def convert_article_xml(file_xml_path):
obj_xmltree = xml.loadToXML(file_xml_path)
obj_xml = obj_xmltree.getroot()
obj_xml.set("specific-use", "sps-1.9")
obj_xml.set("dtd-version", "1.1")
xml_sps = SPS_Package(obj_xmltree)
# CONVERTE O BODY DO AM PARA SPS
xml_sps.transform_body()
# CONVERTE PUB-DATE PARA SPS 1.9
xml_sps.transform_pubdate()
# CONSTROI O SCIELO-id NO XML CONVERTIDO
xml_sps.create_scielo_id()
# Remove a TAG <counts> do XML
xml_sps.transform_article_meta_count()
languages = "-".join(xml_sps.languages)
_, fname = os.path.split(file_xml_path)
fname, fext = fname.rsplit(".", 1)
new_file_xml_path = os.path.join(config.get("CONVERSION_PATH"),
"%s.%s.%s" % (fname, languages, fext))
xml.objXML2file(new_file_xml_path, xml_sps.xmltree, pretty=True)
def convert_article_xml(file_xml_path: str,
spy=False,
poison_pill=PoisonPill()):
if poison_pill.poisoned:
return
logger.info(os.path.basename(file_xml_path))
obj_xmltree = xml.loadToXML(file_xml_path)
obj_xml = obj_xmltree.getroot()
obj_xml.set("specific-use", "sps-1.9")
obj_xml.set("dtd-version", "1.1")
xml_sps = SPS_Package(obj_xmltree)
# CONVERTE O BODY DO AM PARA SPS
xml_sps.transform_body(spy)
# Transforma XML em SPS 1.9
xml_sps.transform_content()
# Completa datas presentes na base artigo e ausente no XML
json_file_path = Path(config.get("SOURCE_PATH")).joinpath(
Path(xml_sps.scielo_pid_v2 + ".json"))
article = xylose_converter.json_file_to_xylose_article(json_file_path)
document_pubdate, issue_pubdate = get_article_dates(article)
xml_sps.complete_pub_date(document_pubdate, issue_pubdate)
# Remove a TAG <counts> do XML
xml_sps.transform_article_meta_count()
languages = "-".join(xml_sps.languages)
_, fname = os.path.split(file_xml_path)
fname, fext = fname.rsplit(".", 1)
new_file_xml_path = os.path.join(config.get("CONVERSION_PATH"),
"%s.%s.%s" % (fname, languages, fext))
xml.objXML2file(new_file_xml_path, xml_sps.xmltree, pretty=True)
