INTERNAL: super(logger); m_joinColumns = new JoinColumn[] {}; m_inverseJoinColumns = new JoinColumn[] {};
super(logger); m_joinColumns = new JoinColumn[] {}; m_inverseJoinColumns = new JoinColumn[] {};
INTERNAL: this(logger); if (joinTable != null) { m_name = joinTable.name(); m_schema = joinTable.schema(); m_catalog = joinTable.catalog(); m_joinColumns = joinTable.joinColumns(); m_inverseJoinColumns = joinTable.inverseJoinColumns(); processName(); processUniqueConstraints(joinTable.uniqueConstraints()); }
this(logger); if (joinTable != null) { m_name = joinTable.name(); m_schema = joinTable.schema(); m_catalog = joinTable.catalog(); m_joinColumns = joinTable.joinColumns(); m_inverseJoinColumns = joinTable.inverseJoinColumns(); processName(); processUniqueConstraints(joinTable.uniqueConstraints()); }
INTERNAL: return m_logger.JOIN_TABLE_CATALOG;
return m_logger.JOIN_TABLE_CATALOG;
INTERNAL: if (m_inverseJColumns == null) { m_inverseJColumns = processInverseJoinColumns(); } return m_inverseJColumns;
if (m_inverseJColumns == null) { m_inverseJColumns = processInverseJoinColumns(); } return m_inverseJColumns;
INTERNAL: if (m_jColumns == null) { m_jColumns = processJoinColumns(); } return m_jColumns;
if (m_jColumns == null) { m_jColumns = processJoinColumns(); } return m_jColumns;
INTERNAL: return m_logger.JOIN_TABLE_NAME;
return m_logger.JOIN_TABLE_NAME;
INTERNAL: return m_logger.JOIN_TABLE_SCHEMA;
return m_logger.JOIN_TABLE_SCHEMA;
INTERNAL: return false;
return false;
INTERNAL: (Overridden in XMLJoinTable) return new MetadataJoinColumns(m_inverseJoinColumns);
return new MetadataJoinColumns(m_inverseJoinColumns);
INTERNAL: (Overridden in XMLJoinTable) return new MetadataJoinColumns(m_joinColumns);
return new MetadataJoinColumns(m_joinColumns);