// Iterate emits Converter elements via XML decoding.
func (s Genios) Iterate(r io.Reader) (<-chan []span.Importer, error) {
return span.FromXML(r, "Document", func(d *xml.Decoder, se xml.StartElement) (span.Importer, error) {
doc := new(Document)
err := d.DecodeElement(&doc, &se)
return doc, err
})
}
// Iterate. Most data is in a single XML file.
func (s IEEE) Iterate(r io.Reader) (<-chan []span.Importer, error) {
return span.FromXML(r, "publication", func(d *xml.Decoder, se xml.StartElement) (span.Importer, error) {
p := new(Publication)
err := d.DecodeElement(&p, &se)
return p, err
})
}
// Iterate emits Converter elements via XML decoding.
func (s DeGruyter) Iterate(r io.Reader) (<-chan []span.Importer, error) {
return span.FromXML(r, "article", func(d *xml.Decoder, se xml.StartElement) (span.Importer, error) {
article := new(Article)
err := d.DecodeElement(&article, &se)
return article, err
})
}
// Iterate emits Converter elements via XML decoding.
func (s DublinCore) Iterate(r io.Reader) (<-chan []span.Importer, error) {
return span.FromXML(r, "Record", func(d *xml.Decoder, se xml.StartElement) (span.Importer, error) {
doc := new(Record)
err := d.DecodeElement(&doc, &se)
return doc, err
})
}
// Iterate emits Converter elements via XML decoding.
func (s Thieme) Iterate(r io.Reader) (<-chan []span.Importer, error) {
switch s.Format {
default:
return span.FromXML(r, "Article", func(d *xml.Decoder, se xml.StartElement) (span.Importer, error) {
doc := new(Document)
err := d.DecodeElement(&doc, &se)
return doc, err
})
case "nlm":
return span.FromXML(r, "article", func(d *xml.Decoder, se xml.StartElement) (span.Importer, error) {
doc := new(Article)
err := d.DecodeElement(&doc, &se)
return doc, err
})
}
}