private List getSegmentServices(Statement stmt, String instance) throws SQLException {
List rtn = new ArrayList();
ResultSet rs = null;
try {
// Discover tables
rs = stmt.executeQuery(SEGMENT_QUERY);
int segment_col = rs.findColumn("SEGMENT_NAME");
int ts_col = rs.findColumn("TABLESPACE_NAME");
while (rs.next()) {
String segment = rs.getString(segment_col);
String tablespace = rs.getString(ts_col);
ServiceResource service = new ServiceResource();
service.setType(this, SEGMENT);
service.setServiceName(segment);
service.setDescription("Segment in the " + instance + " database instance");
ConfigResponse productConfig = new ConfigResponse();
ConfigResponse metricConfig = new ConfigResponse();
productConfig.setValue(OracleMeasurementPlugin.PROP_SEGMENT, segment);
productConfig.setValue(OracleMeasurementPlugin.PROP_TABLESPACE, tablespace);
service.setProductConfig(productConfig);
service.setMeasurementConfig(metricConfig);
service.setControlConfig();
rtn.add(service);
}
} finally {
DBUtil.closeResultSet(log, rs);
}
return rtn;
}
private List getTnsServices(ConfigResponse config) {
String line;
BufferedReader reader = null;
String tnsnames = config.getValue(PROP_TNSNAMES),
installpath = config.getValue(ProductPlugin.PROP_INSTALLPATH);
List rtn = new ArrayList();
try {
String fs = File.separator;
if (log.isDebugEnabled()) {
log.debug("READING tnsnames.ora FILE: " + installpath + fs + tnsnames);
}
reader = new BufferedReader(new FileReader(installpath + fs + tnsnames));
while (null != (line = reader.readLine())) {
if (_serviceNameEx.matcher(line).find()) {
String[] toks = line.split("=");
if (toks[1] == null) continue;
String tnslistener = toks[1].replaceAll("\\s*\\)", "").trim();
if (log.isDebugEnabled()) log.debug("Configuring TNS Listener " + tnslistener);
ServiceResource service = new ServiceResource();
service.setType(this, "TNS Ping");
service.setServiceName(tnslistener + " TNS Ping");
ConfigResponse productConfig = new ConfigResponse();
productConfig.setValue("tnslistener", tnslistener);
service.setProductConfig(productConfig);
service.setMeasurementConfig();
rtn.add(service);
}
}
} catch (IOException e) {
log.error("Error reading " + tnsnames);
} finally {
close(reader);
}
return rtn;
}
private void addMeasurementConfig(
List<MeasurementConfigEntity> ents, AppdefEntityID id, String typeName) {
MeasurementConfigEntity ent = new MeasurementConfigEntity();
ConfigResponse response;
byte[] config;
try {
response =
configManager.getMergedConfigResponse(
authzSubjectManager.getOverlordPojo(), ProductPlugin.TYPE_MEASUREMENT, id, true);
// Only send the configuration to the agent if log or
// config file tracking has been enabled.
if (ConfigTrackPlugin.isEnabled(response, id.getType())
|| LogTrackPlugin.isEnabled(response, id.getType())) {
config = response.encode();
ent.setPluginName(id.getAppdefKey());
ent.setPluginType(typeName);
ent.setConfig(config);
ents.add(ent);
}
} catch (Exception exc) {
return; // Not a fatal condition
}
}
private ServerResource getOracleServer(OracleInfo oracle) throws PluginException {
log.debug("[getOracleServer] oracle=" + oracle);
String version = getTypeInfo().getVersion();
ConfigResponse cprop = new ConfigResponse();
cprop.setValue("version", version);
ConfigResponse productConfig = new ConfigResponse();
setListeningPorts(productConfig);
productConfig.setValue(
"jdbcUrl", "jdbc:oracle:thin:@" + oracle.host + ":" + oracle.port + ":" + oracle.sid);
ServerResource oracleServer = createServerResource(oracle.home);
oracleServer.setIdentifier(oracle.home);
setCustomProperties(oracleServer, cprop);
setProductConfig(oracleServer, productConfig);
oracleServer.setMeasurementConfig();
if (!version.equals(VERSION_9i) && !version.equals(VERSION_8i)) {
oracleServer.setControlConfig();
}
// HHQ-3577 allow listener names in tnsnames.ora to be used in the url
String fs = File.separator;
String tnsDir = getTnsNamesDir(oracle.home, "network" + fs + "admin" + fs + "tnsnames.ora");
if (log.isDebugEnabled()) {
log.debug("[getOracleServer] using tns dir as " + tnsDir);
}
System.setProperty("oracle.net.tns_admin", tnsDir);
return oracleServer;
}
/** Shortcut, same as getConfig().getValue(key) */
public String getConfig(String key) {
ConfigResponse config = getConfig();
if (config == null) {
return null;
}
return config.getValue(key);
}
private void storeProcessUserAndGroup(MxProcess process, ConfigResponse config)
throws InvalidOptionException, InvalidOptionValueException, PluginException {
String user = null;
String group = null;
try {
ProcCredName procCredName = getSigar().getProcCredName(process.getPid());
user = procCredName.getUser();
group = procCredName.getGroup();
} catch (SigarException se) {
logger.warn("Failed to get proc cred names for tc Server process " + process.getPid());
if (logger.isDebugEnabled()) {
logger.debug(se);
}
ProcCred procCred;
try {
procCred = getSigar().getProcCred(process.getPid());
user = String.valueOf(procCred.getUid());
group = String.valueOf(procCred.getGid());
} catch (SigarException e) {
logger.warn("Failed to get proc cred for tc Server process " + process.getPid());
}
} finally {
logger.info(
"Using "
+ user
+ "/"
+ group
+ " as the user/group for tc Runtime instance process with pid: "
+ process.getPid());
}
config.setValue(Utils.SERVER_RESOURCE_CONFIG_PROCESS_USERNAME, user);
config.setValue(Utils.SERVER_RESOURCE_CONFIG_PROCESS_GROUP, group);
}
final ConfigResponse getAtributtes(Map memberDetails) {
ConfigResponse res = new ConfigResponse();
res.setValue("id", (String) memberDetails.get("gemfire.member.id.string"));
res.setValue("type", (String) memberDetails.get("gemfire.member.type.string"));
res.setValue("host", (String) memberDetails.get("gemfire.member.host.string"));
res.setValue("port", (Integer) memberDetails.get("gemfire.member.port.int"));
return res;
}
/**
* Function creates Service Resource.
*
* @param serviceDescriptorName
* @param serviceName
* @return
*/
private ServiceResource getService(String serviceDescriptorName, String servicePtql) {
ServiceResource service = createServiceResource(serviceDescriptorName);
service.setName(serviceDescriptorName);
ConfigResponse productConfig = new ConfigResponse();
productConfig.setValue(PROCESS_QUERY, servicePtql);
setProductConfig(service, productConfig);
setMeasurementConfig(service, new ConfigResponse());
return service;
}
public void setUp() throws Exception {
super.setUp();
this.alertConditionEvaluator = EasyMock.createMock(AlertConditionEvaluator.class);
ConfigResponse measurementConfig = new ConfigResponse();
measurementConfig.setValue(ConditionalTriggerInterface.CFG_ID, ALERT_DEFINITION_ID);
RegisteredTriggerValue regTrigger = new RegisteredTriggerValue();
regTrigger.setId(TRIGGER_ID);
regTrigger.setConfig(measurementConfig.encode());
trigger.init(regTrigger, alertConditionEvaluator);
}
private void addProperties(final ServiceType serviceType) {
// TODO for now, since property names are prepended with serviceType
// name, we may be leaving some unused properties in Map if some are
// removed on service type update...
ConfigResponse properties = serviceType.getProperties();
for (Iterator propertyKeys = properties.getKeys().iterator(); propertyKeys.hasNext(); ) {
String propertyName = (String) propertyKeys.next();
PluginData.getGlobalProperties().put(propertyName, properties.getValue(propertyName));
}
}
private void addTrackConfig(ConfigResponse config) {
String[] keys = {LogFileTrackPlugin.PROP_FILES_SERVER, ConfigFileTrackPlugin.PROP_FILES_SERVER};
for (int i = 0; i < keys.length; i++) {
if (config.getValue(keys[i]) != null) {
continue;
}
String val = getConfigProperty(keys[i]);
if (val != null) {
config.setValue(keys[i], val);
}
}
}
protected boolean configureURL(ApacheBinaryInfo binary, ConfigResponse config) {
String port = null, address = null;
if (binary.conf != null) {
// XXX config parsing not complete
Map cfg = ApacheBinaryInfo.parseConfig(binary.conf);
String listen = (String) cfg.get("Listen");
if (listen != null) {
int ix = listen.lastIndexOf(':');
if (ix == -1) {
port = listen;
address = (String) cfg.get("ServerName");
if (address != null) {
ix = address.indexOf(':');
if (ix != -1) {
address = address.substring(0, ix);
}
}
} else {
address = listen.substring(0, ix);
port = listen.substring(ix + 1);
}
}
setConfigTrack(config, binary.conf);
String root = (String) cfg.get("ServerRoot");
if (root != null) {
binary.root = root;
}
String log = (String) cfg.get("ErrorLog");
if (binary.serverRootRelative(log).exists()) {
setLogTrack(config, log);
}
String pid = (String) cfg.get("PidFile");
if (pid != null) {
File pidFile = binary.serverRootRelative(pid);
if (pidFile.exists()) {
setPidFile(config, pidFile.getPath());
}
}
}
if (port == null) {
port = getConfigProperty(Collector.PROP_PORT, "80");
}
if (address == null) {
address = getListenAddress(port, this.defaultIp);
}
config.setValue(Collector.PROP_PROTOCOL, getConnectionProtocol(port));
config.setValue(Collector.PROP_SSL, isSSL(port));
config.setValue(Collector.PROP_HOSTNAME, address);
config.setValue(Collector.PROP_PORT, port);
config.setValue(Collector.PROP_PATH, getConfigProperty(Collector.PROP_PATH, "/server-status"));
return true;
}
private List getTablespaceServices(Statement stmt, String instance) throws SQLException {
List rtn = new ArrayList();
ResultSet rs = null;
try {
// Discover tablespaces
rs = stmt.executeQuery(TABLESPACE_QUERY);
int ts_col = rs.findColumn("TABLESPACE_NAME");
while (rs.next()) {
String tablespace = rs.getString(ts_col);
ServiceResource service = new ServiceResource();
service.setType(this, TABLESPACE);
service.setServiceName(tablespace);
service.setDescription("Tablespace on the " + instance + " database instance");
ConfigResponse productConfig = new ConfigResponse();
ConfigResponse metricConfig = new ConfigResponse();
productConfig.setValue(OracleMeasurementPlugin.PROP_TABLESPACE, tablespace);
service.setProductConfig(productConfig);
service.setMeasurementConfig(metricConfig);
ConfigResponse svcProps = new ConfigResponse();
// 9i and 10g only
if (!getTypeInfo().getVersion().equals(VERSION_8i)) {
svcProps.setValue("block_size", rs.getString("BLOCK_SIZE"));
svcProps.setValue("allocation_type", rs.getString("ALLOCATION_TYPE"));
svcProps.setValue("space_management", rs.getString("SEGMENT_SPACE_MANAGEMENT"));
}
svcProps.setValue("contents", rs.getString("CONTENTS"));
svcProps.setValue("logging", rs.getString("LOGGING"));
service.setCustomProperties(svcProps);
rtn.add(service);
}
} finally {
DBUtil.closeResultSet(log, rs);
}
return rtn;
}
private void addPlugins(ProductPlugin productPlugin, ServiceType serviceType) {
productPlugin.getPluginData().removePlugins(serviceType.getInfo().getName());
ConfigResponse pluginClasses = serviceType.getPluginClasses();
for (Iterator pluginKeys = pluginClasses.getKeys().iterator(); pluginKeys.hasNext(); ) {
String pluginName = (String) pluginKeys.next();
productPlugin
.getPluginData()
.addPlugin(
pluginName, serviceType.getInfo().getName(), pluginClasses.getValue(pluginName));
}
productPlugin
.getPluginData()
.addServiceInventoryPlugin(
serviceType.getInfo().getServerName(), serviceType.getInfo().getName(), null);
}
private void setCustomProps(Statement stmt) throws SQLException {
ResultSet rs = null;
try {
// Query for server inventory properties
ConfigResponse props = new ConfigResponse();
rs = stmt.executeQuery(VERSION_QUERY);
if (rs != null && rs.next()) {
String version = rs.getString(1);
props.setValue("version", version);
}
setCustomProperties(props);
} finally {
DBUtil.closeResultSet(log, rs);
}
}
public static List<ConfigValues> getConfigValues(ConfigSchema schema, ConfigResponse config) {
List<ConfigValues> values = new ArrayList<ConfigValues>();
if (schema == null) {
return values;
}
List options = schema.getOptions();
int size = options.size();
for (int i = 0; i < size; i++) {
ConfigOption option = (ConfigOption) options.get(i);
String value = config.getValue(option.getName(), true);
if (option instanceof StringConfigOption) {
StringConfigOption strOption = (StringConfigOption) option;
if (strOption.isHidden()) {
continue; // Ignore
}
} else if (option instanceof BooleanConfigOption) {
if (value == null) {
value = String.valueOf(false);
}
}
values.add(new ConfigValues(option.getName(), value));
}
return values;
}
/**
* Return the array of Integer ids for the given <code>notificationType</code> contained in the
* alert definition notification actions.
*
* <p>This method also sets the alert definition object on the form and places it in the request.
* It also puts the resource id and resource type in the request.
*
* @param addForm the form being prepared
* @param notificationType the type of notification
* @return the array of ids for already existing notifications based on the notificationType, or a
* zero-length array if there are not yet any notifications of this type
* @throws ServletException
* @throws RemoteException
* @throws PermissionException
* @throws SessionTimeoutException
* @throws SessionNotFoundException
* @throws EncodingException
* @throws InvalidActionDataException
*/
public Integer[] getNotificationIds(
HttpServletRequest request,
AddNotificationsFormNG addForm,
AppdefEntityID aeid,
int notificationType)
throws ServletException, SessionNotFoundException, SessionTimeoutException,
PermissionException, RemoteException, EncodingException, InvalidActionDataException {
Integer[] ids = new Integer[0];
Integer sessionId = RequestUtils.getSessionId(request);
Integer alertDefId = addForm.getAd();
log.debug("(1) alertDefId=" + alertDefId);
if (alertDefId == null) throw new ParameterNotFoundException("alert definition id not found");
log.debug("(2) alertDefId=" + alertDefId);
AlertDefinitionValue alertDef =
(AlertDefinitionValue) request.getAttribute(Constants.ALERT_DEFS_ATTR);
if (alertDef == null) {
alertDef = eventsBoss.getAlertDefinition(sessionId.intValue(), alertDefId);
}
request.setAttribute(Constants.ALERT_DEFINITION_ATTR, alertDef);
ActionValue[] actions = alertDef.getActions();
for (int i = 0; i < actions.length; ++i) {
if (actions[i].classnameHasBeenSet()
&& !(actions[i].getClassname().equals(null) || actions[i].getClassname().equals(""))) {
EmailActionConfig emailCfg = new EmailActionConfig();
ConfigResponse configResponse = ConfigResponse.decode(actions[i].getConfig());
try {
emailCfg.init(configResponse);
} catch (InvalidActionDataException e) {
// Not an EmailAction
log.debug("Action is " + actions[i].getClassname());
continue;
}
if (emailCfg.getType() == notificationType) {
ids = new Integer[emailCfg.getUsers().size()];
ids = (Integer[]) emailCfg.getUsers().toArray(ids);
break;
}
}
}
if (aeid instanceof AppdefEntityTypeID) {
addForm.setAetid(aeid.getAppdefKey());
request.setAttribute(Constants.APPDEF_RES_TYPE_ID, aeid.getAppdefKey());
} else {
addForm.setRid(aeid.getId());
addForm.setType(new Integer(aeid.getType()));
request.setAttribute(Constants.ENTITY_ID_PARAM, aeid.getAppdefKey());
}
return ids;
}
public void addMetricConnectHashCode(ConfigResponse config, String key) {
if (config == null) {
return;
}
String value = config.getValue(key);
if (value == null) {
return;
}
addMetricConnectHashCode(value);
}
private List getProcessServices(ConfigResponse config) {
List rtn = new ArrayList();
String ptql = config.getValue(PROP_PROC_PTQL);
if (log.isDebugEnabled()) log.debug("using ptql, " + ptql + ", to retrieve processes");
List processes = getProcesses(ptql);
for (Iterator i = processes.iterator(); i.hasNext(); ) {
String process = (String) i.next();
if (log.isDebugEnabled()) log.debug("adding Process Metrics " + process + " service");
ServiceResource service = new ServiceResource();
service.setType(this, "Process Metrics");
service.setServiceName(process + " process");
ConfigResponse productConfig = new ConfigResponse();
ptql = "State.Name.eq=oracle,Args.0.sw=" + process;
productConfig.setValue("process.query", ptql);
service.setProductConfig(productConfig);
service.setMeasurementConfig();
rtn.add(service);
}
return rtn;
}
/**
* Function creates Server Resources by providing static install path & PTQL for Server
* Availability.
*/
@Override
public List getServerResources(ConfigResponse platformConfig) throws PluginException {
List servers = new ArrayList();
String neutronService = getAvailableNeutronService();
logger.debug("Neutron Server monitoring PTQL:" + neutronService);
// Server Resources created if one of monitored process is available.
if (neutronService != null) {
ServerResource server = createServerResource(NEUTRON_INSTALL_PATH);
// server.setName(server.getName());
String platformName = getPlatformName(server.getName());
server.setName(platformName + NEUTRON_CONTROLLER_SERVER);
ConfigResponse productConfig = new ConfigResponse();
productConfig.setValue(PROCESS_QUERY, neutronService);
setProductConfig(server, productConfig);
setMeasurementConfig(server, new ConfigResponse());
servers.add(server);
}
return servers;
}
protected boolean configureURL(String urlstr, ConfigResponse config) {
if (urlstr == null) {
return false;
}
URL url;
try {
url = new URL(urlstr);
} catch (MalformedURLException e) {
log.error("Malformed url=" + urlstr);
return false;
}
config.setValue(Collector.PROP_HOSTNAME, url.getHost());
config.setValue(Collector.PROP_PORT, String.valueOf(url.getPort()));
config.setValue(Collector.PROP_PATH, url.getPath());
config.setValue(Collector.PROP_PROTOCOL, Collector.PROTOCOL_HTTP);
if (url.getProtocol().equals(Collector.PROTOCOL_HTTPS)) {
config.setValue(Collector.PROP_SSL, "true");
}
return true;
}
/**
* Retrieves the listener properties from the server.xml file, then creates the jmx.url based on
* the properties.
*
* @param config The ConfigResponse object.
* @param basePath The base file path of the configuration, "/conf/server.xml" is added to this.
* @return Whether the configuration was found and set on the config response object.
* @throws PluginException
*/
private boolean configureListenerMxURL(ConfigResponse config, String basePath)
throws PluginException {
boolean found = false;
XmlPropertiesFileRetriever propertiesRetriever = new ServerXmlPropertiesRetriever();
try {
Map<String, String> listenerProperties =
propertiesRetriever.getPropertiesFromFile(
basePath + "/conf/server.xml",
"Listener",
"className",
"com.springsource.tcserver.serviceability.rmi.JmxSocketListener");
if (!listenerProperties.isEmpty()) {
String addressProperty = listenerProperties.get("address");
if (addressProperty == null) {
addressProperty = listenerProperties.get("bind");
}
String bindAddressValue = getValueFromPropertiesFile(basePath, addressProperty);
String portValue = getValueFromPropertiesFile(basePath, listenerProperties.get("port"));
config.setValue(
mxUtil.getJmxUrlProperty(),
"service:jmx:rmi:///jndi/rmi://" + bindAddressValue + ":" + portValue + "/jmxrmi");
found = true;
}
} catch (PluginException e) {
// the properties were not accessible
config.setValue(mxUtil.getJmxUrlProperty(), DEFAULT_JMX_URL);
logger.warn(
"Unable to retrieve properties for discovery, using default "
+ mxUtil.getJmxUrlProperty()
+ "="
+ DEFAULT_JMX_URL);
if (logger.isDebugEnabled()) {
logger.debug(e.getMessage(), e);
}
}
return found;
}
private List getUserServices(Statement stmt, String instance) throws SQLException {
// Discover the user instances, for user instances to be
// discovered, the user must be connected to the database.
List rtn = new ArrayList();
ResultSet rs = null;
try {
// Set server description
setDescription("Oracle " + instance + " database instance");
// Discover user instances
ArrayList users = new ArrayList();
rs = stmt.executeQuery(USER_QUERY);
while (rs.next()) {
String username = rs.getString(1);
users.add(username);
}
rs.close();
for (int i = 0; i < users.size(); i++) {
String username = (String) users.get(i);
ServiceResource service = new ServiceResource();
service.setType(this, USER_INSTANCE);
service.setServiceName(username);
service.setDescription("User of the " + instance + " database instance");
ConfigResponse productConfig = new ConfigResponse();
ConfigResponse metricConfig = new ConfigResponse();
productConfig.setValue(OracleMeasurementPlugin.PROP_USERNAME, username);
service.setProductConfig(productConfig);
service.setMeasurementConfig(metricConfig);
// Query for service inventory properties
rs = stmt.executeQuery(DBA_USER_QUERY + "'" + username + "'");
if (rs != null && rs.next()) {
ConfigResponse svcProps = new ConfigResponse();
svcProps.setValue("status", rs.getString("ACCOUNT_STATUS"));
svcProps.setValue("default_tablespace", rs.getString("DEFAULT_TABLESPACE"));
svcProps.setValue("temp_tablespace", rs.getString("TEMPORARY_TABLESPACE"));
service.setCustomProperties(svcProps);
}
rtn.add(service);
}
} finally {
DBUtil.closeResultSet(log, rs);
}
return rtn;
}
protected List discoverServices(ConfigResponse config) throws PluginException {
List<ServiceResource> services = new ArrayList<ServiceResource>();
try {
String proto = config.getValue("protocol");
String hostname = config.getValue("hostname");
int port = Integer.parseInt(config.getValue("port"));
String path = DEFAULT_BMX_PATH + QUERY_BMX + VHOST_QUERY + "*";
URL bmxUrl = new URL(proto, hostname, port, path);
BmxQuery query = new BmxQuery(bmxUrl);
BmxResult result = query.getResult();
List<String> names = result.parseForNames();
for (Iterator<String> it = names.iterator(); it.hasNext(); ) {
String name = it.next();
String type = getTypeInfo().getName() + " " + VHOST_SERVICE_TYPE;
ServiceResource service = new ServiceResource();
String[] ent = name.split(",");
if (ent[0].equals("Type=since-start")) {
String host = ent[1].split("=")[1];
String servicePort = ent[2].split("=")[1];
path = DEFAULT_BMX_PATH + QUERY_BMX + VHOST_QUERY + name;
ConfigResponse cprops = new ConfigResponse();
cprops.setValue("protocol", proto);
cprops.setValue("hostname", hostname);
cprops.setValue("port", port);
cprops.setValue("path", path);
service.setProductConfig(cprops);
service.setMeasurementConfig();
service.setType(type);
service.setServiceName(host + ":" + servicePort);
services.add(service);
}
}
} catch (Exception e) {
_log.debug("Exception" + e, e);
return null;
}
return services;
}
protected List discoverJkServices(ConfigResponse serverConfig) throws PluginException {
ConfigResponse config = new ConfigResponse();
// XXX must be defined in agent.properties for now
if (!configureURL(getManagerProperty("jkstatus.url"), config)) {
return null;
}
List services = new ArrayList();
JkStatusCollector jkstatus = new JkStatusCollector();
Map stats = jkstatus.getValues(this, config);
Set workers = jkstatus.getWorkers();
for (Iterator it = workers.iterator(); it.hasNext(); ) {
String name = (String) it.next();
ServiceResource worker = createServiceResource(JkStatusCollector.WORKER_NAME);
worker.setServiceName(JkStatusCollector.WORKER_NAME + " " + name);
ConfigResponse cprops = new ConfigResponse();
for (int i = 0; i < JkStatusCollector.WORKER_PROPS.length; i++) {
String prop = JkStatusCollector.WORKER_PROPS[i];
cprops.setValue(prop, (String) stats.get(name + "." + prop));
}
ConfigResponse productConfig = new ConfigResponse(config.toProperties()); // clone
productConfig.setValue("name", name);
worker.setProductConfig(productConfig);
worker.setCustomProperties(cprops);
worker.setMeasurementConfig();
services.add(worker);
}
return services;
}
public String update() throws Exception {
HttpSession session = request.getSession();
WebUser user = SessionUtils.getWebUser(session);
String forwardStr = SUCCESS;
String token = (String) session.getAttribute("currentPortletToken");
// For multi-portlet configurations
String resKey = JsonLoadCriticalAlertsNG.RESOURCES_KEY;
String countKey = PropertiesFormNG.ALERT_NUMBER;
String priorityKey = PropertiesFormNG.PRIORITY;
String timeKey = PropertiesFormNG.PAST;
String selOrAllKey = PropertiesFormNG.SELECTED_OR_ALL;
String titleKey = PropertiesFormNG.TITLE;
if (token != null) {
resKey += token;
countKey += token;
priorityKey += token;
timeKey += token;
selOrAllKey += token;
titleKey += token;
}
DashboardConfig dashConfig =
dashboardManager.findDashboard(
(Integer) session.getAttribute(Constants.SELECTED_DASHBOARD_ID), user, authzBoss);
ConfigResponse dashPrefs = dashConfig.getConfig();
if (pForm.isRemoveClicked()) {
DashboardUtils.removeResources(pForm.getIds(), resKey, dashPrefs);
configurationProxy.setDashboardPreferences(session, user, dashPrefs);
forwardStr = "review";
}
String forward = checkSubmit(pForm);
if (forward != null) {
return forward;
}
Integer numberOfAlerts = pForm.getNumberOfAlerts();
String past = String.valueOf(pForm.getPast());
String prioritity = pForm.getPriority();
String selectedOrAll = pForm.getSelectedOrAll();
dashPrefs.setValue(countKey, numberOfAlerts.toString());
dashPrefs.setValue(timeKey, past);
dashPrefs.setValue(priorityKey, prioritity);
dashPrefs.setValue(selOrAllKey, selectedOrAll);
dashPrefs.setValue(titleKey, pForm.getTitle());
configurationProxy.setDashboardPreferences(session, user, dashPrefs);
session.removeAttribute(Constants.USERS_SES_PORTAL);
removeValueInSession("currentPortletKey");
removeValueInSession("currentPortletToken");
return forwardStr;
}
protected List discoverVHostServices(ConfigResponse serverConfig) throws PluginException {
getLog().debug("[discoverVHostServices] serverConfig=" + serverConfig);
if (serverConfig.getValue(SNMPClient.PROP_IP) == null) {
return null; // server type "Apache httpd"
}
Map<String, ApacheVHost> vHosts;
ApacheConf aConf;
try {
File ServerConf = new File(serverConfig.getValue("ServerConf"));
aConf = new ApacheConf(ServerConf);
vHosts = aConf.getVHosts();
} catch (IOException ex) {
throw new PluginException("Error getting VHosts", ex);
}
ApacheSNMP snmp = new ApacheSNMP();
List servers;
try {
servers = snmp.getServers(serverConfig);
} catch (SNMPException e) {
throw new PluginException(e.getMessage(), e);
}
// inherit server hostname if something other than the default
String serverHostname = serverConfig.getValue(Collector.PROP_HOSTNAME);
String hostname = "localhost".equals(serverHostname) ? this.defaultIp : serverHostname;
String serverProtocol = serverConfig.getValue(Collector.PROP_PROTOCOL);
String protocol =
("ping".equals(serverProtocol)
|| // back-compat
Collector.PROTOCOL_SOCKET.equals(serverProtocol))
? serverProtocol
: null;
List services = new ArrayList();
Map serviceNames = new HashMap();
for (int i = 0; i < servers.size(); i++) {
ApacheSNMP.Server server = (ApacheSNMP.Server) servers.get(i);
String serviceName = server.toString();
// XXX should not get any duplicates.
// but if we do, just fold them, no point in having duplicate
// services.
if (serviceNames.get(serviceName) == Boolean.TRUE) {
log.debug("Discovered duplicate service: " + serviceName);
continue;
}
serviceNames.put(serviceName, Boolean.TRUE);
log.debug("Discovered service: " + serviceName);
ServiceResource service = new ServiceResource();
service.setType(this, VHOST_NAME);
service.setServiceName(VHOST_NAME + " " + serviceName);
ConfigResponse config = new ConfigResponse();
String exceptedServerName = server.name + ":" + server.port;
ApacheVHost vhost = vHosts.get(exceptedServerName);
if (vhost != null) {
config.setValue(Collector.PROP_HOSTNAME, vhost.getIp());
config.setValue(Collector.PROP_PORT, vhost.getPort());
} else if (config.getValue(Collector.PROP_HOSTNAME) == null) {
ApacheListen parseListen = ApacheConf.parseListen(exceptedServerName);
config.setValue(Collector.PROP_HOSTNAME, parseListen.getIp());
config.setValue(Collector.PROP_PORT, parseListen.getPort());
}
config.setValue(PROP_SERVER_NAME, server.name);
config.setValue(PROP_SERVER_PORT, server.port);
// XXX snmp does not tell us the protocol
String proto = protocol == null ? getConnectionProtocol(server.port) : protocol;
config.setValue(Collector.PROP_PROTOCOL, proto);
config.setValue(Collector.PROP_SSL, isSSL(server.port));
service.setProductConfig(config);
service.setMeasurementConfig();
services.add(service);
}
if (servers.size() > 0) {
ApacheSNMP.Server server = (ApacheSNMP.Server) servers.get(0);
ConfigResponse cprops = new ConfigResponse();
cprops.setValue("version", server.version);
cprops.setValue("serverTokens", server.description);
cprops.setValue("serverAdmin", server.admin);
setCustomProperties(cprops);
}
return services;
}
protected boolean configureServer(ServerResource server, ApacheBinaryInfo binary)
throws PluginException {
ConfigResponse metricConfig, productConfig, controlConfig;
String installpath = server.getInstallPath();
File snmpConfig = getSnmpdConf(installpath);
boolean snmpConfigExists = snmpConfig.exists();
controlConfig = getControlConfig(installpath);
if (binary != null) {
ConfigResponse cprops = new ConfigResponse(binary.toProperties());
server.setCustomProperties(cprops);
}
getLog()
.debug(
"[configureServer] snmpConfigExists="
+ snmpConfigExists
+ " this.discoverModSnmp="
+ this.discoverModSnmp
+ " this.discoverModStatus="
+ this.discoverModStatus);
if (snmpConfigExists || this.discoverModSnmp) {
if (!snmpConfigExists) {
log.debug(snmpConfig + " does not exist, cannot auto-configure " + server.getName());
}
metricConfig = getSnmpConfig(snmpConfig);
productConfig = getProductConfig(metricConfig);
populateListeningPorts(binary.pid, productConfig, true);
if (binary.conf == null) {
String cfgPath = installpath;
if (snmpConfigExists) {
cfgPath = snmpConfig.getParentFile().getParent();
}
for (String conf : defaultConfs) {
File cf = new File(cfgPath, conf);
getLog().debug("[configureServer] cf=" + cf + " (" + (cf.exists() && cf.isFile()) + ")");
if (cf.exists() && cf.isFile()) {
binary.conf = cf.getAbsolutePath();
}
}
}
if (productConfig != null) {
if (binary.conf != null) {
productConfig.setValue("ServerConf", binary.conf);
}
addTrackConfig(productConfig);
setProductConfig(server, productConfig);
setMeasurementConfig(server, metricConfig);
if (controlConfig != null) {
setControlConfig(server, controlConfig);
}
server.setConnectProperties(
new String[] {
SNMPClient.PROP_PORT,
SNMPClient.PROP_VERSION, // only need to avoid udp port conflicts
});
}
server.setDescription("mod_snmp monitor");
return true;
} else if (this.discoverModStatus) {
log.debug(snmpConfig + " does not exist, discovering as type: " + TYPE_HTTPD);
productConfig = new ConfigResponse();
populateListeningPorts(binary.pid, productConfig, true);
// meant for command-line testing: -Dhttpd.url=http://localhost:8080/
if (configureURL(getManagerProperty("httpd.url"), productConfig)) {
server.setMeasurementConfig();
} else if (configureURL(binary, productConfig)) {
server.setMeasurementConfig();
if (binary.conf != null) {
// ServerRoot location overrides compiled in HTTPD_ROOT
ConfigResponse srControlConfig = getControlConfig(binary.root);
if (srControlConfig != null) {
controlConfig = srControlConfig;
}
}
}
addTrackConfig(productConfig);
if (controlConfig != null) {
String pidfile = productConfig.getValue(ApacheControlPlugin.PROP_PIDFILE);
if (pidfile != null) {
setPidFile(controlConfig, pidfile); // propagate from httpd.conf
}
setControlConfig(server, controlConfig);
}
server.setDescription("mod_status monitor");
server.setType(TYPE_HTTPD);
String path = binary.conf;
if (path == null) {
path = server.getInstallPath();
} else {
// use -f file for path and AIID
// since binary installpath will be the same
// for multiple instances
server.setInstallPath(path);
}
// in the event that mod_snmp is added later,
// we won't clash w/ the other types
server.setIdentifier(TYPE_HTTPD + " " + path);
server.setProductConfig(productConfig);
return true;
} else {
log.debug("Ignoring " + server.getName() + " at " + server.getInstallPath());
return false;
}
}
private void setPidFile(ConfigResponse config, String file) {
config.setValue(ApacheControlPlugin.PROP_PIDFILE, file);
}
private void setConfigTrack(ConfigResponse config, String file) {
config.setValue(ConfigFileTrackPlugin.PROP_FILES_SERVER, file);
}
