/** * Property string mapping field type names to value handler or field * mapping class names. For auto-configuration. */ public void setFieldStrategies(String fieldMapString) { Properties props = Configurations.parseProperties(fieldMapString); if (props != null) _fieldMap.putAll(props); }
/** * Property string mapping field type names to value handler or field * mapping class names. For auto-configuration. */ public void setFieldStrategies(String fieldMapString) { Properties props = Configurations.parseProperties(fieldMapString); if (props != null) _fieldMap.putAll(props); }
/** * Property string mapping field type names to value handler or field * mapping class names. For auto-configuration. */ public void setFieldStrategies(String fieldMapString) { Properties props = Configurations.parseProperties(fieldMapString); if (props != null) _fieldMap.putAll(props); }
/** * Property string mapping field type names to value handler or field * mapping class names. For auto-configuration. */ public void setFieldStrategies(String fieldMapString) { Properties props = Configurations.parseProperties(fieldMapString); if (props != null) _fieldMap.putAll(props); }
/** * Property string mapping field type names to value handler or field * mapping class names. For auto-configuration. */ public void setFieldStrategies(String fieldMapString) { Properties props = Configurations.parseProperties(fieldMapString); if (props != null) _fieldMap.putAll(props); }
private void parseOptions() { if (_opts != null) return; _opts = Configurations.parseProperties(getProperties()); String transmit = StringUtil.trimToNull(_opts.removeProperty ("transmitPersistedObjectIds", "TransmitPersistedObjectIds", null)); if (transmit != null) _transmitPersIds = Boolean.valueOf (transmit); } }
private void parseOptions() { if (_opts != null) return; _opts = Configurations.parseProperties(getProperties()); String transmit = StringUtils.trimToNull(_opts.removeProperty ("transmitPersistedObjectIds", "TransmitPersistedObjectIds", null)); if (transmit != null) _transmitPersIds = Boolean.valueOf (transmit); } }
private void parseOptions() { if (_opts != null) return; _opts = Configurations.parseProperties(getProperties()); String transmit = StringUtil.trimToNull(_opts.removeProperty ("transmitPersistedObjectIds", "TransmitPersistedObjectIds", null)); if (transmit != null) _transmitPersIds = Boolean.valueOf (transmit); } }
private void parseOptions() { if (_opts != null) return; _opts = Configurations.parseProperties(getProperties()); String transmit = StringUtils.trimToNull(_opts.removeProperty ("transmitPersistedObjectIds", "TransmitPersistedObjectIds", null)); if (transmit != null) _transmitPersIds = Boolean.valueOf (transmit); } }
private void parseOptions() { if (_opts != null) return; _opts = Configurations.parseProperties(getProperties()); String transmit = StringUtils.trimToNull(_opts.removeProperty ("transmitPersistedObjectIds", "TransmitPersistedObjectIds", null)); if (transmit != null) _transmitPersIds = Boolean.valueOf (transmit); } }
/** * Configures the given object with the given properties by * matching the properties string to the object's setter * methods. The properties string should be in the form * "prop1=val1, prop2=val2 ...". Validates that setter methods * exist for the properties. * * @throws RuntimeException on configuration error */ public static void configureInstance(Object obj, Configuration conf, String properties, String configurationName) { if (obj == null) return; Properties props = null; if (!StringUtil.isEmpty(properties)) props = parseProperties(properties); configureInstance(obj, conf, props, configurationName); }
public static boolean needsPreload(OpenJPAConfiguration conf) { if (conf == null) return false; Options o = Configurations.parseProperties(Configurations.getProperties(conf.getMetaDataRepository())); if (o.getBooleanProperty(PRELOAD_STR) == true || o.getBooleanProperty(PRELOAD_STR.toLowerCase()) == true) { return true; } return false; }
public static boolean needsPreload(OpenJPAConfiguration conf) { if (conf == null) return false; Options o = Configurations.parseProperties(Configurations.getProperties(conf.getMetaDataRepository())); if (o.getBooleanProperty(PRELOAD_STR) == true || o.getBooleanProperty(PRELOAD_STR.toLowerCase()) == true) { return true; } return false; }
public static boolean needsPreload(OpenJPAConfiguration conf) { if (conf == null) return false; Options o = Configurations.parseProperties(Configurations.getProperties(conf.getMetaDataRepository())); if (o.getBooleanProperty(PRELOAD_STR) == true || o.getBooleanProperty(PRELOAD_STR.toLowerCase()) == true) { return true; } return false; }
public static boolean needsPreload(OpenJPAConfiguration conf) { if (conf == null) return false; Options o = Configurations.parseProperties(Configurations.getProperties(conf.getMetaDataRepository())); if (o.getBooleanProperty(PRELOAD_STR) == true || o.getBooleanProperty(PRELOAD_STR.toLowerCase()) == true) { return true; } return false; }
private ClassTransformerImpl(ConfigurationProvider cp, String props, final ClassLoader tmpLoader, OpenJPAConfiguration conf) { cp.setInto(conf); // use the tmp loader for everything conf.setClassResolver(new ClassResolver() { public ClassLoader getClassLoader(Class context, ClassLoader env) { return tmpLoader; } }); conf.setReadOnly(Configuration.INIT_STATE_FREEZING); MetaDataRepository repos = conf.getMetaDataRepositoryInstance(); repos.setResolve(MetaDataModes.MODE_MAPPING, false); _trans = new PCClassFileTransformer(repos, Configurations.parseProperties(props), tmpLoader); }
private ClassTransformerImpl(ConfigurationProvider cp, String props, final ClassLoader tmpLoader, OpenJPAConfiguration conf) { cp.setInto(conf); // use the temporary loader for everything conf.setClassResolver(new ClassResolver() { public ClassLoader getClassLoader(Class<?> context, ClassLoader env) { return tmpLoader; } }); conf.setReadOnly(Configuration.INIT_STATE_FREEZING); MetaDataRepository repos = conf.getMetaDataRepositoryInstance(); repos.setResolve(MetaDataModes.MODE_MAPPING, false); _trans = new PCClassFileTransformer(repos, Configurations.parseProperties(props), tmpLoader); }
private ClassTransformerImpl(ConfigurationProvider cp, String props, final ClassLoader tmpLoader, OpenJPAConfiguration conf) { cp.setInto(conf); // use the temporary loader for everything conf.setClassResolver(new ClassResolver() { public ClassLoader getClassLoader(Class<?> context, ClassLoader env) { return tmpLoader; } }); conf.setReadOnly(Configuration.INIT_STATE_FREEZING); MetaDataRepository repos = conf.getMetaDataRepositoryInstance(); repos.setResolve(MetaDataModes.MODE_MAPPING, false); _trans = new PCClassFileTransformer(repos, Configurations.parseProperties(props), tmpLoader); }
private ClassTransformerImpl(ConfigurationProvider cp, String props, final ClassLoader tmpLoader, OpenJPAConfiguration conf) { cp.setInto(conf); // use the temporary loader for everything conf.setClassResolver(new ClassResolver() { public ClassLoader getClassLoader(Class<?> context, ClassLoader env) { return tmpLoader; } }); conf.setReadOnly(Configuration.INIT_STATE_FREEZING); MetaDataRepository repos = conf.getMetaDataRepositoryInstance(); repos.setResolve(MetaDataModes.MODE_MAPPING, false); _trans = new PCClassFileTransformer(repos, Configurations.parseProperties(props), tmpLoader); }
private ClassTransformerImpl(ConfigurationProvider cp, String props, final ClassLoader tmpLoader, OpenJPAConfiguration conf) { cp.setInto(conf); // use the temporary loader for everything conf.setClassResolver(new ClassResolver() { public ClassLoader getClassLoader(Class<?> context, ClassLoader env) { return tmpLoader; } }); conf.setReadOnly(Configuration.INIT_STATE_FREEZING); MetaDataRepository repos = conf.getMetaDataRepositoryInstance(); repos.setResolve(MetaDataModes.MODE_MAPPING, false); _trans = new PCClassFileTransformer(repos, Configurations.parseProperties(props), tmpLoader); }