package org.opendaylight.mdsal.binding.yang.types;
import static java.util.Objects.requireNonNull;
+import static org.opendaylight.mdsal.binding.model.util.BindingTypes.TYPE_OBJECT;
import static org.opendaylight.yangtools.yang.model.util.SchemaContextUtil.findDataSchemaNode;
import static org.opendaylight.yangtools.yang.model.util.SchemaContextUtil.findDataSchemaNodeForRelativeXPath;
import static org.opendaylight.yangtools.yang.model.util.SchemaContextUtil.findParentModule;
import com.google.common.base.Preconditions;
import com.google.common.base.Strings;
import com.google.common.collect.ImmutableMap;
-import com.google.common.collect.Sets;
-import com.google.common.io.BaseEncoding;
-import java.io.Serializable;
import java.math.BigDecimal;
-import java.math.BigInteger;
import java.util.ArrayList;
+import java.util.Base64;
import java.util.Collection;
import java.util.Collections;
import java.util.Comparator;
import java.util.HashMap;
+import java.util.HashSet;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import org.opendaylight.mdsal.binding.spec.naming.BindingMapping;
import org.opendaylight.yangtools.yang.common.QName;
import org.opendaylight.yangtools.yang.common.Revision;
+import org.opendaylight.yangtools.yang.common.Uint16;
+import org.opendaylight.yangtools.yang.common.Uint32;
+import org.opendaylight.yangtools.yang.common.Uint64;
+import org.opendaylight.yangtools.yang.common.Uint8;
import org.opendaylight.yangtools.yang.model.api.DataNodeContainer;
import org.opendaylight.yangtools.yang.model.api.DataSchemaNode;
import org.opendaylight.yangtools.yang.model.api.IdentitySchemaNode;
import org.opendaylight.yangtools.yang.model.api.LeafListSchemaNode;
import org.opendaylight.yangtools.yang.model.api.LeafSchemaNode;
import org.opendaylight.yangtools.yang.model.api.Module;
-import org.opendaylight.yangtools.yang.model.api.RevisionAwareXPath;
+import org.opendaylight.yangtools.yang.model.api.PathExpression;
import org.opendaylight.yangtools.yang.model.api.SchemaContext;
import org.opendaylight.yangtools.yang.model.api.SchemaNode;
import org.opendaylight.yangtools.yang.model.api.SchemaPath;
import org.opendaylight.yangtools.yang.model.api.type.StringTypeDefinition;
import org.opendaylight.yangtools.yang.model.api.type.UnionTypeDefinition;
import org.opendaylight.yangtools.yang.model.util.ModuleDependencySort;
-import org.opendaylight.yangtools.yang.model.util.RevisionAwareXPathImpl;
+import org.opendaylight.yangtools.yang.model.util.PathExpressionImpl;
import org.opendaylight.yangtools.yang.model.util.SchemaContextUtil;
import org.opendaylight.yangtools.yang.model.util.type.BaseTypes;
import org.opendaylight.yangtools.yang.model.util.type.CompatUtils;
*/
private final SchemaContext schemaContext;
- /**
- * Map<moduleName, Map<moduleDate, Map<typeName, type>>>
- */
private final Map<String, Map<Optional<Revision>, Map<String, Type>>> genTypeDefsContextMap = new HashMap<>();
/**
/**
* Creates new instance of class <code>TypeProviderImpl</code>.
*
- * @param schemaContext
- * contains the schema data red from YANG files
- * @param renames
- * @throws IllegalArgumentException
- * if <code>schemaContext</code> equal null.
+ * @param schemaContext contains the schema data red from YANG files
+ * @param renames renaming table
+ * @throws IllegalArgumentException if <code>schemaContext</code> equal null.
*/
AbstractTypeProvider(final SchemaContext schemaContext, final Map<SchemaNode, JavaTypeName> renames) {
Preconditions.checkArgument(schemaContext != null, "Schema Context cannot be null!");
-
this.schemaContext = schemaContext;
this.renames = requireNonNull(renames);
resolveTypeDefsFromContext();
}
/**
- * Puts <code>refType</code> to map with key <code>refTypePath</code>
+ * Puts <code>refType</code> to map with key <code>refTypePath</code>.
*
- * @param refTypePath
- * schema path used as the map key
- * @param refType
- * type which represents the map value
+ * @param refTypePath schema path used as the map key
+ * @param refType type which represents the map value
* @throws IllegalArgumentException
* <ul>
* <li>if <code>refTypePath</code> equal null</li>
return additionalTypes;
}
- /**
- *
- * Converts basic YANG type <code>type</code> to JAVA <code>Type</code>.
- *
- * @param type
- * string with YANG name of type
- * @return JAVA <code>Type</code> for YANG type <code>type</code>
- * @see TypeProvider#javaTypeForYangType(String)
- */
@Override
- @Deprecated
- public Type javaTypeForYangType(final String type) {
- return BaseYangTypes.BASE_YANG_TYPES_PROVIDER.javaTypeForYangType(type);
- }
-
- @Override
- public Type javaTypeForSchemaDefinitionType(final TypeDefinition<?> typeDefinition, final SchemaNode parentNode) {
- return javaTypeForSchemaDefinitionType(typeDefinition, parentNode, null);
+ public Type javaTypeForSchemaDefinitionType(final TypeDefinition<?> typeDefinition, final SchemaNode parentNode,
+ final boolean lenientRelativeLeafrefs) {
+ return javaTypeForSchemaDefinitionType(typeDefinition, parentNode, null, lenientRelativeLeafrefs);
}
/**
- * Converts schema definition type <code>typeDefinition</code> to JAVA
- * <code>Type</code>
+ * Converts schema definition type <code>typeDefinition</code> to JAVA <code>Type</code>.
*
- * @param typeDefinition
- * type definition which is converted to JAVA type
+ * @param typeDefinition type definition which is converted to JAVA type
* @throws IllegalArgumentException
* <ul>
* <li>if <code>typeDefinition</code> equal null</li>
*/
@Override
public Type javaTypeForSchemaDefinitionType(final TypeDefinition<?> typeDefinition, final SchemaNode parentNode,
- final Restrictions r) {
+ final Restrictions restrictions, final boolean lenientRelativeLeafrefs) {
Preconditions.checkArgument(typeDefinition != null, "Type Definition cannot be NULL!");
Preconditions.checkArgument(typeDefinition.getQName() != null,
"Type Definition cannot have non specified QName (QName cannot be NULL!)");
// a base type which holds these constraints.
if (typeDefinition instanceof DecimalTypeDefinition) {
final Type ret = BaseYangTypes.BASE_YANG_TYPES_PROVIDER.javaTypeForSchemaDefinitionType(typeDefinition,
- parentNode, r);
+ parentNode, restrictions, lenientRelativeLeafrefs);
if (ret != null) {
return ret;
}
}
// Deal with leafrefs/identityrefs
- Type ret = javaTypeForLeafrefOrIdentityRef(typeDefinition, parentNode);
+ Type ret = javaTypeForLeafrefOrIdentityRef(typeDefinition, parentNode, lenientRelativeLeafrefs);
if (ret != null) {
return ret;
}
// FIXME: it looks as though we could be using the same codepath as above...
- ret = BaseYangTypes.BASE_YANG_TYPES_PROVIDER.javaTypeForYangType(typeDefinition.getQName().getLocalName());
+ ret = BaseYangTypes.javaTypeForYangType(typeDefinition.getQName().getLocalName());
if (ret == null) {
LOG.debug("Failed to resolve Java type for {}", typeDefinition);
}
return ret;
}
- Type returnType = javaTypeForExtendedType(typeDefinition);
- if (r != null && returnType instanceof GeneratedTransferObject) {
+ Type returnType = javaTypeForExtendedType(typeDefinition, lenientRelativeLeafrefs);
+ if (restrictions != null && returnType instanceof GeneratedTransferObject) {
final GeneratedTransferObject gto = (GeneratedTransferObject) returnType;
final Module module = findParentModule(schemaContext, parentNode);
final String basePackageName = BindingMapping.getRootPackageName(module.getQNameModule());
final String genTOName = BindingMapping.getClassName(typedefName);
final String name = packageName + "." + genTOName;
if (!returnType.getFullyQualifiedName().equals(name)) {
- returnType = shadedTOWithRestrictions(gto, r);
+ returnType = shadedTOWithRestrictions(gto, restrictions);
}
}
return returnType;
}
- private GeneratedTransferObject shadedTOWithRestrictions(final GeneratedTransferObject gto, final Restrictions r) {
+ private GeneratedTransferObject shadedTOWithRestrictions(final GeneratedTransferObject gto,
+ final Restrictions restrictions) {
final GeneratedTOBuilder gtob = newGeneratedTOBuilder(gto.getIdentifier());
final GeneratedTransferObject parent = gto.getSuperType();
if (parent != null) {
gtob.setExtendsType(parent);
}
- gtob.setRestrictions(r);
+ gtob.setRestrictions(restrictions);
for (GeneratedProperty gp : gto.getProperties()) {
final GeneratedPropertyBuilder gpb = gtob.addProperty(gp.getName());
gpb.setValue(gp.getValue());
}
private boolean isLeafRefSelfReference(final LeafrefTypeDefinition leafref, final SchemaNode parentNode) {
- final SchemaNode leafRefValueNode;
- final RevisionAwareXPath leafRefXPath = leafref.getPathStatement();
- final RevisionAwareXPath leafRefStrippedXPath = new RevisionAwareXPathImpl(
- GROUPS_PATTERN.matcher(leafRefXPath.toString()).replaceAll(""), leafRefXPath.isAbsolute());
-
- ///// skip leafrefs in augments - they're checked once augments are resolved
- final Iterator<QName> iterator = parentNode.getPath().getPathFromRoot().iterator();
- boolean isAugmenting = false;
+ /*
+ * First check if the leafref is an augment. If that is the case, skip it as it will be checked once augments
+ * are resolved.
+ */
DataNodeContainer current = null;
DataSchemaNode dataChildByName;
-
- while (iterator.hasNext() && !isAugmenting) {
- final QName next = iterator.next();
+ for (QName next : parentNode.getPath().getPathFromRoot()) {
if (current == null) {
dataChildByName = schemaContext.getDataChildByName(next);
} else {
dataChildByName = current.getDataChildByName(next);
}
- if (dataChildByName != null) {
- isAugmenting = dataChildByName.isAugmenting();
- } else {
+ if (dataChildByName == null) {
+ return false;
+ }
+ if (dataChildByName.isAugmenting()) {
return false;
}
if (dataChildByName instanceof DataNodeContainer) {
current = (DataNodeContainer) dataChildByName;
}
}
- if (isAugmenting) {
- return false;
- }
- /////
+ // Then try to look up the expression.
+ final PathExpression leafRefXPath = leafref.getPathStatement();
+ final PathExpression leafRefStrippedXPath = new PathExpressionImpl(
+ GROUPS_PATTERN.matcher(leafRefXPath.getOriginalString()).replaceAll(""), leafRefXPath.isAbsolute());
final Module parentModule = getParentModule(parentNode);
+ final SchemaNode leafRefValueNode;
if (!leafRefStrippedXPath.isAbsolute()) {
leafRefValueNode = SchemaContextUtil.findDataSchemaNodeForRelativeXPath(schemaContext, parentModule,
parentNode, leafRefStrippedXPath);
} else {
leafRefValueNode = SchemaContextUtil.findDataSchemaNode(schemaContext, parentModule, leafRefStrippedXPath);
}
- return leafRefValueNode != null ? leafRefValueNode.equals(parentNode) : false;
+ return leafRefValueNode != null && leafRefValueNode.equals(parentNode);
}
/**
- * Returns JAVA <code>Type</code> for instances of the type
- * <code>LeafrefTypeDefinition</code> or
+ * Returns JAVA <code>Type</code> for instances of the type <code>LeafrefTypeDefinition</code> or
* <code>IdentityrefTypeDefinition</code>.
*
- * @param typeDefinition
- * type definition which is converted to JAVA <code>Type</code>
+ * @param typeDefinition type definition which is converted to JAVA <code>Type</code>
* @return JAVA <code>Type</code> instance for <code>typeDefinition</code>
*/
- private Type javaTypeForLeafrefOrIdentityRef(final TypeDefinition<?> typeDefinition, final SchemaNode parentNode) {
+ private Type javaTypeForLeafrefOrIdentityRef(final TypeDefinition<?> typeDefinition, final SchemaNode parentNode,
+ final boolean inGrouping) {
if (typeDefinition instanceof LeafrefTypeDefinition) {
final LeafrefTypeDefinition leafref = (LeafrefTypeDefinition) typeDefinition;
Preconditions.checkArgument(!isLeafRefSelfReference(leafref, parentNode),
"Leafref %s is referencing itself, incoming StackOverFlowError detected.", leafref);
- return provideTypeForLeafref(leafref, parentNode);
+ return provideTypeForLeafref(leafref, parentNode, inGrouping);
} else if (typeDefinition instanceof IdentityrefTypeDefinition) {
return provideTypeForIdentityref((IdentityrefTypeDefinition) typeDefinition);
}
}
/**
- * Returns JAVA <code>Type</code> for instances of the type
- * <code>ExtendedType</code>.
+ * Returns JAVA <code>Type</code> for instances of the type <code>ExtendedType</code>.
*
- * @param typeDefinition
- * type definition which is converted to JAVA <code>Type</code>
+ * @param typeDefinition type definition which is converted to JAVA <code>Type</code>
* @return JAVA <code>Type</code> instance for <code>typeDefinition</code>
*/
- private Type javaTypeForExtendedType(final TypeDefinition<?> typeDefinition) {
+ private Type javaTypeForExtendedType(final TypeDefinition<?> typeDefinition, final boolean lenient) {
final String typedefName = typeDefinition.getQName().getLocalName();
final TypeDefinition<?> baseTypeDef = baseTypeDefForExtendedType(typeDefinition);
- Type returnType = javaTypeForLeafrefOrIdentityRef(baseTypeDef, typeDefinition);
+ Type returnType = javaTypeForLeafrefOrIdentityRef(baseTypeDef, typeDefinition, lenient);
if (returnType == null) {
if (baseTypeDef instanceof EnumTypeDefinition) {
final EnumTypeDefinition enumTypeDef = (EnumTypeDefinition) baseTypeDef;
}
if (returnType == null) {
returnType = BaseYangTypes.BASE_YANG_TYPES_PROVIDER.javaTypeForSchemaDefinitionType(
- baseTypeDef, typeDefinition, r);
+ baseTypeDef, typeDefinition, r, lenient);
}
}
}
}
/**
- * Seeks for identity reference <code>idref</code> the JAVA
- * <code>type</code>.<br />
- * <br />
+ * Seeks for identity reference <code>idref</code> the JAVA <code>type</code>.
*
+ * <p>
* <i>Example:<br />
* If identy which is referenced via <code>idref</code> has name <b>Idn</b>
* then returning type is <b>{@code Class<? extends Idn>}</b></i>
*
- * @param idref
- * identityref type definition for which JAVA <code>Type</code>
- * is sought
- * @return JAVA <code>Type</code> of the identity which is referenced through
- * <code>idref</code>
+ * @param idref identityref type definition for which JAVA <code>Type</code> is sought
+ * @return JAVA <code>Type</code> of the identity which is referenced through <code>idref</code>
*/
private Type provideTypeForIdentityref(final IdentityrefTypeDefinition idref) {
final Collection<IdentitySchemaNode> identities = idref.getIdentities();
Preconditions.checkArgument(identity != null, "Target identity '" + baseIdQName + "' do not exists");
final String basePackageName = BindingMapping.getRootPackageName(module.getQNameModule());
- final JavaTypeName identifier = JavaTypeName.create(BindingGeneratorUtil.packageNameForGeneratedType(basePackageName,
- identity.getPath()), BindingMapping.getClassName(identity.getQName()));
+ final JavaTypeName identifier = JavaTypeName.create(BindingGeneratorUtil.packageNameForGeneratedType(
+ basePackageName, identity.getPath()), BindingMapping.getClassName(identity.getQName()));
return Types.classType(Types.wildcardTypeFor(identifier));
}
* <li>if name of <code>typeDefinition</code></li>
* </ul>
*/
- public Type generatedTypeForExtendedDefinitionType(final TypeDefinition<?> typeDefinition, final SchemaNode parentNode) {
+ public Type generatedTypeForExtendedDefinitionType(final TypeDefinition<?> typeDefinition,
+ final SchemaNode parentNode) {
Preconditions.checkArgument(typeDefinition != null, "Type Definition cannot be NULL!");
if (typeDefinition.getQName() == null) {
- throw new IllegalArgumentException(
- "Type Definition cannot have non specified QName (QName cannot be NULL!)");
+ throw new IllegalArgumentException("Type Definition cannot have unspecified QName (QName cannot be NULL!)");
}
Preconditions.checkArgument(typeDefinition.getQName().getLocalName() != null,
"Type Definitions Local Name cannot be NULL!");
}
/**
- * Converts <code>leafrefType</code> to JAVA <code>Type</code>.
+ * Converts <code>leafrefType</code> to JAVA <code>Type</code>. The path of <code>leafrefType</code> is followed
+ * to find referenced node and its <code>Type</code> is returned.
*
- * The path of <code>leafrefType</code> is followed to find referenced node
- * and its <code>Type</code> is returned.
- *
- * @param leafrefType
- * leafref type definition for which is the type sought
- * @return JAVA <code>Type</code> of data schema node which is referenced in
- * <code>leafrefType</code>
+ * @param leafrefType leafref type definition for which is the type sought
+ * @param parentNode parent node of the leaf being resolved
+ * @param inGrouping true if we are resolving the type within a grouping.
+ * @return JAVA <code>Type</code> of data schema node which is referenced in <code>leafrefType</code>
* @throws IllegalArgumentException
* <ul>
* <li>if <code>leafrefType</code> equal null</li>
* <li>if path statement of <code>leafrefType</code> equal null</li>
* </ul>
- *
*/
- public Type provideTypeForLeafref(final LeafrefTypeDefinition leafrefType, final SchemaNode parentNode) {
- Type returnType = null;
+ public Type provideTypeForLeafref(final LeafrefTypeDefinition leafrefType, final SchemaNode parentNode,
+ final boolean inGrouping) {
Preconditions.checkArgument(leafrefType != null, "Leafref Type Definition reference cannot be NULL!");
- Preconditions.checkArgument(leafrefType.getPathStatement() != null,
- "The Path Statement for Leafref Type Definition cannot be NULL!");
+ final PathExpression xpath = leafrefType.getPathStatement();
+ Preconditions.checkArgument(xpath != null, "The Path Statement for Leafref Type Definition cannot be NULL!");
- final RevisionAwareXPath xpath = leafrefType.getPathStatement();
- final String strXPath = xpath.toString();
+ final String strXPath = xpath.getOriginalString();
+ if (strXPath.indexOf('[') != -1) {
+ // XXX: why are we special-casing this?
+ return Types.objectType();
+ }
- if (strXPath != null) {
- if (strXPath.indexOf('[') == -1) {
- final Module module = findParentModule(schemaContext, parentNode);
- Preconditions.checkArgument(module != null, "Failed to find module for parent %s", parentNode);
+ final Module module = findParentModule(schemaContext, parentNode);
+ Preconditions.checkArgument(module != null, "Failed to find module for parent %s", parentNode);
- final SchemaNode dataNode;
- if (xpath.isAbsolute()) {
- dataNode = findDataSchemaNode(schemaContext, module, xpath);
- } else {
- dataNode = findDataSchemaNodeForRelativeXPath(schemaContext, module, parentNode, xpath);
- }
- Preconditions.checkArgument(dataNode != null, "Failed to find leafref target: %s in module %s (%s)",
- strXPath, this.getParentModule(parentNode).getName(), parentNode.getQName().getModule());
-
- if (leafContainsEnumDefinition(dataNode)) {
- returnType = referencedTypes.get(dataNode.getPath());
- } else if (leafListContainsEnumDefinition(dataNode)) {
- returnType = Types.listTypeFor(referencedTypes.get(dataNode.getPath()));
- } else {
- returnType = resolveTypeFromDataSchemaNode(dataNode);
- }
- } else {
- returnType = Types.objectType();
+ final SchemaNode dataNode;
+ if (xpath.isAbsolute()) {
+ dataNode = findDataSchemaNode(schemaContext, module, xpath);
+ } else {
+ dataNode = findDataSchemaNodeForRelativeXPath(schemaContext, module, parentNode, xpath);
+ if (dataNode == null && inGrouping) {
+ // Relative path within a grouping may end up being unresolvable because it may refer outside
+ // the grouping, in which case it is polymorphic based on instantiation, for example:
+ //
+ // grouping foo {
+ // leaf foo {
+ // type leafref {
+ // path "../../bar";
+ // }
+ // }
+ // }
+ //
+ // container one {
+ // leaf bar {
+ // type string;
+ // }
+ // uses foo;
+ // }
+ //
+ // container two {
+ // leaf bar {
+ // type uint16;
+ // }
+ // uses foo;
+ // }
+ LOG.debug("Leafref type {} not found in parent {}, assuming polymorphic object", leafrefType,
+ parentNode);
+ return Types.objectType();
}
}
+ Preconditions.checkArgument(dataNode != null, "Failed to find leafref target: %s in module %s (%s)",
+ strXPath, this.getParentModule(parentNode).getName(), parentNode.getQName().getModule());
+
+ // FIXME: this block seems to be some weird magic hack. Analyze and refactor it.
+ Type returnType = null;
+ if (leafContainsEnumDefinition(dataNode)) {
+ returnType = referencedTypes.get(dataNode.getPath());
+ } else if (leafListContainsEnumDefinition(dataNode)) {
+ returnType = Types.listTypeFor(referencedTypes.get(dataNode.getPath()));
+ }
+ if (returnType == null) {
+ returnType = resolveTypeFromDataSchemaNode(dataNode);
+ }
Preconditions.checkArgument(returnType != null, "Failed to find leafref target: %s in module %s (%s)",
strXPath, this.getParentModule(parentNode).getName(), parentNode.getQName().getModule(), this);
return returnType;
}
/**
- * Checks if <code>dataNode</code> is <code>LeafSchemaNode</code> and if it
- * so then checks if it is of type <code>EnumTypeDefinition</code>.
+ * Checks if <code>dataNode</code> is <code>LeafSchemaNode</code> and if it so then checks if it is of type
+ * <code>EnumTypeDefinition</code>.
*
- * @param dataNode
- * data schema node for which is checked if it is leaf and if it
- * is of enum type
+ * @param dataNode data schema node for which is checked if it is leaf and if it is of enum type
* @return boolean value
* <ul>
* <li>true - if <code>dataNode</code> is leaf of type enumeration</li>
private static boolean leafContainsEnumDefinition(final SchemaNode dataNode) {
if (dataNode instanceof LeafSchemaNode) {
final LeafSchemaNode leaf = (LeafSchemaNode) dataNode;
- if (CompatUtils.compatLeafType(leaf) instanceof EnumTypeDefinition) {
- return true;
- }
+ return CompatUtils.compatType(leaf) instanceof EnumTypeDefinition;
}
return false;
}
/**
- * Checks if <code>dataNode</code> is <code>LeafListSchemaNode</code> and if
- * it so then checks if it is of type <code>EnumTypeDefinition</code>.
+ * Checks if <code>dataNode</code> is <code>LeafListSchemaNode</code> and if it so then checks if it is of type
+ * <code>EnumTypeDefinition</code>.
*
- * @param dataNode
- * data schema node for which is checked if it is leaflist and if
- * it is of enum type
+ * @param dataNode data schema node for which is checked if it is leaflist and if it is of enum type
* @return boolean value
* <ul>
* <li>true - if <code>dataNode</code> is leaflist of type
private static boolean leafListContainsEnumDefinition(final SchemaNode dataNode) {
if (dataNode instanceof LeafListSchemaNode) {
final LeafListSchemaNode leafList = (LeafListSchemaNode) dataNode;
- if (leafList.getType() instanceof EnumTypeDefinition) {
- return true;
- }
+ return leafList.getType() instanceof EnumTypeDefinition;
}
return false;
}
/**
- * Converts <code>enumTypeDef</code> to
- * {@link Enumeration
- * enumeration}.
+ * Converts <code>enumTypeDef</code> to {@link Enumeration enumeration}.
*
- * @param enumTypeDef
- * enumeration type definition which is converted to enumeration
- * @param enumName
- * string with name which is used as the enumeration name
- * @return enumeration type which is built with data (name, enum values)
- * from <code>enumTypeDef</code>
+ * @param enumTypeDef enumeration type definition which is converted to enumeration
+ * @param enumName string with name which is used as the enumeration name
+ * @return enumeration type which is built with data (name, enum values) from <code>enumTypeDef</code>
* @throws IllegalArgumentException
* <ul>
* <li>if <code>enumTypeDef</code> equals null</li>
}
/**
- * Adds enumeration to <code>typeBuilder</code>. The enumeration data are
- * taken from <code>enumTypeDef</code>.
+ * Adds enumeration to <code>typeBuilder</code>. The enumeration data are taken from <code>enumTypeDef</code>.
*
- * @param enumTypeDef
- * enumeration type definition is source of enumeration data for
- * <code>typeBuilder</code>
- * @param enumName
- * string with the name of enumeration
- * @param typeBuilder
- * generated type builder to which is enumeration added
- * @return enumeration type which contains enumeration data form
- * <code>enumTypeDef</code>
+ * @param enumTypeDef enumeration type definition is source of enumeration data for <code>typeBuilder</code>
+ * @param enumName string with the name of enumeration
+ * @param typeBuilder generated type builder to which is enumeration added
+ * @return enumeration type which contains enumeration data form <code>enumTypeDef</code>
* @throws IllegalArgumentException
* <ul>
* <li>if <code>enumTypeDef</code> equals null</li>
abstract void addCodegenInformation(GeneratedTypeBuilderBase<?> genTOBuilder, TypeDefinition<?> typeDef);
/**
- * Converts the pattern constraints from <code>typedef</code> to the list of
- * the strings which represents these constraints.
+ * Converts the pattern constraints from <code>typedef</code> to the list of the strings which represents these
+ * constraints.
*
- * @param typedef
- * extended type in which are the pattern constraints sought
+ * @param typedef extended type in which are the pattern constraints sought
* @return list of strings which represents the constraint patterns
- * @throws IllegalArgumentException
- * if <code>typedef</code> equals null
+ * @throws IllegalArgumentException if <code>typedef</code> equals null
*
*/
private Map<String, String> resolveRegExpressionsFromTypedef(final TypeDefinition<?> typedef) {
/**
* Converts <code>dataNode</code> to JAVA <code>Type</code>.
*
- * @param dataNode
- * contains information about YANG type
+ * @param dataNode contains information about YANG type
* @return JAVA <code>Type</code> representation of <code>dataNode</code>
*/
private Type resolveTypeFromDataSchemaNode(final SchemaNode dataNode) {
if (dataNode != null) {
if (dataNode instanceof LeafSchemaNode) {
final LeafSchemaNode leaf = (LeafSchemaNode) dataNode;
- final TypeDefinition<?> type = CompatUtils.compatLeafType(leaf);
+ final TypeDefinition<?> type = CompatUtils.compatType(leaf);
returnType = javaTypeForSchemaDefinitionType(type, leaf);
} else if (dataNode instanceof LeafListSchemaNode) {
final LeafListSchemaNode leafList = (LeafListSchemaNode) dataNode;
}
/**
- * Passes through all modules and through all its type definitions and
- * convert it to generated types.
+ * Passes through all modules and through all its type definitions and convert it to generated types.
*
- * The modules are firstly sorted by mutual dependencies. The modules are
- * sequentially passed. All type definitions of a module are at the
- * beginning sorted so that type definition with less amount of references
- * to other type definition are processed first.<br />
+ * <p>
+ * The modules are first sorted by mutual dependencies. The modules are sequentially passed. All type definitions
+ * of a module are at the beginning sorted so that type definition with less amount of references to other type
+ * definition are processed first.<br>
* For each module is created mapping record in the map
* {@link AbstractTypeProvider#genTypeDefsContextMap genTypeDefsContextMap}
- * which map current module name to the map which maps type names to
- * returned types (generated types).
- *
+ * which map current module name to the map which maps type names to returned types (generated types).
*/
private void resolveTypeDefsFromContext() {
final Set<Module> modules = schemaContext.getModules();
for (Module module : modulesSortedByDependency) {
Map<Optional<Revision>, Map<String, Type>> dateTypeMap = genTypeDefsContextMap.computeIfAbsent(
module.getName(), key -> new HashMap<>());
- dateTypeMap.put(module.getRevision(), Collections.<String, Type>emptyMap());
+ dateTypeMap.put(module.getRevision(), Collections.emptyMap());
genTypeDefsContextMap.put(module.getName(), dateTypeMap);
}
}
/**
+ * Create Type for specified type definition.
*
- * @param basePackageName
- * string with name of package to which the module belongs
- * @param module
- * string with the name of the module for to which the
- * <code>typedef</code> belongs
- * @param typedef
- * type definition of the node for which should be created JAVA <code>Type</code> (usually generated TO)
+ * @param basePackageName string with name of package to which the module belongs
+ * @param module string with the name of the module for to which the <code>typedef</code> belongs
+ * @param typedef type definition of the node for which should be created JAVA <code>Type</code>
+ * (usually generated TO)
* @return JAVA <code>Type</code> representation of <code>typedef</code> or
* <code>null</code> value if <code>basePackageName</code> or
* <code>modulName</code> or <code>typedef</code> or Q name of
method.addParameter(Types.STRING, "defaultValue");
method.setAccessModifier(AccessModifier.PUBLIC);
method.setStatic(true);
- Set<Type> types = additionalTypes.get(module);
- if (types == null) {
- types = Sets.<Type> newHashSet(unionBuilder.build());
- additionalTypes.put(module, types);
- } else {
- types.add(unionBuilder.build());
- }
+ additionalTypes.computeIfAbsent(module, key -> new HashSet<>()).add(unionBuilder.build());
} else if (baseTypedef instanceof EnumTypeDefinition) {
// enums are automatically Serializable
final EnumTypeDefinition enumTypeDef = (EnumTypeDefinition) baseTypedef;
/**
* Wraps base YANG type to generated TO.
*
- * @param basePackageName
- * string with name of package to which the module belongs
- * @param typedef
- * type definition which is converted to the TO
- * @param javaType
- * JAVA <code>Type</code> to which is <code>typedef</code> mapped
+ * @param basePackageName string with name of package to which the module belongs
+ * @param typedef type definition which is converted to the TO
+ * @param javaType JAVA <code>Type</code> to which is <code>typedef</code> mapped
* @return generated transfer object which represent<code>javaType</code>
*/
private GeneratedTransferObject wrapJavaTypeIntoTO(final String basePackageName, final TypeDefinition<?> typedef,
final Type javaType, final String moduleName) {
- Preconditions.checkNotNull(javaType, "javaType cannot be null");
- final String propertyName = "value";
+ requireNonNull(javaType, "javaType cannot be null");
final GeneratedTOBuilder genTOBuilder = typedefToTransferObject(basePackageName, typedef, moduleName);
genTOBuilder.setRestrictions(BindingGeneratorUtil.getRestrictions(typedef));
- final GeneratedPropertyBuilder genPropBuilder = genTOBuilder.addProperty(propertyName);
+ final GeneratedPropertyBuilder genPropBuilder = genTOBuilder.addProperty("value");
genPropBuilder.setReturnType(javaType);
genTOBuilder.addEqualsIdentity(genPropBuilder);
genTOBuilder.addHashIdentity(genPropBuilder);
genTOBuilder.addToStringProperty(genPropBuilder);
+ genTOBuilder.addImplementsType(TYPE_OBJECT);
if (typedef.getStatus() == Status.DEPRECATED) {
genTOBuilder.addAnnotation("java.lang", "Deprecated");
}
}
/**
- * Converts <code>typedef</code> to generated TO with
- * <code>typeDefName</code>. Every union type from <code>typedef</code> is
- * added to generated TO builder as property.
+ * Converts <code>typedef</code> to generated TO with <code>typeDefName</code>. Every union type from
+ * <code>typedef</code> is added to generated TO builder as property.
*
* @param typeName new type identifier
- * @param typedef
- * type definition which should be of type
- * <code>UnionTypeDefinition</code>
+ * @param typedef type definition which should be of type <code>UnionTypeDefinition</code>
* @return generated TO builder which represents <code>typedef</code>
* @throws NullPointerException
* <ul>
*/
public List<GeneratedTOBuilder> provideGeneratedTOBuildersForUnionTypeDef(final JavaTypeName typeName,
final UnionTypeDefinition typedef, final SchemaNode parentNode) {
- Preconditions.checkNotNull(typedef, "Type Definition cannot be NULL!");
- Preconditions.checkNotNull(typedef.getQName(), "Type definition QName cannot be NULL!");
+ requireNonNull(typedef, "Type Definition cannot be NULL!");
+ requireNonNull(typedef.getQName(), "Type definition QName cannot be NULL!");
final List<GeneratedTOBuilder> generatedTOBuilders = new ArrayList<>();
final List<TypeDefinition<?>> unionTypes = typedef.getTypes();
final Module module = findParentModule(schemaContext, parentNode);
final GeneratedTOBuilder unionGenTOBuilder = newGeneratedTOBuilder(typeName);
+ unionGenTOBuilder.setIsUnion(true);
unionGenTOBuilder.setSchemaPath(typedef.getPath());
unionGenTOBuilder.setModuleName(module.getName());
+ unionGenTOBuilder.addImplementsType(TYPE_OBJECT);
addCodegenInformation(unionGenTOBuilder, typedef);
-
generatedTOBuilders.add(unionGenTOBuilder);
- unionGenTOBuilder.setIsUnion(true);
// Pattern string is the key, XSD regex is the value. The reason for this choice is that the pattern carries
// also negation information and hence guarantees uniqueness.
/**
* Wraps code which handles the case when union subtype is also of the type <code>UnionType</code>.
*
+ * <p>
* In this case the new generated TO is created for union subtype (recursive call of method
* {@link #provideGeneratedTOBuildersForUnionTypeDef(String, UnionTypeDefinition, String, SchemaNode)}
* provideGeneratedTOBuilderForUnionTypeDef} and in parent TO builder <code>parentUnionGenTOBuilder</code> is
* created property which type is equal to new generated TO.
*
- * @param parentUnionGenTOBuilder
- * generated TO builder to which is the property with the child
- * union subtype added
- * @param basePackageName
- * string with the name of the module package
- * @param unionSubtype
- * type definition which represents union subtype
- * @return list of generated TO builders. The number of the builders can be
- * bigger one due to recursive call of
+ * @param parentUnionGenTOBuilder generated TO builder to which is the property with the child union subtype added
+ * @param basePackageName string with the name of the module package
+ * @param unionSubtype type definition which represents union subtype
+ * @return list of generated TO builders. The number of the builders can be bigger one due to recursive call of
* <code>provideGeneratedTOBuildersForUnionTypeDef</code> method.
*/
private List<GeneratedTOBuilder> resolveUnionSubtypeAsUnion(final GeneratedTOBuilder parentUnionGenTOBuilder,
final GeneratedPropertyBuilder propertyBuilder;
propertyBuilder = parentUnionGenTOBuilder.addProperty(BindingMapping.getPropertyName(
newTOBuilderName.simpleName()));
- propertyBuilder.setReturnType(subUnionGenTOBUilders.get(0));
+ propertyBuilder.setReturnType(subUnionGenTOBUilders.get(0).build());
parentUnionGenTOBuilder.addEqualsIdentity(propertyBuilder);
parentUnionGenTOBuilder.addToStringProperty(propertyBuilder);
}
/**
- * Wraps code which handle case when union subtype is of the type
- * <code>ExtendedType</code>.
- *
- * If TO for this type already exists it is used for the creation of the
- * property in <code>parentUnionGenTOBuilder</code>. In other case the base
- * type is used for the property creation.
- *
- * @param parentUnionGenTOBuilder
- * generated TO builder in which new property is created
- * @param unionSubtype
- * type definition of the <code>ExtendedType</code> type which
- * represents union subtype
- * @param expressions
- * list of strings with the regular expressions
- * @param parentNode
- * parent Schema Node for Extended Subtype
+ * Wraps code which handle case when union subtype is of the type <code>ExtendedType</code>. If TO for this type
+ * already exists it is used for the creation of the property in <code>parentUnionGenTOBuilder</code>. Otherwise
+ * the base type is used for the property creation.
*
+ * @param parentUnionGenTOBuilder generated TO builder in which new property is created
+ * @param unionSubtype type definition of the <code>ExtendedType</code> type which represents union subtype
+ * @param expressions list of strings with the regular expressions
+ * @param parentNode parent Schema Node for Extended Subtype
*/
private void resolveExtendedSubtypeAsUnion(final GeneratedTOBuilder parentUnionGenTOBuilder,
final TypeDefinition<?> unionSubtype, final Map<String, String> expressions, final SchemaNode parentNode) {
}
/**
- * Searches for generated TO for <code>searchedTypeDef</code> type
- * definition in {@link #genTypeDefsContextMap genTypeDefsContextMap}
+ * Searches for generated TO for <code>searchedTypeDef</code> type definition
+ * in {@link #genTypeDefsContextMap genTypeDefsContextMap}.
*
- * @param searchedTypeName
- * string with name of <code>searchedTypeDef</code>
- * @return generated TO for <code>searchedTypeDef</code> or
- * <code>null</code> it it doesn't exist
+ * @param searchedTypeName string with name of <code>searchedTypeDef</code>
+ * @return generated TO for <code>searchedTypeDef</code> or <code>null</code> it it doesn't exist
*/
private Type findGenTO(final String searchedTypeName, final SchemaNode parentNode) {
final Module typeModule = findParentModule(schemaContext, parentNode);
if (typeModule != null && typeModule.getName() != null) {
- final Map<Optional<Revision>, Map<String, Type>> modulesByDate = genTypeDefsContextMap.get(typeModule.getName());
+ final Map<Optional<Revision>, Map<String, Type>> modulesByDate = genTypeDefsContextMap.get(
+ typeModule.getName());
final Map<String, Type> genTOs = modulesByDate.get(typeModule.getRevision());
if (genTOs != null) {
return genTOs.get(searchedTypeName);
}
/**
- * Stores generated TO created from <code>genTOBuilder</code> for
- * <code>newTypeDef</code> to {@link #genTypeDefsContextMap
- * genTypeDefsContextMap} if the module for <code>newTypeDef</code> exists
+ * Stores generated TO created from <code>genTOBuilder</code> for <code>newTypeDef</code>
+ * to {@link #genTypeDefsContextMap genTypeDefsContextMap} if the module for <code>newTypeDef</code> exists.
*
- * @param newTypeDef
- * type definition for which is <code>genTOBuilder</code> created
- * @param genTOBuilder
- * generated TO builder which is converted to generated TO and
- * stored
+ * @param newTypeDef type definition for which is <code>genTOBuilder</code> created
+ * @param genTOBuilder generated TO builder which is converted to generated TO and stored
*/
- private void storeGenTO(final TypeDefinition<?> newTypeDef, final GeneratedTOBuilder genTOBuilder, final SchemaNode parentNode) {
+ private void storeGenTO(final TypeDefinition<?> newTypeDef, final GeneratedTOBuilder genTOBuilder,
+ final SchemaNode parentNode) {
if (!(newTypeDef instanceof UnionTypeDefinition)) {
final Module parentModule = findParentModule(schemaContext, parentNode);
if (parentModule != null && parentModule.getName() != null) {
- final Map<Optional<Revision>, Map<String, Type>> modulesByDate = genTypeDefsContextMap.get(parentModule.getName());
+ final Map<Optional<Revision>, Map<String, Type>> modulesByDate = genTypeDefsContextMap.get(
+ parentModule.getName());
final Map<String, Type> genTOsMap = modulesByDate.get(parentModule.getRevision());
genTOsMap.put(newTypeDef.getQName().getLocalName(), genTOBuilder.build());
}
}
/**
- * Adds a new property with the name <code>propertyName</code> and with type
- * <code>type</code> to <code>unonGenTransObject</code>.
+ * Adds a new property with the name <code>propertyName</code> and with type <code>type</code>
+ * to <code>unonGenTransObject</code>.
*
- * @param unionGenTransObject
- * generated TO to which should be property added
- * @param type
- * JAVA <code>type</code> of the property which should be added
- * to <code>unionGentransObject</code>
- * @param propertyName
- * string with name of property which should be added to
- * <code>unionGentransObject</code>
+ * @param unionGenTransObject generated TO to which should be property added
+ * @param type JAVA <code>type</code> of the property which should be added to <code>unionGentransObject</code>
+ * @param propertyName string with name of property which should be added to <code>unionGentransObject</code>
*/
- private static void updateUnionTypeAsProperty(final GeneratedTOBuilder unionGenTransObject, final Type type, final String propertyName) {
+ private static void updateUnionTypeAsProperty(final GeneratedTOBuilder unionGenTransObject, final Type type,
+ final String propertyName) {
if (unionGenTransObject != null && type != null && !unionGenTransObject.containsProperty(propertyName)) {
final GeneratedPropertyBuilder propBuilder = unionGenTransObject
.addProperty(BindingMapping.getPropertyName(propertyName));
/**
* Converts <code>typedef</code> to the generated TO builder.
*
- * @param basePackageName
- * string with name of package to which the module belongs
- * @param typedef
- * type definition from which is the generated TO builder created
- * @return generated TO builder which contains data from
- * <code>typedef</code> and <code>basePackageName</code>
+ * @param basePackageName string with name of package to which the module belongs
+ * @param typedef type definition from which is the generated TO builder created
+ * @return generated TO builder which contains data from <code>typedef</code> and <code>basePackageName</code>
*/
private GeneratedTOBuilder typedefToTransferObject(final String basePackageName,
final TypeDefinition<?> typedef, final String moduleName) {
}
/**
- * Converts <code>typeDef</code> which should be of the type
- * <code>BitsTypeDefinition</code> to <code>GeneratedTOBuilder</code>.
- *
- * All the bits of the typeDef are added to returning generated TO as
+ * Converts <code>typeDef</code> which should be of the type <code>BitsTypeDefinition</code>
+ * to <code>GeneratedTOBuilder</code>. All the bits of the typeDef are added to returning generated TO as
* properties.
*
* @param typeName new type identifier
- * @param typeDef
- * type definition from which is the generated TO builder created
+ * @param typeDef type definition from which is the generated TO builder created
* @return generated TO builder which represents <code>typeDef</code>
* @throws IllegalArgumentException
* <ul>
genTOBuilder.setSchemaPath(typeDef.getPath());
genTOBuilder.setModuleName(moduleName);
genTOBuilder.setBaseType(typeDef);
+ genTOBuilder.addImplementsType(TYPE_OBJECT);
addCodegenInformation(genTOBuilder, typeDef);
final List<Bit> bitList = typeDef.getBits();
}
/**
+ * Adds to the <code>genTOBuilder</code> the constant which contains regular expressions from
+ * the <code>regularExpressions</code>.
*
- * Adds to the <code>genTOBuilder</code> the constant which contains regular
- * expressions from the <code>regularExpressions</code>
- *
- * @param genTOBuilder
- * generated TO builder to which are
- * <code>regular expressions</code> added
- * @param expressions
- * list of string which represent regular expressions
+ * @param genTOBuilder generated TO builder to which are <code>regular expressions</code> added
+ * @param expressions list of string which represent regular expressions
*/
private static void addStringRegExAsConstant(final GeneratedTOBuilder genTOBuilder,
final Map<String, String> expressions) {
}
/**
- * Creates generated TO with data about inner extended type
- * <code>innerExtendedType</code>, about the package name
- * <code>typedefName</code> and about the generated TO name
- * <code>typedefName</code>.
+ * Creates generated TO with data about inner extended type <code>innerExtendedType</code>, about the package name
+ * <code>typedefName</code> and about the generated TO name <code>typedefName</code>.
*
- * It is supposed that <code>innerExtendedType</code> is already present in
- * {@link AbstractTypeProvider#genTypeDefsContextMap genTypeDefsContextMap} to
- * be possible set it as extended type for the returning generated TO.
+ * <p>
+ * It is assumed that <code>innerExtendedType</code> is already present in
+ * {@link AbstractTypeProvider#genTypeDefsContextMap genTypeDefsContextMap} to be possible set it as extended type
+ * for the returning generated TO.
*
- * @param typedef
- * Type Definition
- * @param innerExtendedType
- * extended type which is part of some other extended type
- * @param basePackageName
- * string with the package name of the module
- * @param moduleName
- * Module Name
- * @return generated TO which extends generated TO for
- * <code>innerExtendedType</code>
+ * @param typedef Type Definition
+ * @param innerExtendedType extended type which is part of some other extended type
+ * @param basePackageName string with the package name of the module
+ * @param moduleName Module Name
+ * @return generated TO which extends generated TO for <code>innerExtendedType</code>
* @throws IllegalArgumentException
* <ul>
* <li>if <code>extendedType</code> equals null</li>
}
/**
- * Add {@link Serializable} to implemented interfaces of this TO. Also
- * compute and add serialVersionUID property.
+ * Add {@link java.io.Serializable} to implemented interfaces of this TO. Also compute and add serialVersionUID
+ * property.
*
- * @param gto
- * transfer object which needs to be serializable
+ * @param gto transfer object which needs to be made serializable
*/
private static void makeSerializable(final GeneratedTOBuilder gto) {
gto.addImplementsType(Types.serializableType());
}
/**
- * Finds out for each type definition how many immersion (depth) is
- * necessary to get to the base type. Every type definition is inserted to
- * the map which key is depth and value is list of type definitions with
- * equal depth. In next step are lists from this map concatenated to one
- * list in ascending order according to their depth. All type definitions
- * are in the list behind all type definitions on which depends.
+ * Finds out for each type definition how many immersion (depth) is necessary to get to the base type. Every type
+ * definition is inserted to the map which key is depth and value is list of type definitions with equal depth.
+ * In next step are lists from this map concatenated to one list in ascending order according to their depth. All
+ * type definitions are in the list behind all type definitions on which depends.
*
- * @param unsortedTypeDefinitions
- * list of type definitions which should be sorted by depth
- * @return list of type definitions sorted according their each other
- * dependencies (type definitions which are depend on other type
- * definitions are in list behind them).
+ * @param unsortedTypeDefinitions list of type definitions which should be sorted by depth
+ * @return list of type definitions sorted according their each other dependencies (type definitions which are
+ * dependent on other type definitions are in list behind them).
*/
private static List<TypeDefinition<?>> sortTypeDefinitionAccordingDepth(
final Collection<TypeDefinition<?>> unsortedTypeDefinitions) {
}
/**
- * Returns how many immersion is necessary to get from the type definition
- * to the base type.
+ * Returns how many immersion is necessary to get from the type definition to the base type.
*
- * @param typeDefinition
- * type definition for which is depth sought.
- * @return number of immersions which are necessary to get from the type
- * definition to the base type
+ * @param typeDefinition type definition for which is depth sought.
+ * @return number of immersions which are necessary to get from the type definition to the base type
*/
private static int getTypeDefinitionDepth(final TypeDefinition<?> typeDefinition) {
// FIXME: rewrite this in a non-recursive manner
}
public String getTypeDefaultConstruction(final LeafSchemaNode node, final String defaultValue) {
- final TypeDefinition<?> type = CompatUtils.compatLeafType(node);
+ final TypeDefinition<?> type = CompatUtils.compatType(node);
final QName typeQName = type.getQName();
final TypeDefinition<?> base = baseTypeDefForExtendedType(type);
- Preconditions.checkNotNull(type, "Cannot provide default construction for null type of %s", node);
- Preconditions.checkNotNull(defaultValue, "Cannot provide default construction for null default statement of %s",
- node);
+ requireNonNull(type, () -> "Cannot provide default construction for null type of " + node);
+ requireNonNull(defaultValue, () -> "Cannot provide default construction for null default statement of "
+ + node);
final StringBuilder sb = new StringBuilder();
String result = null;
className = basePackageName + "." + parentName + "." + BindingMapping.getClassName(node.getQName());
} else {
final String basePackageName = BindingMapping.getRootPackageName(parent.getQNameModule());
- final String packageName = BindingGeneratorUtil.packageNameForGeneratedType(basePackageName, type.getPath());
+ final String packageName = BindingGeneratorUtil.packageNameForGeneratedType(basePackageName,
+ type.getPath());
parentName = BindingMapping.getClassName(parent.getName());
className = packageName + "." + parentName + "." + BindingMapping.getClassName(node.getQName());
}
if (type.getBaseType() != null) {
final Module m = getParentModule(type);
final String basePackageName = BindingMapping.getRootPackageName(m.getQNameModule());
- final String packageName = BindingGeneratorUtil.packageNameForGeneratedType(basePackageName, type.getPath());
+ final String packageName = BindingGeneratorUtil.packageNameForGeneratedType(basePackageName,
+ type.getPath());
className = packageName + "." + BindingMapping.getClassName(typeQName);
} else {
final Module parentModule = getParentModule(node);
final String basePackageName = BindingMapping.getRootPackageName(parentModule.getQNameModule());
- final String packageName = BindingGeneratorUtil.packageNameForGeneratedType(basePackageName, node.getPath());
+ final String packageName = BindingGeneratorUtil.packageNameForGeneratedType(basePackageName,
+ node.getPath());
className = packageName + "." + BindingMapping.getClassName(node.getQName());
}
result = className + "." + newDefVal;
} else if (base instanceof StringTypeDefinition) {
result = "\"" + defaultValue + "\"";
} else if (BaseTypes.isUint8(base)) {
- result = typeToValueOfDef(Short.class, defaultValue);
+ result = typeToValueOfDef(Uint8.class, defaultValue);
} else if (BaseTypes.isUint16(base)) {
- result = typeToValueOfDef(Integer.class, defaultValue);
+ result = typeToValueOfDef(Uint16.class, defaultValue);
} else if (BaseTypes.isUint32(base)) {
- result = typeToValueOfDef(Long.class, defaultValue);
+ result = typeToValueOfDef(Uint32.class, defaultValue);
} else if (BaseTypes.isUint64(base)) {
- switch (defaultValue) {
- case "0":
- result = "java.math.BigInteger.ZERO";
- break;
- case "1":
- result = "java.math.BigInteger.ONE";
- break;
- case "10":
- result = "java.math.BigInteger.TEN";
- break;
- default:
- result = typeToDef(BigInteger.class, defaultValue);
- }
+ result = typeToValueOfDef(Uint64.class, defaultValue);
} else if (base instanceof UnionTypeDefinition) {
result = unionToDef(node);
} else {
&& !(base instanceof EnumTypeDefinition) && !(base instanceof UnionTypeDefinition)) {
final Module m = getParentModule(type);
final String basePackageName = BindingMapping.getRootPackageName(m.getQNameModule());
- final String packageName = BindingGeneratorUtil.packageNameForGeneratedType(basePackageName, type.getPath());
+ final String packageName = BindingGeneratorUtil.packageNameForGeneratedType(basePackageName,
+ type.getPath());
final String className = packageName + "." + BindingMapping.getClassName(typeQName);
sb.insert(0, "new " + className + "(");
sb.insert(sb.length(), ')');
private static String binaryToDef(final String defaultValue) {
final StringBuilder sb = new StringBuilder();
- final BaseEncoding en = BaseEncoding.base64();
- final byte[] encoded = en.decode(defaultValue);
+ final byte[] encoded = Base64.getDecoder().decode(defaultValue);
sb.append("new byte[] {");
for (int i = 0; i < encoded.length; i++) {
sb.append(encoded[i]);
private static final Comparator<Bit> BIT_NAME_COMPARATOR = Comparator.comparing(Bit::getName);
- private static String bitsToDef(final BitsTypeDefinition type, final String className, final String defaultValue, final boolean isExt) {
+ private static String bitsToDef(final BitsTypeDefinition type, final String className, final String defaultValue,
+ final boolean isExt) {
final List<Bit> bits = new ArrayList<>(type.getBits());
bits.sort(BIT_NAME_COMPARATOR);
final StringBuilder sb = new StringBuilder();
return schemaContext.findModule(qname.getModule()).orElse(null);
}
- private String leafrefToDef(final LeafSchemaNode parentNode, final LeafrefTypeDefinition leafrefType, final String defaultValue) {
+ private String leafrefToDef(final LeafSchemaNode parentNode, final LeafrefTypeDefinition leafrefType,
+ final String defaultValue) {
Preconditions.checkArgument(leafrefType != null, "Leafref Type Definition reference cannot be NULL!");
Preconditions.checkArgument(leafrefType.getPathStatement() != null,
"The Path Statement for Leafref Type Definition cannot be NULL!");
- final RevisionAwareXPath xpath = leafrefType.getPathStatement();
- final String strXPath = xpath.toString();
+ final PathExpression xpath = leafrefType.getPathStatement();
+ final String strXPath = xpath.getOriginalString();
if (strXPath != null) {
if (strXPath.indexOf('[') == -1) {
}
private String unionToDef(final LeafSchemaNode node) {
- final TypeDefinition<?> type = CompatUtils.compatLeafType(node);
+ final TypeDefinition<?> type = CompatUtils.compatType(node);
String parentName;
String className;
parentName = BindingMapping.getClassName(parent.getName()) + "Data";
className = basePackageName + "." + parentName + "." + BindingMapping.getClassName(node.getQName());
} else {
- final String packageName = BindingGeneratorUtil.packageNameForGeneratedType(basePackageName, UNION_PATH);
+ final String packageName = BindingGeneratorUtil.packageNameForGeneratedType(basePackageName,
+ UNION_PATH);
className = packageName + "." + BindingMapping.getClassName(node.getQName());
}
}
Code Review / mdsal.git / blobdiff