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io.swagger.parser.processors.ExternalRefProcessor Maven / Gradle / Ivy
package io.swagger.parser.processors;
import io.swagger.models.*;
import io.swagger.models.properties.ArrayProperty;
import io.swagger.models.properties.ComposedProperty;
import io.swagger.models.properties.MapProperty;
import io.swagger.models.properties.ObjectProperty;
import io.swagger.models.properties.Property;
import io.swagger.models.properties.RefProperty;
import io.swagger.models.properties.StringProperty;
import io.swagger.models.refs.RefFormat;
import io.swagger.models.refs.RefType;
import io.swagger.parser.ResolverCache;
import io.swagger.parser.util.RefUtils;
import org.apache.commons.lang3.StringUtils;
import org.slf4j.LoggerFactory;
import java.net.URI;
import java.util.Arrays;
import java.util.Collection;
import java.util.LinkedHashMap;
import java.util.List;
import java.util.Map;
import static io.swagger.parser.util.RefUtils.computeDefinitionName;
import static io.swagger.parser.util.RefUtils.isAnExternalRefFormat;
public final class ExternalRefProcessor {
private static final org.slf4j.Logger LOGGER = LoggerFactory.getLogger(ExternalRefProcessor.class);
private final ResolverCache cache;
private final Swagger swagger;
public ExternalRefProcessor(ResolverCache cache, Swagger swagger) {
this.cache = cache;
this.swagger = swagger;
}
public String processRefToExternalDefinition(String $ref, RefFormat refFormat) {
String renamedRef = cache.getRenamedRef($ref);
if(renamedRef != null) {
return renamedRef;
}
final Model model = cache.loadRef($ref, refFormat, Model.class);
if(model == null) {
// stop! There's a problem. retain the original ref
LOGGER.warn("unable to load model reference from `" + $ref + "`. It may not be available " +
"or the reference isn't a valid model schema");
return $ref;
}
String newRef;
Map definitions = swagger.getDefinitions();
if (definitions == null) {
definitions = new LinkedHashMap<>();
}
final String possiblyConflictingDefinitionName = computeDefinitionName($ref);
String tryName = null;
Model existingModel = definitions.get(possiblyConflictingDefinitionName);
if (existingModel != null) {
LOGGER.debug("A model for " + existingModel + " already exists");
if(existingModel instanceof RefModel) {
// use the new model
existingModel = null;
}else{
//We add a number at the end of the definition name
int i = 2;
for (String name : definitions.keySet()) {
if (name.equals(possiblyConflictingDefinitionName)) {
tryName = possiblyConflictingDefinitionName + "_" + i;
existingModel = definitions.get(tryName);
i++;
}
}
}
}
if (StringUtils.isNotBlank(tryName)){
newRef = tryName;
}else{
newRef = possiblyConflictingDefinitionName;
}
cache.putRenamedRef($ref, newRef);
if(existingModel == null) {
// don't overwrite existing model reference
swagger.addDefinition(newRef, model);
cache.addReferencedKey(newRef);
String file = $ref.split("#/")[0];
if (model instanceof RefModel) {
RefModel refModel = (RefModel) model;
if (isAnExternalRefFormat(refModel.getRefFormat())) {
refModel.set$ref(processRefToExternalDefinition(refModel.get$ref(), refModel.getRefFormat()));
} else {
refModel.set$ref(processRefToExternalDefinition(file + refModel.get$ref(), RefFormat.RELATIVE));
}
}
if (model instanceof ComposedModel){
ComposedModel composedModel = (ComposedModel) model;
List listOfAllOF = composedModel.getAllOf();
for (Model allOfModel: listOfAllOF){
if (allOfModel instanceof RefModel) {
RefModel refModel = (RefModel) allOfModel;
if (isAnExternalRefFormat(refModel.getRefFormat())) {
String joinedRef = join(file, refModel.get$ref());
refModel.set$ref(processRefToExternalDefinition(joinedRef, refModel.getRefFormat()));
}else {
processRefToExternalDefinition(file + refModel.get$ref(), RefFormat.RELATIVE);
}
} else if (allOfModel instanceof ModelImpl) {
//Loop through additional properties of allOf and recursively call this method;
processProperties(allOfModel.getProperties(), file);
}
}
}
//Loop the properties and recursively call this method;
processProperties(model.getProperties(), file);
if (model instanceof ModelImpl) {
ModelImpl modelImpl = (ModelImpl) model;
String discriminator = modelImpl.getDiscriminator();
if (discriminator != null){
processDiscriminator(discriminator,modelImpl.getProperties(), file);
}
processProperties(Arrays.asList(modelImpl.getAdditionalProperties()), file);
}
if (model instanceof ArrayModel && ((ArrayModel) model).getItems() instanceof RefProperty) {
processRefProperty((RefProperty) ((ArrayModel) model).getItems(), file);
}
}
return newRef;
}
public String processRefToExternalResponse(String $ref, RefFormat refFormat) {
String renamedRef = cache.getRenamedRef($ref);
if(renamedRef != null) {
return renamedRef;
}
final Response response = cache.loadRef($ref, refFormat, Response.class);
String newRef;
Map responses = swagger.getResponses();
if (responses == null) {
responses = new LinkedHashMap<>();
}
final String possiblyConflictingDefinitionName = computeDefinitionName($ref);
Response existingResponse = responses.get(possiblyConflictingDefinitionName);
if (existingResponse != null) {
LOGGER.debug("A model for " + existingResponse + " already exists");
if(existingResponse instanceof RefResponse) {
// use the new model
existingResponse = null;
}
}
newRef = possiblyConflictingDefinitionName;
cache.putRenamedRef($ref, newRef);
if(response != null) {
String file = $ref.split("#/")[0];
Model model = null;
if (response.getResponseSchema() != null) {
model = response.getResponseSchema();
if (model instanceof RefModel) {
RefModel refModel = (RefModel) model;
if (RefUtils.isAnExternalRefFormat(refModel.getRefFormat())) {
processRefModel(refModel, $ref);
} else {
processRefToExternalDefinition(file + refModel.get$ref(), RefFormat.RELATIVE);
}
}
}
}
return newRef;
}
private void processDiscriminator(String discriminator, Map properties, String file) {
for (Map.Entry prop : properties.entrySet()) {
if (prop.getKey().equals(discriminator)){
if (prop.getValue() instanceof StringProperty){
StringProperty stringProperty = (StringProperty) prop.getValue();
if(stringProperty.getEnum() != null){
for(String name: stringProperty.getEnum()){
processRefProperty(new RefProperty(RefType.DEFINITION.getInternalPrefix()+name), file);
}
}
}else if (prop.getValue() instanceof RefProperty) {
String ref = ((RefProperty) prop.getValue()).getSimpleRef();
Map renameCache = cache.getRenameCache();
for (String key : renameCache.keySet()) {
String value = renameCache.get(key);
if (value.equals(ref)) {
Object resolved = cache.getResolutionCache().get(key);
if(resolved != null) {
if (resolved instanceof ModelImpl) {
ModelImpl schema = (ModelImpl) resolved;
if (schema.getEnum() != null) {
for (String name : schema.getEnum()) {
processRefProperty(new RefProperty(RefType.DEFINITION.getInternalPrefix() + name), file);
}
}
}
}
}
}
}
}
}
}
private void processProperties(final Map subProps, final String file) {
if (subProps == null || subProps.isEmpty()) {
return;
}
processProperties(subProps.values(), file);
}
private void processProperties(final Collection subProps, final String file) {
if (subProps == null || subProps.isEmpty()) {
return;
}
for (Property prop : subProps) {
if (prop instanceof RefProperty) {
processRefProperty((RefProperty) prop, file);
} else if (prop instanceof ArrayProperty) {
processProperties(Arrays.asList(((ArrayProperty) prop).getItems()), file);
} else if (prop instanceof MapProperty) {
processProperties(Arrays.asList(((MapProperty) prop).getAdditionalProperties()), file);
} else if (prop instanceof ObjectProperty) {
processProperties(((ObjectProperty) prop).getProperties(), file);
} else if (prop instanceof ComposedProperty) {
processProperties(((ComposedProperty) prop).getAllOf(), file);
}
}
}
private void processDiscriminatorAsRefProperty(RefProperty subRef, String externalFile) {
if (isAnExternalRefFormat(subRef.getRefFormat())) {
String joinedRef = join(externalFile, subRef.get$ref());
subRef.set$ref(processRefToExternalDefinition(joinedRef, subRef.getRefFormat()));
} else {
String processRef = processRefToExternalDefinition(externalFile + subRef.get$ref(), RefFormat.RELATIVE);
subRef.set$ref(RefType.DEFINITION.getInternalPrefix()+processRef);
}
}
private void processRefProperty(RefProperty subRef, String externalFile) {
if (isAnExternalRefFormat(subRef.getRefFormat())) {
String joinedRef = join(externalFile, subRef.get$ref());
String processRef = processRefToExternalDefinition(joinedRef, subRef.getRefFormat());
if(processRef.startsWith("http") || processRef.startsWith("https:")) {
subRef.set$ref(processRef);
}else {
subRef.set$ref(RefType.DEFINITION.getInternalPrefix()+processRef);
}
} else {
String processRef = processRefToExternalDefinition(externalFile + subRef.get$ref(), RefFormat.RELATIVE);
subRef.set$ref(RefType.DEFINITION.getInternalPrefix()+processRef);
}
}
private void processRefModel(RefModel subRef, String externalFile) {
if (isAnExternalRefFormat(subRef.getRefFormat())) {
String joinedRef = join(externalFile, subRef.get$ref());
subRef.set$ref(processRefToExternalDefinition(joinedRef, subRef.getRefFormat()));
} else {
processRefToExternalDefinition(externalFile + subRef.get$ref(), RefFormat.RELATIVE);
}
}
public static String join(String source, String fragment) {
try {
boolean isRelative = false;
if(source.startsWith("/") || source.startsWith(".")) {
isRelative = true;
}
URI uri = new URI(source);
if(!source.endsWith("/") && (fragment.startsWith("./") && "".equals(uri.getPath()))) {
uri = new URI(source + "/");
}
else if("".equals(uri.getPath()) && !fragment.startsWith("/")) {
uri = new URI(source + "/");
}
URI f = new URI(fragment);
URI resolved = uri.resolve(f);
URI normalized = resolved.normalize();
if(Character.isAlphabetic(normalized.toString().charAt(0)) && isRelative) {
return "./" + normalized.toString();
}
return normalized.toString();
}
catch(Exception e) {
return source;
}
}
}
