comment: Les classifications ATC et CLADIMED sont fusionnées dans cette table
columns:
  classification_atc_1_code:
    type: character varying(30)
    default: "''::character varying"
  classification_atc_1_id:
    type: bigint
    default: "0"
  classification_atc_1_texte:
    type: character varying(255)
    default: "''::character varying"
  classification_atc_2_code:
    type: character varying(30)
    default: "''::character varying"
  classification_atc_2_id:
    type: bigint
    default: "0"
  classification_atc_2_texte:
    type: character varying(255)
    default: "''::character varying"
  classification_atc_3_code:
    type: character varying(30)
    default: "''::character varying"
  classification_atc_3_id:
    type: bigint
    default: "0"
  classification_atc_3_texte:
    type: character varying(255)
    default: "''::character varying"
  classification_atc_4_code:
    type: character varying(30)
    default: "''::character varying"
  classification_atc_4_id:
    type: bigint
    default: "0"
  classification_atc_4_texte:
    type: character varying(255)
    default: "''::character varying"
  code:
    type: character varying(30)
    default: "''::character varying"
  code_original:
    type: text
    not_null: NOT NULL
  est_atc:
    type: text
    default: "''::text"
  est_cladimed:
    type: text
    default: "''::text"
  oid:
    type: bigint
    not_null: NOT NULL
    default: "nextval('s_classification_atc'::regclass)"
  section_code:
    type: 'character varying(10)[]'
  section_id:
    type: 'bigint[]'
  section_texte:
    type: 'character varying(255)[]'
  texte:
    type: text
  texte_court:
    type: character varying(255)
constraints:
  t_classification_atc_pkey:
    type: PRIMARY KEY
    column: oid
  t_classification_atc_ukey:
    type: UNIQUE
    column: code_original