org.axonframework.eventsourcing.eventstore.jdbc.EventSchema.eventIdentifierColumn java code examples

Common ways to obtain EventSchema

private void myMethod () {
 EventSchema e =new EventSchema()
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}

/**
 * Extracts the next snapshot entry from the given {@code resultSet}.
 *
 * @param resultSet The results of a query for a snapshot of an aggregate.
 * @return The next snapshot data.
 *
 * @throws SQLException when an exception occurs while creating the event data.
 */
protected DomainEventData<?> getSnapshotData(ResultSet resultSet) throws SQLException {
  return new GenericDomainEventEntry<>(resultSet.getString(schema.typeColumn()),
                     resultSet.getString(schema.aggregateIdentifierColumn()),
                     resultSet.getLong(schema.sequenceNumberColumn()),
                     resultSet.getString(schema.eventIdentifierColumn()),
                     readTimeStamp(resultSet, schema.timestampColumn()),
                     resultSet.getString(schema.payloadTypeColumn()),
                     resultSet.getString(schema.payloadRevisionColumn()),
                     readPayload(resultSet, schema.payloadColumn()),
                     readPayload(resultSet, schema.metaDataColumn()));
}

/**
 * Extracts the next domain event entry from the given {@code resultSet}.
 *
 * @param resultSet The results of a query for domain events of an aggregate.
 * @return The next domain event.
 *
 * @throws SQLException when an exception occurs while creating the event data.
 */
protected DomainEventData<?> getDomainEventData(ResultSet resultSet) throws SQLException {
  return new GenericDomainEventEntry<>(resultSet.getString(schema.typeColumn()),
                     resultSet.getString(schema.aggregateIdentifierColumn()),
                     resultSet.getLong(schema.sequenceNumberColumn()),
                     resultSet.getString(schema.eventIdentifierColumn()),
                     readTimeStamp(resultSet, schema.timestampColumn()),
                     resultSet.getString(schema.payloadTypeColumn()),
                     resultSet.getString(schema.payloadRevisionColumn()),
                     readPayload(resultSet, schema.payloadColumn()),
                     readPayload(resultSet, schema.metaDataColumn()));
}

/**
 * Returns a comma separated list of domain event column names to select from an event or snapshot entry.
 *
 * @return comma separated domain event column names.
 */
protected String domainEventFields() {
  return String.join(", ", schema.eventIdentifierColumn(), schema.timestampColumn(), schema.payloadTypeColumn(),
            schema.payloadRevisionColumn(), schema.payloadColumn(), schema.metaDataColumn(),
            schema.typeColumn(), schema.aggregateIdentifierColumn(), schema.sequenceNumberColumn());
}

resultSet.getString(schema.aggregateIdentifierColumn()),
resultSet.getLong(schema.sequenceNumberColumn()),
resultSet.getString(schema.eventIdentifierColumn()),
readTimeStamp(resultSet, schema.timestampColumn()),
resultSet.getString(schema.payloadTypeColumn()),

@Override
public PreparedStatement createSnapshotEventTable(Connection connection, EventSchema schema) throws SQLException {
  String sql = "CREATE TABLE " + schema.snapshotTable() + " (\n" +
      schema.aggregateIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.sequenceNumberColumn() + " NUMBER(19) NOT NULL,\n" +
      schema.typeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.eventIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.metaDataColumn() + " " + payloadType() + ",\n" +
      schema.payloadColumn() + " " + payloadType() + " NOT NULL,\n" +
      schema.payloadRevisionColumn() + " VARCHAR(255),\n" +
      schema.payloadTypeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.timestampColumn() + " VARCHAR(255) NOT NULL,\n" +
      "PRIMARY KEY (" + schema.aggregateIdentifierColumn() + ", " +
      schema.sequenceNumberColumn() + "),\n" +
      "UNIQUE (" + schema.eventIdentifierColumn() + ")\n" +
      ")";
  return connection.prepareStatement(sql);
}

@Override
public PreparedStatement createSnapshotEventTable(Connection connection,
                         EventSchema schema) throws SQLException {
  String sql = "CREATE TABLE IF NOT EXISTS " + schema.snapshotTable() + " (\n" +
      schema.aggregateIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.sequenceNumberColumn() + " BIGINT NOT NULL,\n" +
      schema.typeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.eventIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.metaDataColumn() + " " + payloadType() + ",\n" +
      schema.payloadColumn() + " " + payloadType() + " NOT NULL,\n" +
      schema.payloadRevisionColumn() + " VARCHAR(255),\n" +
      schema.payloadTypeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.timestampColumn() + " VARCHAR(255) NOT NULL,\n" +
      "PRIMARY KEY (" + schema.aggregateIdentifierColumn() + ", " +
      schema.sequenceNumberColumn() + "),\n" +
      "UNIQUE (" + schema.eventIdentifierColumn() + ")\n" +
      ")";
  return connection.prepareStatement(sql);
}

String.join(", ", schema.eventIdentifierColumn(), schema.aggregateIdentifierColumn(),
      schema.sequenceNumberColumn(), schema.typeColumn(), schema.timestampColumn(),
      schema.payloadTypeColumn(), schema.payloadRevisionColumn(), schema.payloadColumn(),

SerializedObject<?> metaData = snapshot.serializeMetaData(serializer, dataType);
final String sql = "INSERT INTO " + schema.snapshotTable() + " (" +
    String.join(", ", schema.eventIdentifierColumn(), schema.aggregateIdentifierColumn(),
          schema.sequenceNumberColumn(), schema.typeColumn(), schema.timestampColumn(),
          schema.payloadTypeColumn(), schema.payloadRevisionColumn(), schema.payloadColumn(),

@Override
public PreparedStatement createDomainEventTable(Connection connection,
                        EventSchema schema) throws SQLException {
  String sql = "CREATE TABLE IF NOT EXISTS " + schema.domainEventTable() + " (\n" +
      schema.globalIndexColumn() + " " + idColumnType() + " NOT NULL,\n" +
      schema.aggregateIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.sequenceNumberColumn() + " BIGINT NOT NULL,\n" +
      schema.typeColumn() + " VARCHAR(255),\n" +
      schema.eventIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.metaDataColumn() + " " + payloadType() + ",\n" +
      schema.payloadColumn() + " " + payloadType() + " NOT NULL,\n" +
      schema.payloadRevisionColumn() + " VARCHAR(255),\n" +
      schema.payloadTypeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.timestampColumn() + " VARCHAR(255) NOT NULL,\n" +
      "PRIMARY KEY (" + schema.globalIndexColumn() + "),\n" +
      "UNIQUE (" + schema.aggregateIdentifierColumn() + ", " +
      schema.sequenceNumberColumn() + "),\n" +
      "UNIQUE (" + schema.eventIdentifierColumn() + ")\n" +
      ")";
  return connection.prepareStatement(sql);
}

@Override
public PreparedStatement createDomainEventTable(Connection connection, EventSchema schema) throws SQLException {
  String sql = "CREATE TABLE " + schema.domainEventTable() + " (\n" +
      schema.globalIndexColumn() + " NUMBER(19) NOT NULL,\n" +
      schema.aggregateIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.sequenceNumberColumn() + " NUMBER(19) NOT NULL,\n" +
      schema.typeColumn() + " VARCHAR(255),\n" +
      schema.eventIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.metaDataColumn() + " " + payloadType() + ",\n" +
      schema.payloadColumn() + " " + payloadType() + " NOT NULL,\n" +
      schema.payloadRevisionColumn() + " VARCHAR(255),\n" +
      schema.payloadTypeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.timestampColumn() + " VARCHAR(255) NOT NULL,\n" +
      "PRIMARY KEY (" + schema.globalIndexColumn() + "),\n" +
      "UNIQUE (" + schema.aggregateIdentifierColumn() + ", " +
      schema.sequenceNumberColumn() + "),\n" +
      "UNIQUE (" + schema.eventIdentifierColumn() + ")\n" +
      ")";
  try (PreparedStatement pst = connection.prepareStatement(sql)) {
    pst.execute();
  }
  Oracle11Utils.simulateAutoIncrement(connection, schema.domainEventTable(), schema.globalIndexColumn());
  return Oracle11Utils.createNullStatement(connection);
}

/**
 * Extracts the next snapshot entry from the given {@code resultSet}.
 *
 * @param resultSet The results of a query for a snapshot of an aggregate.
 * @return The next snapshot data.
 * @throws SQLException when an exception occurs while creating the event data.
 */
protected DomainEventData<?> getSnapshotData(ResultSet resultSet) throws SQLException {
  return new GenericDomainEventEntry<>(resultSet.getString(schema.typeColumn()),
                     resultSet.getString(schema.aggregateIdentifierColumn()),
                     resultSet.getLong(schema.sequenceNumberColumn()),
                     resultSet.getString(schema.eventIdentifierColumn()),
                     readTimeStamp(resultSet, schema.timestampColumn()),
                     resultSet.getString(schema.payloadTypeColumn()),
                     resultSet.getString(schema.payloadRevisionColumn()),
                     readPayload(resultSet, schema.payloadColumn()),
                     readPayload(resultSet, schema.metaDataColumn()));
}

/**
 * Extracts the next domain event entry from the given {@code resultSet}.
 *
 * @param resultSet The results of a query for domain events of an aggregate.
 * @return The next domain event.
 * @throws SQLException when an exception occurs while creating the event data.
 */
protected DomainEventData<?> getDomainEventData(ResultSet resultSet) throws SQLException {
  return new GenericDomainEventEntry<>(resultSet.getString(schema.typeColumn()),
                     resultSet.getString(schema.aggregateIdentifierColumn()),
                     resultSet.getLong(schema.sequenceNumberColumn()),
                     resultSet.getString(schema.eventIdentifierColumn()),
                     readTimeStamp(resultSet, schema.timestampColumn()),
                     resultSet.getString(schema.payloadTypeColumn()),
                     resultSet.getString(schema.payloadRevisionColumn()),
                     readPayload(resultSet, schema.payloadColumn()),
                     readPayload(resultSet, schema.metaDataColumn()));
}

/**
 * Extracts the next domain event entry from the given {@code resultSet}.
 *
 * @param resultSet The results of a query for domain events of an aggregate.
 * @return The next domain event.
 *
 * @throws SQLException when an exception occurs while creating the event data.
 */
protected DomainEventData<?> getDomainEventData(ResultSet resultSet) throws SQLException {
  return new GenericDomainEventEntry<>(resultSet.getString(schema.typeColumn()),
                     resultSet.getString(schema.aggregateIdentifierColumn()),
                     resultSet.getLong(schema.sequenceNumberColumn()),
                     resultSet.getString(schema.eventIdentifierColumn()),
                     readTimeStamp(resultSet, schema.timestampColumn()),
                     resultSet.getString(schema.payloadTypeColumn()),
                     resultSet.getString(schema.payloadRevisionColumn()),
                     readPayload(resultSet, schema.payloadColumn()),
                     readPayload(resultSet, schema.metaDataColumn()));
}

/**
 * Returns a comma separated list of domain event column names to select from an event or snapshot entry.
 *
 * @return comma separated domain event column names.
 */
protected String domainEventFields() {
  return String.join(", ", schema.eventIdentifierColumn(), schema.timestampColumn(), schema.payloadTypeColumn(),
            schema.payloadRevisionColumn(), schema.payloadColumn(), schema.metaDataColumn(),
            schema.typeColumn(), schema.aggregateIdentifierColumn(), schema.sequenceNumberColumn());
}

/**
 * Returns a comma separated list of domain event column names to select from an event or snapshot entry.
 *
 * @return comma separated domain event column names.
 */
protected String domainEventFields() {
  return String.join(", ", schema.eventIdentifierColumn(), schema.timestampColumn(), schema.payloadTypeColumn(),
            schema.payloadRevisionColumn(), schema.payloadColumn(), schema.metaDataColumn(),
            schema.typeColumn(), schema.aggregateIdentifierColumn(), schema.sequenceNumberColumn());
}

@Override
public PreparedStatement createSnapshotEventTable(Connection connection, EventSchema schema) throws SQLException {
  String sql = "CREATE TABLE " + schema.snapshotTable() + " (\n" +
      schema.aggregateIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.sequenceNumberColumn() + " NUMBER(19) NOT NULL,\n" +
      schema.typeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.eventIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.metaDataColumn() + " " + payloadType() + ",\n" +
      schema.payloadColumn() + " " + payloadType() + " NOT NULL,\n" +
      schema.payloadRevisionColumn() + " VARCHAR(255),\n" +
      schema.payloadTypeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.timestampColumn() + " VARCHAR(255) NOT NULL,\n" +
      "PRIMARY KEY (" + schema.aggregateIdentifierColumn() + ", " +
      schema.sequenceNumberColumn() + "),\n" +
      "UNIQUE (" + schema.eventIdentifierColumn() + ")\n" +
      ")";
  return connection.prepareStatement(sql);
}

@Override
public PreparedStatement createSnapshotEventTable(Connection connection, EventSchema schema) throws SQLException {
  String sql = "CREATE TABLE " + schema.snapshotTable() + " (\n" +
      schema.aggregateIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.sequenceNumberColumn() + " NUMBER(19) NOT NULL,\n" +
      schema.typeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.eventIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.metaDataColumn() + " " + payloadType() + ",\n" +
      schema.payloadColumn() + " " + payloadType() + " NOT NULL,\n" +
      schema.payloadRevisionColumn() + " VARCHAR(255),\n" +
      schema.payloadTypeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.timestampColumn() + " VARCHAR(255) NOT NULL,\n" +
      "PRIMARY KEY (" + schema.aggregateIdentifierColumn() + ", " +
      schema.sequenceNumberColumn() + "),\n" +
      "UNIQUE (" + schema.eventIdentifierColumn() + ")\n" +
      ")";
  return connection.prepareStatement(sql);
}

@Override
public PreparedStatement createSnapshotEventTable(Connection connection,
                         EventSchema schema) throws SQLException {
  String sql = "CREATE TABLE IF NOT EXISTS " + schema.snapshotTable() + " (\n" +
      schema.aggregateIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.sequenceNumberColumn() + " BIGINT NOT NULL,\n" +
      schema.typeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.eventIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.metaDataColumn() + " " + payloadType() + ",\n" +
      schema.payloadColumn() + " " + payloadType() + " NOT NULL,\n" +
      schema.payloadRevisionColumn() + " VARCHAR(255),\n" +
      schema.payloadTypeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.timestampColumn() + " VARCHAR(255) NOT NULL,\n" +
      "PRIMARY KEY (" + schema.aggregateIdentifierColumn() + ", " +
      schema.sequenceNumberColumn() + "),\n" +
      "UNIQUE (" + schema.eventIdentifierColumn() + ")\n" +
      ")";
  return connection.prepareStatement(sql);
}

@Override
public PreparedStatement createDomainEventTable(Connection connection,
                        EventSchema schema) throws SQLException {
  String sql = "CREATE TABLE IF NOT EXISTS " + schema.domainEventTable() + " (\n" +
      schema.globalIndexColumn() + " " + idColumnType() + " NOT NULL,\n" +
      schema.aggregateIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.sequenceNumberColumn() + " BIGINT NOT NULL,\n" +
      schema.typeColumn() + " VARCHAR(255),\n" +
      schema.eventIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.metaDataColumn() + " " + payloadType() + ",\n" +
      schema.payloadColumn() + " " + payloadType() + " NOT NULL,\n" +
      schema.payloadRevisionColumn() + " VARCHAR(255),\n" +
      schema.payloadTypeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.timestampColumn() + " VARCHAR(255) NOT NULL,\n" +
      "PRIMARY KEY (" + schema.globalIndexColumn() + "),\n" +
      "UNIQUE (" + schema.aggregateIdentifierColumn() + ", " +
      schema.sequenceNumberColumn() + "),\n" +
      "UNIQUE (" + schema.eventIdentifierColumn() + ")\n" +
      ")";
  return connection.prepareStatement(sql);
}

@Override
public PreparedStatement createDomainEventTable(Connection connection,
                        EventSchema schema) throws SQLException {
  String sql = "CREATE TABLE IF NOT EXISTS " + schema.domainEventTable() + " (\n" +
      schema.globalIndexColumn() + " " + idColumnType() + " NOT NULL,\n" +
      schema.aggregateIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.sequenceNumberColumn() + " BIGINT NOT NULL,\n" +
      schema.typeColumn() + " VARCHAR(255),\n" +
      schema.eventIdentifierColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.metaDataColumn() + " " + payloadType() + ",\n" +
      schema.payloadColumn() + " " + payloadType() + " NOT NULL,\n" +
      schema.payloadRevisionColumn() + " VARCHAR(255),\n" +
      schema.payloadTypeColumn() + " VARCHAR(255) NOT NULL,\n" +
      schema.timestampColumn() + " VARCHAR(255) NOT NULL,\n" +
      "PRIMARY KEY (" + schema.globalIndexColumn() + "),\n" +
      "UNIQUE (" + schema.aggregateIdentifierColumn() + ", " +
      schema.sequenceNumberColumn()+ "),\n" +
      "UNIQUE (" + schema.eventIdentifierColumn() + ")\n" +
      ")";
  return connection.prepareStatement(sql);
}

Javadoc

Get the name of the column containing the identifier of the event.

Popular methods of EventSchema

<init>
domainEventTable
Returns the name of the domain event table.
snapshotTable
Returns the name of the snapshot event table.
aggregateIdentifierColumn
Get the name of the column containing the aggregate identifier of the event.
builder
Returns a new Builder initialized with default settings.
globalIndexColumn
Get the name of the column containing the global index of the event.
metaDataColumn
Get the name of the column containing the serialized metadata of the event.
payloadColumn
Get the name of the column containing the serialized payload of the event.
payloadRevisionColumn
Get the name of the column containing the revision number of the serialized payload.
payloadTypeColumn
Get the name of the column containing the event payload type.
sequenceNumberColumn
Get the name of the column containing the aggregate sequence number of the event.
timestampColumn
Get the name of the column containing the timestamp of the event.

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How to use eventIdentifierColumnmethodin org.axonframework.eventsourcing.eventstore.jdbc.EventSchema

Best Java code snippets using org.axonframework.eventsourcing.eventstore.jdbc.EventSchema.eventIdentifierColumn (Showing top 20 results out of 315)

How to use
eventIdentifierColumn
method
in
org.axonframework.eventsourcing.eventstore.jdbc.EventSchema