public URL getRootUrl() {
try {
return new URL(
URLUtils.join(config.getMasterUrl().toString(), "api", config.getApiVersion()));
} catch (MalformedURLException e) {
throw KubernetesClientException.launderThrowable(e);
}
}
public static Configuration fromMap(Map<String, String> map) {
Configuration configuration = new Configuration();
try {
configuration.masterUrl =
getStringProperty(KUBERNETES_MASTER, map, FALLBACK_CONFIG.getMasterUrl());
configuration.environment = getStringProperty(FABRIC8_ENVIRONMENT, map, null);
configuration.environmentInitEnabled =
getBooleanProperty(ENVIRONMENT_INIT_ENABLED, map, true);
configuration.environmentConfigUrl = getKubernetesConfigurationUrl(map);
configuration.environmentDependencies =
Strings.splitAndTrimAsList(getStringProperty(ENVIRONMENT_DEPENDENCIES, map, ""), " ");
configuration.namespaceLazyCreateEnabled =
getBooleanProperty(
NAMESPACE_LAZY_CREATE_ENABLED, map, DEFAULT_NAMESPACE_LAZY_CREATE_ENABLED);
String existingNamespace = getStringProperty(NAMESPACE_TO_USE, map, null);
String environmentNamespace = findNamespaceForEnvironment(configuration.environment, map);
configuration.namespaceToUse = selectNamespace(environmentNamespace, existingNamespace);
// We default to "cleanup=true" when generating namespace and "cleanup=false" when using
// existing namespace.
configuration.namespaceCleanupEnabled =
getBooleanProperty(
NAMESPACE_CLEANUP_ENABLED, map, Strings.isNullOrBlank(configuration.namespaceToUse));
configuration.namespaceCleanupConfirmationEnabled =
getBooleanProperty(NAMESPACE_CLEANUP_CONFIRM_ENABLED, map, false);
configuration.namespaceCleanupTimeout =
getLongProperty(NAMESPACE_CLEANUP_TIMEOUT, map, DEFAULT_NAMESPACE_CLEANUP_TIMEOUT);
configuration.waitTimeout = getLongProperty(WAIT_TIMEOUT, map, DEFAULT_WAIT_TIMEOUT);
configuration.waitPollInterval =
getLongProperty(WAIT_POLL_INTERVAL, map, DEFAULT_WAIT_POLL_INTERVAL);
configuration.waitForServiceList =
Strings.splitAndTrimAsList(getStringProperty(WAIT_FOR_SERVICE_LIST, map, ""), " ");
configuration.waitForServiceConnectionEnabled =
getBooleanProperty(
WAIT_FOR_SERVICE_CONNECTION_ENABLED,
map,
DEFAULT_WAIT_FOR_SERVICE_CONNECTION_ENABLED);
configuration.waitForServiceConnectionTimeout =
getLongProperty(
WAIT_FOR_SERVICE_CONNECTION_TIMEOUT, map, DEFAULT_NAMESPACE_CLEANUP_TIMEOUT);
configuration.ansiLoggerEnabled = getBooleanProperty(ANSI_LOGGER_ENABLED, map, true);
configuration.kubernetesDomain = getStringProperty(KUBERNETES_DOMAIN, map, "vagrant.f8");
configuration.gofabric8Enabled = getBooleanProperty(GOFABRIC8_ENABLED, map, false);
configuration.properties = map;
} catch (Throwable t) {
if (t instanceof RuntimeException) {
throw (RuntimeException) t;
} else {
throw new RuntimeException(t);
}
}
return configuration;
}
public ReplicationControllerOperationsImpl(OkHttpClient client, Config config, String namespace) {
this(
client,
config,
null,
namespace,
null,
true,
null,
null,
false,
false,
config.getRollingTimeout(),
TimeUnit.MINUTES);
}
/**
* Checks if the response status code is the expected and throws the appropriate
* KubernetesClientException if not.
*
* @param request The {#link Request} object.
* @param response The {@link Response} object.
* @param expectedStatusCode The expected status code.
* @throws KubernetesClientException When the response code is not the expected.
*/
protected void assertResponseCode(Request request, Response response, int expectedStatusCode) {
int statusCode = response.code();
String customMessage = config.getErrorMessages().get(statusCode);
if (statusCode == expectedStatusCode) {
return;
} else if (customMessage != null) {
throw requestFailure(request, createStatus(statusCode, customMessage));
} else {
try {
Status status = JSON_MAPPER.readValue(response.body().byteStream(), Status.class);
throw requestFailure(request, status);
} catch (IOException e) {
throw requestFailure(request, createStatus(statusCode, ""));
}
}
}
