder constraints) {
+ public static void parseConstraints(final ParseTree ctx, final ConstraintsBuilder constraints) {
for (int i = 0; i < ctx.getChildCount(); ++i) {
final ParseTree childNode = ctx.getChild(i);
if (childNode instanceof Max_elements_stmtContext) {
for (int j = 0; j < childNode.getChildCount(); j++) {
ParseTree mandatoryTree = ctx.getChild(j);
if (mandatoryTree instanceof Mandatory_argContext) {
- Boolean mandatory = Boolean
- .valueOf(stringFromNode(mandatoryTree));
+ Boolean mandatory = Boolean.valueOf(stringFromNode(mandatoryTree));
constraints.setMandatory(mandatory);
}
}
}
return result;
} catch (Exception e) {
- throw new YangParseException(ctx.getStart().getLine(),
- "Failed to parse min-elements.", e);
+ throw new YangParseException(ctx.getStart().getLine(), "Failed to parse min-elements.", e);
}
}
}
return result;
} catch (Exception e) {
- throw new YangParseException(ctx.getStart().getLine(),
- "Failed to parse max-elements.", e);
+ throw new YangParseException(ctx.getStart().getLine(), "Failed to parse max-elements.", e);
}
}
* if this is one of YANG type which MUST contain additional
* informations in its body
*/
- public static void checkMissingBody(final String typeName,
- final String moduleName, final int line) throws YangParseException {
+ public static void checkMissingBody(final String typeName, final String moduleName, final int line)
+ throws YangParseException {
if ("decimal64".equals(typeName)) {
throw new YangParseException(moduleName, line,
"The 'fraction-digits' statement MUST be present if the type is 'decimal64'.");
throw new YangParseException(moduleName, line,
"The 'path' statement MUST be present if the type is 'leafref'.");
} else if ("bits".equals(typeName)) {
- throw new YangParseException(moduleName, line,
- "The 'bit' statement MUST be present if the type is 'bits'.");
+ throw new YangParseException(moduleName, line, "The 'bit' statement MUST be present if the type is 'bits'.");
} else if ("enumeration".equals(typeName)) {
throw new YangParseException(moduleName, line,
"The 'enum' statement MUST be present if the type is 'enumeration'.");
*/
public static RefineHolder parseRefine(Refine_stmtContext refineCtx) {
final String refineTarget = stringFromNode(refineCtx);
- final RefineHolder refine = new RefineHolder(refineTarget, refineCtx
- .getStart().getLine());
+ final RefineHolder refine = new RefineHolder(refineTarget, refineCtx.getStart().getLine());
for (int j = 0; j < refineCtx.getChildCount(); j++) {
ParseTree refinePom = refineCtx.getChild(j);
if (refinePom instanceof Refine_pomContext) {
parseRefineDefault(refine, refineStmt);
if (refineStmt instanceof Refine_leaf_stmtsContext) {
- parseRefine(refine,
- (Refine_leaf_stmtsContext) refineStmt);
+ parseRefine(refine, (Refine_leaf_stmtsContext) refineStmt);
} else if (refineStmt instanceof Refine_container_stmtsContext) {
- parseRefine(refine,
- (Refine_container_stmtsContext) refineStmt);
+ parseRefine(refine, (Refine_container_stmtsContext) refineStmt);
} else if (refineStmt instanceof Refine_list_stmtsContext) {
- parseRefine(refine,
- (Refine_list_stmtsContext) refineStmt);
+ parseRefine(refine, (Refine_list_stmtsContext) refineStmt);
} else if (refineStmt instanceof Refine_leaf_list_stmtsContext) {
- parseRefine(refine,
- (Refine_leaf_list_stmtsContext) refineStmt);
+ parseRefine(refine, (Refine_leaf_list_stmtsContext) refineStmt);
} else if (refineStmt instanceof Refine_choice_stmtsContext) {
- parseRefine(refine,
- (Refine_choice_stmtsContext) refineStmt);
+ parseRefine(refine, (Refine_choice_stmtsContext) refineStmt);
} else if (refineStmt instanceof Refine_anyxml_stmtsContext) {
- parseRefine(refine,
- (Refine_anyxml_stmtsContext) refineStmt);
+ parseRefine(refine, (Refine_anyxml_stmtsContext) refineStmt);
}
}
}
return refine;
}
- private static void parseRefineDefault(RefineHolder refine,
- ParseTree refineStmt) {
+ private static void parseRefineDefault(RefineHolder refine, ParseTree refineStmt) {
for (int i = 0; i < refineStmt.getChildCount(); i++) {
ParseTree refineArg = refineStmt.getChild(i);
if (refineArg instanceof Description_stmtContext) {
}
}
- private static RefineHolder parseRefine(RefineHolder refine,
- Refine_leaf_stmtsContext refineStmt) {
+ private static RefineHolder parseRefine(RefineHolder refine, Refine_leaf_stmtsContext refineStmt) {
for (int i = 0; i < refineStmt.getChildCount(); i++) {
ParseTree refineArg = refineStmt.getChild(i);
if (refineArg instanceof Default_stmtContext) {
for (int j = 0; j < refineArg.getChildCount(); j++) {
ParseTree mandatoryTree = refineArg.getChild(j);
if (mandatoryTree instanceof Mandatory_argContext) {
- Boolean mandatory = Boolean
- .valueOf(stringFromNode(mandatoryTree));
+ Boolean mandatory = Boolean.valueOf(stringFromNode(mandatoryTree));
refine.setMandatory(mandatory);
}
}
return refine;
}
- private static RefineHolder parseRefine(RefineHolder refine,
- Refine_container_stmtsContext refineStmt) {
+ private static RefineHolder parseRefine(RefineHolder refine, Refine_container_stmtsContext refineStmt) {
for (int m = 0; m < refineStmt.getChildCount(); m++) {
ParseTree refineArg = refineStmt.getChild(m);
if (refineArg instanceof Must_stmtContext) {
return refine;
}
- private static RefineHolder parseRefine(RefineHolder refine,
- Refine_list_stmtsContext refineStmt) {
+ private static RefineHolder parseRefine(RefineHolder refine, Refine_list_stmtsContext refineStmt) {
for (int m = 0; m < refineStmt.getChildCount(); m++) {
ParseTree refineArg = refineStmt.getChild(m);
if (refineArg instanceof Must_stmtContext) {
return refine;
}
- private static RefineHolder parseRefine(RefineHolder refine,
- Refine_leaf_list_stmtsContext refineStmt) {
+ private static RefineHolder parseRefine(RefineHolder refine, Refine_leaf_list_stmtsContext refineStmt) {
for (int m = 0; m < refineStmt.getChildCount(); m++) {
ParseTree refineArg = refineStmt.getChild(m);
if (refineArg instanceof Must_stmtContext) {
return refine;
}
- private static RefineHolder parseRefine(RefineHolder refine,
- Refine_choice_stmtsContext refineStmt) {
+ private static RefineHolder parseRefine(RefineHolder refine, Refine_choice_stmtsContext refineStmt) {
for (int i = 0; i < refineStmt.getChildCount(); i++) {
ParseTree refineArg = refineStmt.getChild(i);
if (refineArg instanceof Default_stmtContext) {
for (int j = 0; j < refineArg.getChildCount(); j++) {
ParseTree mandatoryTree = refineArg.getChild(j);
if (mandatoryTree instanceof Mandatory_argContext) {
- Boolean mandatory = Boolean
- .valueOf(stringFromNode(mandatoryTree));
+ Boolean mandatory = Boolean.valueOf(stringFromNode(mandatoryTree));
refine.setMandatory(mandatory);
}
}
return refine;
}
- private static RefineHolder parseRefine(RefineHolder refine,
- Refine_anyxml_stmtsContext refineStmt) {
+ private static RefineHolder parseRefine(RefineHolder refine, Refine_anyxml_stmtsContext refineStmt) {
for (int i = 0; i < refineStmt.getChildCount(); i++) {
ParseTree refineArg = refineStmt.getChild(i);
if (refineArg instanceof Must_stmtContext) {
for (int j = 0; j < refineArg.getChildCount(); j++) {
ParseTree mandatoryTree = refineArg.getChild(j);
if (mandatoryTree instanceof Mandatory_argContext) {
- Boolean mandatory = Boolean
- .valueOf(stringFromNode(mandatoryTree));
+ Boolean mandatory = Boolean.valueOf(stringFromNode(mandatoryTree));
refine.setMandatory(mandatory);
}
}
@Test
public void testInvalidImport() throws IOException {
try {
- try (InputStream stream = new FileInputStream(getClass().getResource
- ("/negative-scenario/testfile1.yang").getPath())) {
+ try (InputStream stream = new FileInputStream(getClass().getResource("/negative-scenario/testfile1.yang")
+ .getPath())) {
TestUtils.loadModule(stream);
fail("ValidationException should by thrown");
}
- } catch(YangValidationException e) {
+ } catch (YangValidationException e) {
assertTrue(e.getMessage().contains("Not existing module imported"));
}
}
@Test
public void testTypeNotFound() throws IOException {
try {
- try (InputStream stream = new FileInputStream(getClass().getResource
- ("/negative-scenario/testfile2.yang").getPath())) {
+ try (InputStream stream = new FileInputStream(getClass().getResource("/negative-scenario/testfile2.yang")
+ .getPath())) {
TestUtils.loadModule(stream);
fail("YangParseException should by thrown");
}
- } catch(YangParseException e) {
- assertTrue(e.getMessage().contains("Error in module 'test2' on line 24: Referenced type 'int-ext' not found."));
+ } catch (YangParseException e) {
+ assertTrue(e.getMessage().contains(
+ "Error in module 'test2' on line 24: Referenced type 'int-ext' not found."));
}
}
public void testInvalidAugmentTarget() throws IOException {
try {
final List<InputStream> streams = new ArrayList<>(2);
- try (InputStream testFile0 = new FileInputStream(getClass().getResource
- ("/negative-scenario/testfile0.yang").getPath())) {
+ try (InputStream testFile0 = new FileInputStream(getClass()
+ .getResource("/negative-scenario/testfile0.yang").getPath())) {
streams.add(testFile0);
- try (InputStream testFile3 = new FileInputStream(getClass().getResource
- ("/negative-scenario/testfile3.yang").getPath())) {
+ try (InputStream testFile3 = new FileInputStream(getClass().getResource(
+ "/negative-scenario/testfile3.yang").getPath())) {
streams.add(testFile3);
- assertEquals("Expected loaded files count is 2", 2,
- streams.size());
+ assertEquals("Expected loaded files count is 2", 2, streams.size());
TestUtils.loadModules(streams);
fail("YangParseException should by thrown");
}
}
- } catch(YangParseException e) {
+ } catch (YangParseException e) {
assertTrue(e.getMessage().contains("Failed to resolve augments in module 'test3'."));
}
}
@Test
public void testInvalidRefine() throws IOException {
try {
- try (InputStream stream = new FileInputStream(getClass().getResource
- ("/negative-scenario/testfile4.yang").getPath())) {
+ try (InputStream stream = new FileInputStream(getClass().getResource("/negative-scenario/testfile4.yang")
+ .getPath())) {
TestUtils.loadModule(stream);
fail("YangParseException should by thrown");
}
- } catch(YangParseException e) {
+ } catch (YangParseException e) {
assertTrue(e.getMessage().contains("Can not refine 'presence' for 'node'."));
}
}
+ @Test
+ public void testInvalidLength() throws IOException {
+ try {
+ try (InputStream stream = new FileInputStream(getClass().getResource("/negative-scenario/testfile5.yang")
+ .getPath())) {
+ TestUtils.loadModule(stream);
+ fail("YangParseException should by thrown");
+ }
+ } catch (YangParseException e) {
+ assertTrue(e.getMessage().contains("Invalid length constraint: <4, 10>"));
+ }
+
+ }
+
+ @Test
+ public void testInvalidRange() throws IOException {
+ try {
+ try (InputStream stream = new FileInputStream(getClass().getResource("/negative-scenario/testfile6.yang")
+ .getPath())) {
+ TestUtils.loadModule(stream);
+ fail("YangParseException should by thrown");
+ }
+ } catch (YangParseException e) {
+ assertTrue(e.getMessage().contains("Invalid range constraint: <5, 20>"));
+ }
+
+ }
+
}
import org.opendaylight.controller.yang.model.util.UnionType;
public class YangParserTest {
- private final DateFormat simpleDateFormat = new SimpleDateFormat(
- "yyyy-MM-dd");
+ private final DateFormat simpleDateFormat = new SimpleDateFormat("yyyy-MM-dd");
private Set<Module> modules;
String expectedPrefix = "t2";
Date expectedRevision = TestUtils.createDate("2013-02-27");
- ContainerSchemaNode interfaces = (ContainerSchemaNode) test
- .getDataChildByName("interfaces");
+ ContainerSchemaNode interfaces = (ContainerSchemaNode) test.getDataChildByName("interfaces");
// test SchemaNode args
- QName expectedQName = new QName(expectedNamespace, expectedRevision,
- expectedPrefix, "interfaces");
+ QName expectedQName = new QName(expectedNamespace, expectedRevision, expectedPrefix, "interfaces");
assertEquals(expectedQName, interfaces.getQName());
- SchemaPath expectedPath = TestUtils.createPath(true, expectedNamespace,
- expectedRevision, expectedPrefix, "interfaces");
+ SchemaPath expectedPath = TestUtils.createPath(true, expectedNamespace, expectedRevision, expectedPrefix,
+ "interfaces");
assertEquals(expectedPath, interfaces.getPath());
assertNull(interfaces.getDescription());
assertNull(interfaces.getReference());
assertEquals(0, interfaces.getGroupings().size());
assertEquals(0, interfaces.getUses().size());
- ListSchemaNode ifEntry = (ListSchemaNode) interfaces
- .getDataChildByName("ifEntry");
+ ListSchemaNode ifEntry = (ListSchemaNode) interfaces.getDataChildByName("ifEntry");
assertNotNull(ifEntry);
}
String expectedPrefix = "t2";
Date expectedRevision = TestUtils.createDate("2013-02-27");
- ContainerSchemaNode interfaces = (ContainerSchemaNode) test
- .getDataChildByName("interfaces");
+ ContainerSchemaNode interfaces = (ContainerSchemaNode) test.getDataChildByName("interfaces");
- ListSchemaNode ifEntry = (ListSchemaNode) interfaces
- .getDataChildByName("ifEntry");
+ ListSchemaNode ifEntry = (ListSchemaNode) interfaces.getDataChildByName("ifEntry");
// test SchemaNode args
- QName expectedQName = new QName(expectedNamespace, expectedRevision,
- expectedPrefix, "ifEntry");
+ QName expectedQName = new QName(expectedNamespace, expectedRevision, expectedPrefix, "ifEntry");
assertEquals(expectedQName, ifEntry.getQName());
- SchemaPath expectedPath = TestUtils.createPath(true, expectedNamespace,
- expectedRevision, expectedPrefix, "interfaces", "ifEntry");
+ SchemaPath expectedPath = TestUtils.createPath(true, expectedNamespace, expectedRevision, expectedPrefix,
+ "interfaces", "ifEntry");
assertEquals(expectedPath, ifEntry.getPath());
assertNull(ifEntry.getDescription());
assertNull(ifEntry.getReference());
assertEquals(1, (int) constraints.getMinElements());
assertEquals(11, (int) constraints.getMaxElements());
// test AugmentationTarget args
- Set<AugmentationSchema> availableAugmentations = ifEntry
- .getAvailableAugmentations();
+ Set<AugmentationSchema> availableAugmentations = ifEntry.getAvailableAugmentations();
assertEquals(2, availableAugmentations.size());
// test ListSchemaNode args
List<QName> expectedKey = new ArrayList<QName>();
- expectedKey.add(new QName(expectedNamespace, expectedRevision,
- expectedPrefix, "ifIndex"));
+ expectedKey.add(new QName(expectedNamespace, expectedRevision, expectedPrefix, "ifIndex"));
assertEquals(expectedKey, ifEntry.getKeyDefinition());
assertFalse(ifEntry.isUserOrdered());
// test DataNodeContainer args
assertEquals(0, ifEntry.getGroupings().size());
assertEquals(0, ifEntry.getUses().size());
- LeafSchemaNode ifIndex = (LeafSchemaNode) ifEntry
- .getDataChildByName("ifIndex");
+ LeafSchemaNode ifIndex = (LeafSchemaNode) ifEntry.getDataChildByName("ifIndex");
assertTrue(ifIndex.getType() instanceof Uint32);
- LeafSchemaNode ifMtu = (LeafSchemaNode) ifEntry
- .getDataChildByName("ifMtu");
+ LeafSchemaNode ifMtu = (LeafSchemaNode) ifEntry.getDataChildByName("ifMtu");
assertTrue(ifMtu.getType() instanceof Int32);
}
Module test = TestUtils.findModule(modules, "types2");
// leaf if-name
- LeafSchemaNode ifName = (LeafSchemaNode) test
- .getDataChildByName("if-name");
+ LeafSchemaNode ifName = (LeafSchemaNode) test.getDataChildByName("if-name");
Leafref ifNameType = (Leafref) ifName.getType();
QName qname = ifNameType.getQName();
assertEquals("string", nameQName.getLocalName());
// leaf count
- LeafSchemaNode count = (LeafSchemaNode) test
- .getDataChildByName("count");
+ LeafSchemaNode count = (LeafSchemaNode) test.getDataChildByName("count");
ExtendedType countType = (ExtendedType) count.getType();
QName countTypeQName = countType.getQName();
// testfile1
Module module1 = TestUtils.findModule(modules, "types1");
- Set<AugmentationSchema> module1Augmentations = module1
- .getAugmentations();
+ Set<AugmentationSchema> module1Augmentations = module1.getAugmentations();
AugmentationSchema augment1 = module1Augmentations.iterator().next();
- LeafSchemaNode augmentedLeafDefinition = (LeafSchemaNode) augment1
- .getDataChildByName("ds0ChannelNumber");
+ LeafSchemaNode augmentedLeafDefinition = (LeafSchemaNode) augment1.getDataChildByName("ds0ChannelNumber");
assertTrue(augmentedLeafDefinition.isAugmenting());
// testfile2
Module module2 = TestUtils.findModule(modules, "types2");
- ContainerSchemaNode interfaces = (ContainerSchemaNode) module2
- .getDataChildByName("interfaces");
- ListSchemaNode ifEntry = (ListSchemaNode) interfaces
- .getDataChildByName("ifEntry");
- ContainerSchemaNode augmentedContainer = (ContainerSchemaNode) ifEntry
- .getDataChildByName("augment-holder");
+ ContainerSchemaNode interfaces = (ContainerSchemaNode) module2.getDataChildByName("interfaces");
+ ListSchemaNode ifEntry = (ListSchemaNode) interfaces.getDataChildByName("ifEntry");
+ ContainerSchemaNode augmentedContainer = (ContainerSchemaNode) ifEntry.getDataChildByName("augment-holder");
+
+ ContainerSchemaNode schemas = (ContainerSchemaNode) augmentedContainer.getDataChildByName("schemas");
+ LeafSchemaNode linkleaf = (LeafSchemaNode) schemas.getDataChildByName("linkleaf");
+ assertNotNull(linkleaf);
// augmentation defined in testfile1 and augmentation returned from
// augmented container have to be same
- Set<AugmentationSchema> augmentedContainerAugments = augmentedContainer
- .getAvailableAugmentations();
- AugmentationSchema augmentDefinition = augmentedContainerAugments
- .iterator().next();
+ Set<AugmentationSchema> augmentedContainerAugments = augmentedContainer.getAvailableAugmentations();
+ AugmentationSchema augmentDefinition = augmentedContainerAugments.iterator().next();
assertEquals(augment1, augmentDefinition);
- LeafSchemaNode augmentedLeaf = (LeafSchemaNode) augmentedContainer
- .getDataChildByName("ds0ChannelNumber");
+ LeafSchemaNode augmentedLeaf = (LeafSchemaNode) augmentedContainer.getDataChildByName("ds0ChannelNumber");
assertTrue(augmentedLeaf.isAugmenting());
assertEquals(augmentedLeafDefinition, augmentedLeaf);
- Set<AugmentationSchema> ifEntryAugments = ifEntry
- .getAvailableAugmentations();
+ Set<AugmentationSchema> ifEntryAugments = ifEntry.getAvailableAugmentations();
assertEquals(2, ifEntryAugments.size());
// testfile3
Module module3 = TestUtils.findModule(modules, "types3");
- Set<AugmentationSchema> module3Augmentations = module3
- .getAugmentations();
- assertEquals(2, module3Augmentations.size());
+ Set<AugmentationSchema> module3Augmentations = module3.getAugmentations();
+ assertEquals(3, module3Augmentations.size());
AugmentationSchema augment3 = null;
for (AugmentationSchema as : module3Augmentations) {
if ("if:ifType='ds0'".equals(as.getWhenCondition().toString())) {
public void testAugmentTarget() {
Module test = TestUtils.findModule(modules, "types2");
- ContainerSchemaNode interfaces = (ContainerSchemaNode) test
- .getDataChildByName("interfaces");
- ListSchemaNode ifEntry = (ListSchemaNode) interfaces
- .getDataChildByName("ifEntry");
- Set<AugmentationSchema> augmentations = ifEntry
- .getAvailableAugmentations();
+ ContainerSchemaNode interfaces = (ContainerSchemaNode) test.getDataChildByName("interfaces");
+ ListSchemaNode ifEntry = (ListSchemaNode) interfaces.getDataChildByName("ifEntry");
+ Set<AugmentationSchema> augmentations = ifEntry.getAvailableAugmentations();
assertEquals(2, augmentations.size());
AugmentationSchema augment = null;
augment = as;
}
}
- ContainerSchemaNode augmentHolder = (ContainerSchemaNode) augment
- .getDataChildByName("augment-holder");
+ ContainerSchemaNode augmentHolder = (ContainerSchemaNode) augment.getDataChildByName("augment-holder");
assertNotNull(augmentHolder);
assertTrue(augmentHolder.isAugmenting());
QName augmentHolderQName = augmentHolder.getQName();
assertEquals("augment-holder", augmentHolderQName.getLocalName());
assertEquals("t3", augmentHolderQName.getPrefix());
- assertEquals("Description for augment holder",
- augmentHolder.getDescription());
+ assertEquals("Description for augment holder", augmentHolder.getDescription());
}
@Test
public void testTypedefRangesResolving() throws ParseException {
Module testModule = TestUtils.findModule(modules, "types1");
- LeafSchemaNode testleaf = (LeafSchemaNode) testModule
- .getDataChildByName("testleaf");
+ LeafSchemaNode testleaf = (LeafSchemaNode) testModule.getDataChildByName("testleaf");
ExtendedType leafType = (ExtendedType) testleaf.getType();
QName leafTypeQName = leafType.getQName();
assertEquals("my-type1", leafTypeQName.getLocalName());
assertEquals("t1", leafTypeQName.getPrefix());
- assertEquals(URI.create("urn:simple.container.demo"),
- leafTypeQName.getNamespace());
+ assertEquals(URI.create("urn:simple.container.demo"), leafTypeQName.getNamespace());
Date expectedDate = simpleDateFormat.parse("2013-02-27");
assertEquals(expectedDate, leafTypeQName.getRevision());
assertEquals(1, leafType.getRanges().size());
QName baseTypeQName = baseType.getQName();
assertEquals("my-type1", baseTypeQName.getLocalName());
assertEquals("t2", baseTypeQName.getPrefix());
- assertEquals(URI.create("urn:simple.types.data.demo"),
- baseTypeQName.getNamespace());
+ assertEquals(URI.create("urn:simple.types.data.demo"), baseTypeQName.getNamespace());
assertEquals(expectedDate, baseTypeQName.getRevision());
assertEquals(2, baseType.getRanges().size());
List<RangeConstraint> ranges = leafType.getRanges();
assertEquals(1, ranges.size());
RangeConstraint range = ranges.get(0);
- assertEquals(3L, range.getMin());
+ assertEquals(12L, range.getMin());
assertEquals(20L, range.getMax());
}
public void testTypedefPatternsResolving() {
Module testModule = TestUtils.findModule(modules, "types1");
- LeafSchemaNode testleaf = (LeafSchemaNode) testModule
- .getDataChildByName("test-string-leaf");
+ LeafSchemaNode testleaf = (LeafSchemaNode) testModule.getDataChildByName("test-string-leaf");
ExtendedType testleafType = (ExtendedType) testleaf.getType();
QName testleafTypeQName = testleafType.getQName();
assertEquals("my-string-type-ext", testleafTypeQName.getLocalName());
public void testTypedefLengthsResolving() {
Module testModule = TestUtils.findModule(modules, "types1");
- LeafSchemaNode testleaf = (LeafSchemaNode) testModule
- .getDataChildByName("leaf-with-length");
+ LeafSchemaNode testleaf = (LeafSchemaNode) testModule.getDataChildByName("leaf-with-length");
ExtendedType testleafType = (ExtendedType) testleaf.getType();
assertEquals("my-string-type", testleafType.getQName().getLocalName());
public void testTypeDef() {
Module testModule = TestUtils.findModule(modules, "types2");
- LeafSchemaNode testleaf = (LeafSchemaNode) testModule
- .getDataChildByName("nested-type-leaf");
+ LeafSchemaNode testleaf = (LeafSchemaNode) testModule.getDataChildByName("nested-type-leaf");
ExtendedType testleafType = (ExtendedType) testleaf.getType();
assertEquals("my-type1", testleafType.getQName().getLocalName());
Int32 int32Type = (Int32) baseType.getBaseType();
QName qname = int32Type.getQName();
- assertEquals(URI.create("urn:ietf:params:xml:ns:yang:1"),
- qname.getNamespace());
+ assertEquals(URI.create("urn:ietf:params:xml:ns:yang:1"), qname.getNamespace());
assertNull(qname.getRevision());
assertEquals("", qname.getPrefix());
assertEquals("int32", qname.getLocalName());
public void testTypedefDecimal1() {
Module testModule = TestUtils.findModule(modules, "types1");
- LeafSchemaNode testleaf = (LeafSchemaNode) testModule
- .getDataChildByName("test-decimal-leaf");
+ LeafSchemaNode testleaf = (LeafSchemaNode) testModule.getDataChildByName("test-decimal-leaf");
ExtendedType type = (ExtendedType) testleaf.getType();
assertEquals(4, (int) type.getFractionDigits());
public void testTypedefDecimal2() {
Module testModule = TestUtils.findModule(modules, "types1");
- LeafSchemaNode testleaf = (LeafSchemaNode) testModule
- .getDataChildByName("test-decimal-leaf2");
+ LeafSchemaNode testleaf = (LeafSchemaNode) testModule.getDataChildByName("test-decimal-leaf2");
TypeDefinition<?> baseType = testleaf.getType().getBaseType();
assertTrue(testleaf.getType().getBaseType() instanceof Decimal64);
Decimal64 baseTypeCast = (Decimal64) baseType;
public void testTypedefUnion() {
Module testModule = TestUtils.findModule(modules, "types1");
- LeafSchemaNode testleaf = (LeafSchemaNode) testModule
- .getDataChildByName("union-leaf");
+ LeafSchemaNode testleaf = (LeafSchemaNode) testModule.getDataChildByName("union-leaf");
ExtendedType testleafType = (ExtendedType) testleaf.getType();
assertEquals("my-union-ext", testleafType.getQName().getLocalName());
public void testNestedUnionResolving1() {
Module testModule = TestUtils.findModule(modules, "types1");
- LeafSchemaNode testleaf = (LeafSchemaNode) testModule
- .getDataChildByName("nested-union-leaf");
+ LeafSchemaNode testleaf = (LeafSchemaNode) testModule.getDataChildByName("nested-union-leaf");
ExtendedType nestedUnion1 = (ExtendedType) testleaf.getType();
assertEquals("nested-union1", nestedUnion1.getQName().getLocalName());
assertTrue(unionTypes.get(1) instanceof ExtendedType);
ExtendedType extendedUnion = (ExtendedType) unionTypes.get(1);
- ExtendedType extendedUnionBase = (ExtendedType) extendedUnion
- .getBaseType();
+ ExtendedType extendedUnionBase = (ExtendedType) extendedUnion.getBaseType();
assertEquals("my-union", extendedUnionBase.getQName().getLocalName());
- UnionType extendedTargetUnion = (UnionType) extendedUnionBase
- .getBaseType();
- List<TypeDefinition<?>> extendedTargetTypes = extendedTargetUnion
- .getTypes();
+ UnionType extendedTargetUnion = (UnionType) extendedUnionBase.getBaseType();
+ List<TypeDefinition<?>> extendedTargetTypes = extendedTargetUnion.getTypes();
assertTrue(extendedTargetTypes.get(0).getBaseType() instanceof Int16);
assertTrue(extendedTargetTypes.get(1) instanceof Int32);
public void testNestedUnionResolving2() {
Module testModule = TestUtils.findModule(modules, "types1");
- LeafSchemaNode testleaf = (LeafSchemaNode) testModule
- .getDataChildByName("custom-union-leaf");
+ LeafSchemaNode testleaf = (LeafSchemaNode) testModule.getDataChildByName("custom-union-leaf");
ExtendedType testleafType = (ExtendedType) testleaf.getType();
QName testleafTypeQName = testleafType.getQName();
- assertEquals(URI.create("urn:simple.container.demo.test"),
- testleafTypeQName.getNamespace());
- assertEquals(TestUtils.createDate("2013-02-27"),
- testleafTypeQName.getRevision());
+ assertEquals(URI.create("urn:simple.container.demo.test"), testleafTypeQName.getNamespace());
+ assertEquals(TestUtils.createDate("2013-02-27"), testleafTypeQName.getRevision());
assertEquals("t3", testleafTypeQName.getPrefix());
assertEquals("union1", testleafTypeQName.getLocalName());
ExtendedType union2 = (ExtendedType) testleafType.getBaseType();
QName union2QName = union2.getQName();
- assertEquals(URI.create("urn:simple.container.demo.test"),
- union2QName.getNamespace());
- assertEquals(TestUtils.createDate("2013-02-27"),
- union2QName.getRevision());
+ assertEquals(URI.create("urn:simple.container.demo.test"), union2QName.getNamespace());
+ assertEquals(TestUtils.createDate("2013-02-27"), union2QName.getRevision());
assertEquals("t3", union2QName.getPrefix());
assertEquals("union2", union2QName.getLocalName());
ExtendedType nestedUnion2 = (ExtendedType) unionTypes.get(1);
QName nestedUnion2QName = nestedUnion2.getQName();
- assertEquals(URI.create("urn:simple.types.data.demo"),
- nestedUnion2QName.getNamespace());
- assertEquals(TestUtils.createDate("2013-02-27"),
- nestedUnion2QName.getRevision());
+ assertEquals(URI.create("urn:simple.types.data.demo"), nestedUnion2QName.getNamespace());
+ assertEquals(TestUtils.createDate("2013-02-27"), nestedUnion2QName.getRevision());
assertEquals("t2", nestedUnion2QName.getPrefix());
assertEquals("nested-union2", nestedUnion2QName.getLocalName());
ExtendedType myUnionExt = (ExtendedType) nestedUnion2Types.get(1);
QName myUnionExtQName = myUnionExt.getQName();
- assertEquals(URI.create("urn:simple.types.data.demo"),
- myUnionExtQName.getNamespace());
- assertEquals(TestUtils.createDate("2013-02-27"),
- myUnionExtQName.getRevision());
+ assertEquals(URI.create("urn:simple.types.data.demo"), myUnionExtQName.getNamespace());
+ assertEquals(TestUtils.createDate("2013-02-27"), myUnionExtQName.getRevision());
assertEquals("t2", myUnionExtQName.getPrefix());
assertEquals("my-union-ext", myUnionExtQName.getLocalName());
ExtendedType myUnion = (ExtendedType) myUnionExt.getBaseType();
QName myUnionQName = myUnion.getQName();
- assertEquals(URI.create("urn:simple.types.data.demo"),
- myUnionQName.getNamespace());
- assertEquals(TestUtils.createDate("2013-02-27"),
- myUnionQName.getRevision());
+ assertEquals(URI.create("urn:simple.types.data.demo"), myUnionQName.getNamespace());
+ assertEquals(TestUtils.createDate("2013-02-27"), myUnionQName.getRevision());
assertEquals("t2", myUnionQName.getPrefix());
assertEquals("my-union", myUnionQName.getLocalName());
public void testRefine() {
Module testModule = TestUtils.findModule(modules, "types2");
- ContainerSchemaNode peer = (ContainerSchemaNode) testModule
- .getDataChildByName("peer");
- ContainerSchemaNode destination = (ContainerSchemaNode) peer
- .getDataChildByName("destination");
+ ContainerSchemaNode peer = (ContainerSchemaNode) testModule.getDataChildByName("peer");
+ ContainerSchemaNode destination = (ContainerSchemaNode) peer.getDataChildByName("destination");
Set<UsesNode> usesNodes = destination.getUses();
assertEquals(1, usesNodes.size());
UsesNode usesNode = usesNodes.iterator().next();
// leaf address
assertNotNull(refineLeaf);
assertEquals("address", refineLeaf.getQName().getLocalName());
- assertEquals("description of address defined by refine",
- refineLeaf.getDescription());
- assertEquals("address reference added by refine",
- refineLeaf.getReference());
+ assertEquals("description of address defined by refine", refineLeaf.getDescription());
+ assertEquals("address reference added by refine", refineLeaf.getReference());
assertFalse(refineLeaf.isConfiguration());
assertTrue(refineLeaf.getConstraints().isMandatory());
- Set<MustDefinition> leafMustConstraints = refineLeaf.getConstraints()
- .getMustConstraints();
+ Set<MustDefinition> leafMustConstraints = refineLeaf.getConstraints().getMustConstraints();
assertEquals(1, leafMustConstraints.size());
MustDefinition leafMust = leafMustConstraints.iterator().next();
- assertEquals(
- "\"ifType != 'ethernet' or (ifType = 'ethernet' and ifMTU = 1500)\"",
- leafMust.toString());
+ assertEquals("\"ifType != 'ethernet' or (ifType = 'ethernet' and ifMTU = 1500)\"", leafMust.toString());
// container port
assertNotNull(refineContainer);
- Set<MustDefinition> mustConstraints = refineContainer.getConstraints()
- .getMustConstraints();
+ Set<MustDefinition> mustConstraints = refineContainer.getConstraints().getMustConstraints();
assertTrue(mustConstraints.isEmpty());
- assertEquals("description of port defined by refine",
- refineContainer.getDescription());
- assertEquals("port reference added by refine",
- refineContainer.getReference());
+ assertEquals("description of port defined by refine", refineContainer.getDescription());
+ assertEquals("port reference added by refine", refineContainer.getReference());
assertFalse(refineContainer.isConfiguration());
assertTrue(refineContainer.isPresenceContainer());
// list addresses
assertNotNull(refineList);
- assertEquals("description of addresses defined by refine",
- refineList.getDescription());
- assertEquals("addresses reference added by refine",
- refineList.getReference());
+ assertEquals("description of addresses defined by refine", refineList.getDescription());
+ assertEquals("addresses reference added by refine", refineList.getReference());
assertFalse(refineList.isConfiguration());
assertEquals(2, (int) refineList.getConstraints().getMinElements());
assertEquals(12, (int) refineList.getConstraints().getMaxElements());
// grouping target-inner
assertNotNull(refineGrouping);
- Set<DataSchemaNode> refineGroupingChildren = refineGrouping
- .getChildNodes();
+ Set<DataSchemaNode> refineGroupingChildren = refineGrouping.getChildNodes();
assertEquals(1, refineGroupingChildren.size());
- LeafSchemaNode refineGroupingLeaf = (LeafSchemaNode) refineGroupingChildren
- .iterator().next();
- assertEquals("inner-grouping-id", refineGroupingLeaf.getQName()
- .getLocalName());
- assertEquals("new target-inner grouping description",
- refineGrouping.getDescription());
+ LeafSchemaNode refineGroupingLeaf = (LeafSchemaNode) refineGroupingChildren.iterator().next();
+ assertEquals("inner-grouping-id", refineGroupingLeaf.getQName().getLocalName());
+ assertEquals("new target-inner grouping description", refineGrouping.getDescription());
// typedef group-type
assertNotNull(typedef);
@Test
public void testChoice() {
Module testModule = TestUtils.findModule(modules, "types1");
- ContainerSchemaNode peer = (ContainerSchemaNode) testModule
- .getDataChildByName("transfer");
+ ContainerSchemaNode peer = (ContainerSchemaNode) testModule.getDataChildByName("transfer");
ChoiceNode how = (ChoiceNode) peer.getDataChildByName("how");
Set<ChoiceCaseNode> cases = how.getCases();
assertEquals(3, cases.size());
@Test
public void testAnyXml() {
Module testModule = TestUtils.findModule(modules, "types1");
- AnyXmlSchemaNode data = (AnyXmlSchemaNode) testModule
- .getDataChildByName("data");
+ AnyXmlSchemaNode data = (AnyXmlSchemaNode) testModule.getDataChildByName("data");
assertNotNull(data);
}
assertEquals(1, deviations.size());
Deviation dev = deviations.iterator().next();
- SchemaPath expectedPath = TestUtils.createPath(true, null, null,
- "data", "system", "user");
+ SchemaPath expectedPath = TestUtils.createPath(true, null, null, "data", "system", "user");
assertEquals(expectedPath, dev.getTargetPath());
assertEquals(Deviate.ADD, dev.getDeviate());
}
@Test
public void testUnknownNode() {
Module testModule = TestUtils.findModule(modules, "types3");
- ContainerSchemaNode network = (ContainerSchemaNode) testModule
- .getDataChildByName("network");
+ ContainerSchemaNode network = (ContainerSchemaNode) testModule.getDataChildByName("network");
List<UnknownSchemaNode> unknownNodes = network.getUnknownSchemaNodes();
assertEquals(1, unknownNodes.size());
UnknownSchemaNode unknownNode = unknownNodes.get(0);
@Test
public void testExtension() {
Module testModule = TestUtils.findModule(modules, "types3");
- List<ExtensionDefinition> extensions = testModule
- .getExtensionSchemaNodes();
+ List<ExtensionDefinition> extensions = testModule.getExtensionSchemaNodes();
assertEquals(1, extensions.size());
ExtensionDefinition extension = extensions.get(0);
assertEquals("name", extension.getArgument());
String expectedPrefix = "t3";
Date expectedRevision = TestUtils.createDate("2013-02-27");
- Set<NotificationDefinition> notifications = testModule
- .getNotifications();
+ Set<NotificationDefinition> notifications = testModule.getNotifications();
assertEquals(1, notifications.size());
NotificationDefinition notification = notifications.iterator().next();
// test SchemaNode args
- QName expectedQName = new QName(expectedNamespace, expectedRevision,
- expectedPrefix, "event");
+ QName expectedQName = new QName(expectedNamespace, expectedRevision, expectedPrefix, "event");
assertEquals(expectedQName, notification.getQName());
- SchemaPath expectedPath = TestUtils.createPath(true, expectedNamespace,
- expectedRevision, expectedPrefix, "event");
+ SchemaPath expectedPath = TestUtils.createPath(true, expectedNamespace, expectedRevision, expectedPrefix,
+ "event");
assertEquals(expectedPath, notification.getPath());
assertNull(notification.getDescription());
assertNull(notification.getReference());
assertEquals(0, notification.getGroupings().size());
assertEquals(0, notification.getUses().size());
- LeafSchemaNode eventClass = (LeafSchemaNode) notification
- .getDataChildByName("event-class");
+ LeafSchemaNode eventClass = (LeafSchemaNode) notification.getDataChildByName("event-class");
assertTrue(eventClass.getType() instanceof StringType);
- AnyXmlSchemaNode reportingEntity = (AnyXmlSchemaNode) notification
- .getDataChildByName("reporting-entity");
+ AnyXmlSchemaNode reportingEntity = (AnyXmlSchemaNode) notification.getDataChildByName("reporting-entity");
assertNotNull(reportingEntity);
- LeafSchemaNode severity = (LeafSchemaNode) notification
- .getDataChildByName("severity");
+ LeafSchemaNode severity = (LeafSchemaNode) notification.getDataChildByName("severity");
assertTrue(severity.getType() instanceof StringType);
}
assertEquals(1, rpcs.size());
RpcDefinition rpc = rpcs.iterator().next();
- assertEquals("Retrieve all or part of a specified configuration.",
- rpc.getDescription());
+ assertEquals("Retrieve all or part of a specified configuration.", rpc.getDescription());
assertEquals("RFC 6241, Section 7.1", rpc.getReference());
ContainerSchemaNode input = rpc.getInput();
assertEquals(1, augments.size());
AugmentationSchema augment = augments.iterator().next();
- LeafSchemaNode ifcId = (LeafSchemaNode) augment
- .getDataChildByName("interface-id");
+ LeafSchemaNode ifcId = (LeafSchemaNode) augment.getDataChildByName("interface-id");
Leafref ifcIdType = (Leafref) ifcId.getType();
SchemaPath ifcIdTypeSchemaPath = ifcIdType.getPath();
List<QName> ifcIdTypePath = ifcIdTypeSchemaPath.getPath();
-
+
URI types1URI = URI.create("urn:simple.container.demo");
URI types2URI = URI.create("urn:simple.types.data.demo");
URI types3URI = URI.create("urn:simple.container.demo.test");
Date expectedDate = simpleDateFormat.parse("2013-02-27");
-
- QName q0 = new QName(types2URI,
- expectedDate, "data", "interfaces");
- QName q1 = new QName(types2URI,
- expectedDate, "data", "ifEntry");
- QName q2 = new QName(types3URI,
- expectedDate, "data", "augment-holder");
- QName q3 = new QName(types1URI,
- expectedDate, "data", "interface-id");
+
+ QName q0 = new QName(types2URI, expectedDate, "data", "interfaces");
+ QName q1 = new QName(types2URI, expectedDate, "data", "ifEntry");
+ QName q2 = new QName(types3URI, expectedDate, "data", "augment-holder");
+ QName q3 = new QName(types1URI, expectedDate, "data", "interface-id");
assertEquals(q0, ifcIdTypePath.get(0));
assertEquals(q1, ifcIdTypePath.get(1));
assertEquals(q2, ifcIdTypePath.get(2));
assertEquals(q3, ifcIdTypePath.get(3));
- LeafListSchemaNode higherLayer = (LeafListSchemaNode) augment
- .getDataChildByName("higher-layer-if");
+ LeafListSchemaNode higherLayer = (LeafListSchemaNode) augment.getDataChildByName("higher-layer-if");
Leafref higherLayerType = (Leafref) higherLayer.getType();
SchemaPath higherLayerTypeSchemaPath = higherLayerType.getPath();
List<QName> higherLayerTypePath = higherLayerTypeSchemaPath.getPath();
assertEquals(q0, higherLayerTypePath.get(0));
assertEquals(q1, higherLayerTypePath.get(1));
assertEquals(q2, higherLayerTypePath.get(2));
- q3 = new QName(types1URI,
- expectedDate, "data", "higher-layer-if");
+ q3 = new QName(types1URI, expectedDate, "data", "higher-layer-if");
assertEquals(q3, higherLayerTypePath.get(3));
-
- LeafSchemaNode myType = (LeafSchemaNode) augment
- .getDataChildByName("my-type");
- ExtendedType leafType = (ExtendedType)myType.getType();
-
+
+ LeafSchemaNode myType = (LeafSchemaNode) augment.getDataChildByName("my-type");
+ ExtendedType leafType = (ExtendedType) myType.getType();
+
testModule = TestUtils.findModule(modules, "types2");
TypeDefinition<?> typedef = TestUtils.findTypedef(testModule.getTypeDefinitions(), "my-type1");
-
+
assertEquals(typedef, leafType);
}
Set<TypeDefinition<?>> types = test.getTypeDefinitions();
// my-base-int32-type
- ExtendedType int32Typedef = (ExtendedType) TestUtils.findTypedef(types,
- "my-base-int32-type");
+ ExtendedType int32Typedef = (ExtendedType) TestUtils.findTypedef(types, "my-base-int32-type");
QName int32TypedefQName = int32Typedef.getQName();
URI expectedNS = URI.create("urn:simple.types.data.demo");
// my-base-int32-type/int32
Int32 int32 = (Int32) int32Typedef.getBaseType();
QName int32QName = int32.getQName();
- assertEquals(URI.create("urn:ietf:params:xml:ns:yang:1"),
- int32QName.getNamespace());
+ assertEquals(URI.create("urn:ietf:params:xml:ns:yang:1"), int32QName.getNamespace());
assertNull(int32QName.getRevision());
assertEquals("", int32QName.getPrefix());
assertEquals("int32", int32QName.getLocalName());
Set<TypeDefinition<?>> types = test.getTypeDefinitions();
// my-base-int32-type
- ExtendedType myDecType = (ExtendedType) TestUtils.findTypedef(types,
- "my-decimal-type");
+ ExtendedType myDecType = (ExtendedType) TestUtils.findTypedef(types, "my-decimal-type");
QName myDecTypeQName = myDecType.getQName();
URI expectedNS = URI.create("urn:simple.types.data.demo");
Decimal64 dec64 = (Decimal64) myDecType.getBaseType();
QName dec64QName = dec64.getQName();
- assertEquals(URI.create("urn:ietf:params:xml:ns:yang:1"),
- dec64QName.getNamespace());
+ assertEquals(URI.create("urn:ietf:params:xml:ns:yang:1"), dec64QName.getNamespace());
assertNull(dec64QName.getRevision());
assertEquals("", dec64QName.getPrefix());
assertEquals("decimal64", dec64QName.getLocalName());
leaf testleaf {
type data:my-type1 {
- range "min..max";
+ range "12..max";
}
}
leaf my-type {
type data:my-type1;
}
+ container schemas {
+ }
}
container mycont {
typedef my-string-type {
type my-custom-string {
- length "5..10";
+ length "6..10";
}
}
description "Description for augment holder";
}
}
+
+ augment "/data:interfaces/data:ifEntry/t3:augment-holder/t1:schemas" {
+ when "if:leafType='ds1'";
+ leaf linkleaf {
+ type binary;
+ }
+ }
container network {
mnt:mountpoint point {
--- /dev/null
+module test5 {
+ yang-version 1;
+ namespace "urn:simple.container.demo";
+ prefix "t1";
+
+ typedef my-custom-string {
+ type string {
+ pattern "[a-k]*";
+ length "5..11";
+ }
+ }
+
+ typedef my-string-type {
+ type my-custom-string {
+ length "4..10";
+ }
+ }
+
+}
--- /dev/null
+module test5 {
+ yang-version 1;
+ namespace "urn:simple.container.demo";
+ prefix "t1";
+
+ typedef my-custom-int {
+ type int32 {
+ range "5..11 | 15..20";
+ }
+ }
+
+ typedef my-int-type {
+ type my-custom-int {
+ range "min..max";
+ }
+ }
+
+}
* @return ChoiceCaseNode objects defined in this node
*/
Set<ChoiceCaseNode> getCases();
+
+ String getDefaultCase();
}
* interface which represents UNSIGNED Integer values defined in Yang language. <br>
* The integer built-in types in Yang are uint8, uint16, uint32, and uint64.
* They represent unsigned integers of different sizes:
- *
+ *
* <ul>
* <li>uint8 - represents integer values between 0 and 255, inclusively.</li>
* <li>uint16 - represents integer values between 0 and 65535, inclusively.</li>
* <li>uint64 - represents integer values between 0 and 18446744073709551615,
* inclusively.</li>
* </ul>
- *
+ *
*/
-public abstract class AbstractUnsignedInteger implements
- UnsignedIntegerTypeDefinition {
+public abstract class AbstractUnsignedInteger implements UnsignedIntegerTypeDefinition {
+ private static final long MIN_VALUE = 0;
private final QName name;
private final SchemaPath path;
private final String description;
private final List<RangeConstraint> rangeStatements;
/**
- *
+ *
* @param actualPath
* @param namespace
* @param revision
* @param name
* @param description
- * @param minRange
+ * @param MIN_VALUE
* @param maxRange
* @param units
*/
- public AbstractUnsignedInteger(final SchemaPath path, final QName name,
- final String description, final Number minRange,
+ public AbstractUnsignedInteger(final SchemaPath path, final QName name, final String description,
final Number maxRange, final String units) {
this.name = name;
this.description = description;
this.path = path;
this.units = units;
this.rangeStatements = new ArrayList<RangeConstraint>();
- final String rangeDescription = "Integer values between " + minRange
- + " and " + maxRange + ", inclusively.";
- this.rangeStatements.add(BaseConstraints.rangeConstraint(minRange,
- maxRange, rangeDescription,
+ final String rangeDescription = "Integer values between " + MIN_VALUE + " and " + maxRange + ", inclusively.";
+ this.rangeStatements.add(BaseConstraints.rangeConstraint(MIN_VALUE, maxRange, rangeDescription,
"https://tools.ietf.org/html/rfc6020#section-9.2.4"));
}
* @param rangeStatements
* @param units
*/
- public AbstractUnsignedInteger(final SchemaPath path, final QName name,
- final String description,
+ public AbstractUnsignedInteger(final SchemaPath path, final QName name, final String description,
final List<RangeConstraint> rangeStatements, final String units) {
this.name = name;
this.description = description;
public int hashCode() {
final int prime = 31;
int result = 1;
- result = prime * result
- + ((description == null) ? 0 : description.hashCode());
+ result = prime * result + ((description == null) ? 0 : description.hashCode());
result = prime * result + ((name == null) ? 0 : name.hashCode());
result = prime * result + ((path == null) ? 0 : path.hashCode());
- result = prime * result
- + ((rangeStatements == null) ? 0 : rangeStatements.hashCode());
- result = prime * result
- + ((reference == null) ? 0 : reference.hashCode());
+ result = prime * result + ((rangeStatements == null) ? 0 : rangeStatements.hashCode());
+ result = prime * result + ((reference == null) ? 0 : reference.hashCode());
result = prime * result + ((units == null) ? 0 : units.hashCode());
return result;
}
*
*/
public final class Uint16 extends AbstractUnsignedInteger {
+ public static final int MAX_VALUE = 65535;
private static final QName name = BaseTypes.constructQName("uint16");
private Integer defaultValue = null;
private static final String description = "uint16 represents integer values between 0 and 65535, inclusively.";
private final UnsignedIntegerTypeDefinition baseType;
public Uint16(final SchemaPath path) {
- super(path, name, description, Short.MIN_VALUE, Short.MAX_VALUE, "");
+ super(path, name, description, MAX_VALUE, "");
this.baseType = this;
}
public int hashCode() {
final int prime = 31;
int result = super.hashCode();
- result = prime * result
- + ((defaultValue == null) ? 0 : defaultValue.hashCode());
+ result = prime * result + ((defaultValue == null) ? 0 : defaultValue.hashCode());
return result;
}
builder.append("]");
return builder.toString();
}
+
}
/**
* Implementation of Yang uint32 built-in type. <br>
- * uint32 represents integer values between 0 and 4294967295, inclusively. The
- * Java counterpart of Yang uint32 built-in type is {@link Long}.
+ * uint32 represents integer values between 0 and 4294967295, inclusively.
*
*/
public final class Uint32 extends AbstractUnsignedInteger {
+ public static final long MAX_VALUE = 4294967295L;
private static final QName name = BaseTypes.constructQName("uint32");
private final Long defaultValue = null;
private static final String description = "uint32 represents integer values between 0 and 4294967295, inclusively.";
private final UnsignedIntegerTypeDefinition baseType;
public Uint32(final SchemaPath path) {
- super(path, name, description, Short.MIN_VALUE, Short.MAX_VALUE, "");
+ super(path, name, description, MAX_VALUE, "");
this.baseType = this;
}
public int hashCode() {
final int prime = 31;
int result = super.hashCode();
- result = prime * result
- + ((defaultValue == null) ? 0 : defaultValue.hashCode());
+ result = prime * result + ((defaultValue == null) ? 0 : defaultValue.hashCode());
return result;
}
builder.append("]");
return builder.toString();
}
+
}
*
*/
public final class Uint64 extends AbstractUnsignedInteger {
+ public static final BigInteger MAX_VALUE = new BigInteger("18446744073709551615");
private static final QName name = BaseTypes.constructQName("uint64");
private final BigInteger defaultValue = null;
private static final String description = "uint64 represents integer values between 0 and 18446744073709551615, inclusively.";
private final UnsignedIntegerTypeDefinition baseType;
public Uint64(final SchemaPath path) {
- super(path, name, description, Short.MIN_VALUE, Short.MAX_VALUE, "");
+ super(path, name, description, MAX_VALUE, "");
this.baseType = this;
}
public int hashCode() {
final int prime = 31;
int result = super.hashCode();
- result = prime * result
- + ((defaultValue == null) ? 0 : defaultValue.hashCode());
+ result = prime * result + ((defaultValue == null) ? 0 : defaultValue.hashCode());
return result;
}
builder.append("]");
return builder.toString();
}
+
}
/*
- * Copyright (c) 2013 Cisco Systems, Inc. and others. All rights reserved.
- *
- * This program and the accompanying materials are made available under the
- * terms of the Eclipse Public License v1.0 which accompanies this distribution,
- * and is available at http://www.eclipse.org/legal/epl-v10.html
- */
+ * Copyright (c) 2013 Cisco Systems, Inc. and others. All rights reserved.
+ *
+ * This program and the accompanying materials are made available under the
+ * terms of the Eclipse Public License v1.0 which accompanies this distribution,
+ * and is available at http://www.eclipse.org/legal/epl-v10.html
+ */
package org.opendaylight.controller.yang.model.util;
import org.opendaylight.controller.yang.common.QName;
import org.opendaylight.controller.yang.model.api.type.UnsignedIntegerTypeDefinition;
/**
- * Implementation of Yang uint8 built-in type.
- * <br>
- * uint8 represents integer values between 0 and 255, inclusively. The Java counterpart of
- * Yang uint8 built-in type is {@link Short}.
+ * Implementation of Yang uint8 built-in type. <br>
+ * uint8 represents integer values between 0 and 255, inclusively.
*
* @see AbstractUnsignedInteger
*/
public final class Uint8 extends AbstractUnsignedInteger {
-
+ public static final int MAX_VALUE = 255;
private static final QName name = BaseTypes.constructQName("uint8");
private final Short defaultValue = null;
- private static final String description =
- "uint8 represents integer values between 0 and 255, inclusively.";
+ private static final String description = "uint8 represents integer values between 0 and 255, inclusively.";
private final UnsignedIntegerTypeDefinition baseType;
public Uint8(final SchemaPath path) {
- super(path, name, description, Short.MIN_VALUE, Short.MAX_VALUE, "");
+ super(path, name, description, MAX_VALUE, "");
this.baseType = this;
}
/*
* (non-Javadoc)
*
- * @see org.opendaylight.controller.yang.model.api.TypeDefinition#getBaseType()
+ * @see
+ * org.opendaylight.controller.yang.model.api.TypeDefinition#getBaseType()
*/
@Override
public UnsignedIntegerTypeDefinition getBaseType() {
/*
* (non-Javadoc)
*
- * @see org.opendaylight.controller.yang.model.api.TypeDefinition#getDefaultValue()
+ * @see
+ * org.opendaylight.controller.yang.model.api.TypeDefinition#getDefaultValue
+ * ()
*/
@Override
public Object getDefaultValue() {
public int hashCode() {
final int prime = 31;
int result = super.hashCode();
- result = prime * result
- + ((defaultValue == null) ? 0 : defaultValue.hashCode());
+ result = prime * result + ((defaultValue == null) ? 0 : defaultValue.hashCode());
return result;
}
builder.append("]");
return builder.toString();
}
+
}
Code Review / controller.git / commitdiff