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// always perform this query - even when not searching by Name!!! keyVector = FindTModelByNameQuery.select(name,keyVector,findQualifiers,connection); } catch(java.sql.SQLException sqlex) { throw new RegistryException(sqlex); } return keyVector; }
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// } // } } catch(java.sql.SQLException sqlex) { throw new RegistryException(sqlex); } return keyVector; }
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} } } catch(java.sql.SQLException sqlex) { throw new RegistryException(sqlex); } return infoVector; }
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// grab the keys of all BusinessEntities published by 'publisherID'. keyVector = BusinessEntityTable.selectByPublisherID(publisherID,connection); } catch(java.sql.SQLException sqlex) { throw new RegistryException(sqlex); } return keyVector; }
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// grab the keys of all TModels published by 'publisherID'. keyVector = TModelTable.selectByPublisherID(publisherID,connection); } catch(java.sql.SQLException sqlex) { throw new RegistryException(sqlex); } return keyVector; }
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} } } catch(java.sql.SQLException sqlex) { throw new RegistryException(sqlex); } }
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if (assertions.size() > 0) PublisherAssertionTable.deleteDeadAssertions(connection); } catch(java.sql.SQLException sqlex) { throw new RegistryException(sqlex); } }
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Vector keys = BusinessEntityTable.selectByPublisherID(publisherID,connection); assertions = PublisherAssertionTable.selectAssertions(keys,connection); } catch(java.sql.SQLException sqlex) { throw new RegistryException(sqlex); } return assertions; }
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} } } catch(java.sql.SQLException sqlex) { throw new RegistryException(sqlex); } return items; }
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PublisherTable.insert(publisher,connection); } } catch(java.sql.SQLException sqlex) { throw new RegistryException(sqlex); } }