protected BasePropertiesProvider(URL url) {
ExceptionUtils.throwIfNull(url, "URL");
this.config = new Properties();
try {
this.config.load(url.openStream());
} catch (IOException e) {
logger.log(LogLevel.ERROR, "Unable to read the config properties file", e);
throw new FeelClientConfigException("Unable to read the config properties file", e);
}
}
@Override
public void process(String key, String value, PropertyContext context) throws EvaluateException {
String[] keys = key.split("\\.");
if (keys.length != 3) {
logger.log(
LogLevel.ERROR,
"Invalid settings: " + key + " " + value + " for RedisInstancePropertyEvaluator");
return;
}
RedisInstancePropertyContext redisContext = (RedisInstancePropertyContext) context;
Map<String, RedisInfo> settings = redisContext.getSettings();
String name = keys[1];
String redisKey = keys[2];
RedisInfo redis = null;
if ((redis = settings.get(name)) == null) {
redis = new RedisInfo();
settings.put(name, redis);
}
try {
BeanUtil.setProperty(redis, redisKey, value);
} catch (Exception e) {
throw new EvaluateException("Error occured during setting the value of RedisInfo", e);
}
}
@Override
protected ServerServiceDesc createServiceDesc(ServiceId id) throws ServiceException {
ServerServiceId serverSvcId = (ServerServiceId) id;
String adminName = id.getAdminName();
ServiceConfigHolder config = ServiceConfigManager.getInstance().getConfig(adminName);
QName serviceQName = config.getServiceQName();
ClassLoader cl = Thread.currentThread().getContextClassLoader();
MessageProcessorConfigHolder processorConfig = config.getMessageProcessorConfig();
TypeMappingConfigHolder typeMappingsCfg = config.getTypeMappings();
Pipeline requestPipeline = createPipeline(id, PipelineMode.REQUEST, processorConfig, cl);
Pipeline responsePipeline = createPipeline(id, PipelineMode.RESPONSE, processorConfig, cl);
Class serviceInterfaceClass = loadServiceInterfaceClass(config, true, cl);
ServiceTypeMappings typeMappings =
createTypeMappings(id, typeMappingsCfg, serviceInterfaceClass, cl);
Collection<String> unsupportedOperations = config.getUnsupportedOperation();
Map<String, ServiceOperationDesc> operations =
createOperations(
id,
typeMappingsCfg,
unsupportedOperations,
typeMappings,
serviceQName,
cl,
config.getOperationProperties());
RequestPatternMatcher<ServiceOperationDesc> operationMatcher =
createOperationsMatcher(operations.values());
Map<String, ProtocolProcessorDesc> protocols =
createProtocolProcessors(serverSvcId, processorConfig.getProtocolProcessors(), cl);
RequestPatternMatcher<ProtocolProcessorDesc> protocolMatcher =
createProtocolProcessorsMatcher(processorConfig.getProtocolProcessors(), protocols);
Collection<String> supportedDataBindings = config.getSupportedDataBindings();
Set<Class> rootClasses = getRootClassesFromOperations(operations.values());
for (String className : typeMappingsCfg.getJavaTypes()) {
Class clazz = ReflectionUtils.loadClass(className, null, true, cl);
if (clazz == null) {
if (LOGGER.isLogEnabled(LogLevel.WARN)) {
LOGGER.log(LogLevel.WARN, "Unable to load type mapping class: " + className);
}
} else {
rootClasses.add(clazz);
}
}
Map<String, DataBindingDesc> bindings =
createDataBindings(
serverSvcId, processorConfig, supportedDataBindings, rootClasses, true, cl, true);
DataBindingDesc defaultRequestBinding =
getDefaultRequestDataBinding(config, supportedDataBindings, bindings, adminName);
DataBindingDesc defaultResponseBinding =
getDefaultResponseDataBinding(config, supportedDataBindings, bindings, adminName);
RequestPatternMatcher<DataBindingDesc> bindingMatcherForRequest =
new RequestPatternMatcher<DataBindingDesc>(true);
RequestPatternMatcher<DataBindingDesc> bindingMatcherForResponse =
new RequestPatternMatcher<DataBindingDesc>(true);
createDataBindingsMatchers(
bindings.values(), bindingMatcherForRequest, bindingMatcherForResponse);
ErrorMapper errorMapper = createErrorMapper(processorConfig, serverSvcId, cl);
ErrorDataProvider errorDataProviderClass = getErrorDataProviderClass(processorConfig, cl);
List<LoggingHandler> loggingHandlers = createLoggingHandlers(id, processorConfig, cl);
String serviceDispatcherClassName = getDispatcherClassName(config);
String serviceImplClassName = config.getServiceImplClassName();
String implFactory = config.getServiceImplFactoryClassName();
BaseServiceRequestDispatcher<?> serviceDispatcher = null;
try {
serviceDispatcher =
ReflectionUtils.createInstance(
serviceDispatcherClassName, BaseServiceRequestDispatcher.class, cl);
} catch (ServiceException se) {
String mode = "Service Impl";
if (implFactory != null) {
mode += " factory";
}
throw new ServiceCreationException(
ErrorDataFactory.createErrorData(
ErrorConstants.SVC_FACTORY_MISSING_DISPATCHER_IMPL,
ErrorConstants.ERRORDOMAIN,
new Object[] {serviceDispatcherClassName}),
se.getCause());
}
VersionCheckHandler versionCheckHandler = createVersionCheckHandler(serverSvcId, config, cl);
serviceDispatcher.init(
serverSvcId,
serviceInterfaceClass,
serviceImplClassName,
cl,
operations.values(),
versionCheckHandler,
implFactory,
config.isImplCached());
Dispatcher requestDispatcher = new SimpleInvokerDispatcher(serviceDispatcher);
Dispatcher responseDispatcher = new SimpleServerResponseDispatcher(true);
Collection<GlobalIdEntry> registryEntries =
GlobalRegistryConfigManager.getInstance().getAllEntries();
Map<String, GlobalIdDesc> globalIdMap = createGlobalIdMap(registryEntries, config);
Charset serviceCharset = null; // default is to use request charset
String serviceCharsetName = config.getDefaultEncoding();
if (serviceCharsetName != null) {
try {
serviceCharset = Charset.forName(serviceCharsetName);
} catch (Exception e) {
throw new ServiceException(
ErrorDataFactory.createErrorData(
ErrorConstants.SVC_FACTORY_UNSUPPORTED_CHARSET,
ErrorConstants.ERRORDOMAIN,
new Object[] {serviceCharsetName, adminName}),
e);
}
}
UrlMappingsDesc urlMappings = loadUrlMappings(adminName, config);
OperationMappings operationMappings = config.getOperationMappings();
if (operationMappings == null) {
operationMappings = new OperationMappings();
}
HeaderMappingsDesc requestHeaderMappings =
loadHeaderMappings(adminName, config.getRequestHeaderMappingOptions(), true);
HeaderMappingsDesc responseHeaderMappings =
loadHeaderMappings(adminName, config.getResponseHeaderMappingOptions(), false);
SecurityPolicyConfigHolder securityPolicy = config.getSecurityPolicy();
Map<String, Map<String, String>> authentOperationsMap =
new HashMap<String, Map<String, String>>();
loadSecurityPolicy(adminName, securityPolicy, operations, authentOperationsMap);
CachePolicyDesc cachePolicyDesc = null;
if (config.getCachePolicy() != null) {
cachePolicyDesc =
CachePolicyDesc.create(config.getCachePolicy(), createOpRequestTypeDesc(operations));
}
List<String> serviceLayers =
ServiceConfigManager.getInstance().getGlobalConfig().getServiceLayerNames();
String httpErrorMapperClassName = config.getHttpErrorMapper();
HttpErrorMapper httpErrorMapper = null;
if (httpErrorMapperClassName != null) {
httpErrorMapper =
ReflectionUtils.createInstance(httpErrorMapperClassName, HttpErrorMapper.class, cl);
}
ServerServiceDesc result =
new ServerServiceDesc(
serverSvcId,
serviceQName,
config,
requestPipeline,
responsePipeline,
requestDispatcher,
responseDispatcher,
operations,
protocols,
bindings,
typeMappings,
cl,
loggingHandlers,
serviceInterfaceClass,
operationMatcher,
protocolMatcher,
bindingMatcherForRequest,
bindingMatcherForResponse,
serviceImplClassName,
errorMapper,
errorDataProviderClass,
globalIdMap,
versionCheckHandler,
serviceCharset,
urlMappings,
operationMappings,
requestHeaderMappings,
responseHeaderMappings,
authentOperationsMap,
defaultRequestBinding,
defaultResponseBinding,
serviceLayers,
cachePolicyDesc,
config.getRequestParamsDescriptor(),
implFactory,
httpErrorMapper);
return result;
}