func (pub *Publication) Get(w http.ResponseWriter, r *http.Request) {
id := router.Params(r).ByName("id")
sess := pub.GetDbh().NewSession(nil)
var pubRow pubData
err := sess.Select(
"pub.title",
"pub.volume",
"pub.series_name",
"pub.issue",
"pub.pages",
"pub.uniquename",
"cvterm.name",
"pub.pubplace",
"pub.pyear",
).From("pub").Join("cvterm", dbr.Eq("pub.type_id", "cvterm.cvterm_id")).
Where(
dbr.And(
dbr.Eq("pub.uniquename", id),
dbr.Eq("pub.is_obsolete", "0"),
),
).LoadStruct(&pubRow)
if err != nil {
render.DatabaseError(w, err)
return
}
props, err := pub.getProps(sess, id)
if err != nil {
render.DatabaseError(w, err)
return
}
// Now check if authors needs to be included
var authors []*publication.Author
params := r.URL.Query()
if val, ok := params["include"]; ok {
if val[0] == "authors" {
_, err := sess.Select(
"pubauthor.pubauthor_id",
"pubauthor.rank",
"pubauthor.surname",
"pubauthor.givennames",
).From("pubauthor").
Join("pub", dbr.Eq("pubauthor.pub_id", "pub.pub_id")).
Where(
dbr.And(
dbr.Eq("pub.uniquename", id),
dbr.Eq("pub.is_obsolete", "0"),
),
).LoadStructs(&authors)
if err != nil {
render.DatabaseError(w, err)
return
}
}
}
// publication type struct that will be converted to json
pubj := &publication.Publication{
ID: pubRow.PubId,
Title: pubRow.Title,
Journal: pubRow.Journal,
Year: pubRow.Year,
Volume: pubRow.Volume.String,
Pages: pubRow.Pages.String,
PubType: pubRow.PubType,
Source: pubRow.Source,
Issue: pubRow.Issue.String,
}
for _, p := range props {
v := p.Value
switch p.Term {
case "doi":
pubj.Doi = v
case "status":
pubj.Status = v
case "month":
pubj.Month = v
case "issn":
pubj.Issn = v
case "abstract":
pubj.Abstract = v
}
}
if len(authors) > 0 {
pubj.Authors = authors
}
render.Resource(pubj, resources.GetAPIServerInfo(r, pub.PathPrefix), w)
}
func (pub *Publication) GetAll(w http.ResponseWriter, r *http.Request) {
pageProps := resources.GetPaginationProp(r)
// Get the total no of publications
sess := pub.GetDbh().NewSession(nil)
var count int
err := sess.Select("count(pub_id)").From("pub").LoadValue(&count)
if err != nil {
render.DatabaseError(w, err)
return
}
pageProps.Records = count
// Now get a list of publications within that page range
var pubRows []*pubData
err = sess.Select(
"pub.title",
"pub.volume",
"pub.series_name",
"pub.issue",
"pub.pages",
"pub.uniquename",
"cvterm.name",
"pub.pubplace",
"pub.pyear",
).From("pub").
Join("cvterm", dbr.Eq("pub.type_id", "cvterm.cvterm_id")).
Where(dbr.Eq("pub.is_obsolete", "0")).
Paginate(uint64(pageProps.Current), uint64(pageProps.Entries)).
LoadStruct(&pubRows)
if err != nil {
render.DatabaseError(w, err)
return
}
var pubSlice []*publication.Publication
for _, pb := range pubRows {
props, err := pub.getProps(sess, pb.PubId)
if err != nil {
render.DatabaseError(w, err)
return
}
pubj := &publication.Publication{
ID: pb.PubId,
Title: pb.Title,
Journal: pb.Journal,
Year: pb.Year,
Volume: pb.Volume.String,
Pages: pb.Pages.String,
PubType: pb.PubType,
Source: pb.Source,
Issue: pb.Issue.String,
}
for _, p := range props {
v := p.Value
switch p.Term {
case "doi":
pubj.Doi = v
case "status":
pubj.Status = v
case "month":
pubj.Month = v
case "issn":
pubj.Issn = v
case "abstract":
pubj.Abstract = v
}
}
pubSlice = append(pubSlice, pubj)
}
render.ResourceCollection(pubSlice, resources.GetAPIServerInfo(r, pub.PathPrefix), w, pageProps)
}