/**
* Lance l'environnement et attend indéfiniment.
*
* @param args "Usage: java kasper.kernel.Starter managers.xml <conf.properties>"
*/
public static void main(final String[] args) {
final String usageMsg =
"Usage: java io.analytica.spies.impl.logs.LogSpyStandaloneParser \"http://analyticaServer:port/analytica/rest/process\" confPattern.json logFile.out";
Assertion.checkArgument(
args.length == 3, usageMsg + " (nombre d'arguments incorrect : " + args.length + ")");
Assertion.checkArgument(args[0].contains("http://"), usageMsg + " (" + args[0] + ")");
Assertion.checkArgument(args[1].endsWith(".json"), usageMsg + " (" + args[1] + ")");
// ---------------------------------------------------------------------
final String managersXmlFileName = "./managers.xml";
final Option<String> propertiesFileName =
args.length == 2 ? Option.<String>some(args[1]) : Option.<String>none();
final Properties defaultProperties = new Properties();
defaultProperties.setProperty("serverUrl", args[0]);
defaultProperties.setProperty("confFileUrl", args[1]);
defaultProperties.setProperty("logFileUrl", args[2]);
final Starter starter =
new Starter(
managersXmlFileName,
propertiesFileName,
LogSpyStandaloneParser.class,
Option.some(defaultProperties),
0);
starter.start();
try {
// final Container container = new DualContainer(Home.getComponentSpace(), new
// ParamsContainer((Map) defaultProperties));
final AgentManager agentManager = Home.getComponentSpace().resolve(AgentManager.class);
final ResourceManager resourceManager =
Home.getComponentSpace().resolve(ResourceManager.class);
final String logFileUrl = defaultProperties.getProperty("logFileUrl");
final String confFileUrl = defaultProperties.getProperty("confFileUrl");
final LogSpyReader logSpyReader =
new LogSpyReader(agentManager, resourceManager, logFileUrl, confFileUrl);
// INJECTOR.newInstance(LogSpyReader.class, Home.getComponentSpace());
try {
logSpyReader.start();
} finally {
flushAgentToServer();
}
} finally {
starter.stop();
}
}
// On teste un preparestatement mappé sur un type statique (Class famille)
@Test
public void testSelectObject() throws Exception {
// On crée les données
createDatas();
// ----
final Domain domain = Home.getDefinitionSpace().resolve("DO_DT_MOVIE_DTO", Domain.class);
final SqlQueryResult result = executeQuery(domain, "select * from movie where id=1");
Assert.assertEquals(1, result.getSQLRowCount());
final Movie movie = (Movie) result.getValue();
Assert.assertEquals("citizen kane", movie.getTitle());
}
/**
* Permet pour les types composites (Beans et collections de beans) de connaitre leur définition.
* Ne peut pas être appelé pour des types primitifs. (ex : BigDecimal, String....) Fonctionne
* uniquement avec les domaines de type DtList et DtObject.
*
* @return dtDefinition des domaines de type DtList et DtObject.
*/
public DtDefinition getDtDefinition() {
if (dtDefinitionName == null) {
// On fournit un message d'erreur explicite
if (getDataType().isPrimitive()) {
throw new RuntimeException("Le domain " + getName() + " n'est ni un DTO ni une DTC");
}
throw new RuntimeException(
"Le domain "
+ getName()
+ " est un DTO/DTC mais typé de façon dynamique donc sans DtDefinition.");
}
return Home.getDefinitionSpace().resolve(dtDefinitionName, DtDefinition.class);
}
// On teste un preparestatement mappé sur un type statique (Class famille)
@Test
public void testSelectList() throws Exception {
// On crée les données
createDatas();
// ----
final Domain domain = Home.getDefinitionSpace().resolve("DO_DT_MOVIE_DTC", Domain.class);
final SqlQueryResult result = executeQuery(domain, "select * from movie");
Assert.assertEquals(3, result.getSQLRowCount());
final DtList<Movie> movies = (DtList<Movie>) result.getValue();
Assert.assertEquals(3, movies.size());
for (final Movie movie : movies) {
final long id = movie.getId();
final String title = movie.getTitle();
checkTitle(id, title);
}
}