func EntitySetNull(
entity *df.Entity, propertyName string, colInfo *df.ColumnInfo, update bool) {
switch colInfo.GoType {
case "string":
df.SetEntityValue(entity, propertyName, "")
case "sql.NullString":
df.SetEntityValue(entity, propertyName, new(sql.NullString))
case "pq.NullTime":
nt := new(pq.NullTime)
nt.Valid = false
df.SetEntityValue(entity, propertyName, nt)
case "df.NullDate":
df.SetEntityValue(entity, propertyName, new(df.NullDate))
case "df.NullTimestamp":
df.SetEntityValue(entity, propertyName, new(df.NullTimestamp))
case "df.NullNumeric":
df.SetEntityValue(entity, propertyName, new(df.NullNumeric))
case "df.MysqlNullDate":
df.SetEntityValue(entity, propertyName, new(df.MysqlNullDate))
case "df.MysqlNullTime":
df.SetEntityValue(entity, propertyName, new(df.MysqlNullTime))
case "df.MysqlNullTimestamp":
df.SetEntityValue(entity, propertyName, new(df.MysqlNullTimestamp))
case "sql.NullInt64":
df.SetEntityValue(entity, propertyName, new(sql.NullInt64))
case "sql.NullFloat64":
df.SetEntityValue(entity, propertyName, new(sql.NullFloat64))
case "sql.NullBool":
df.SetEntityValue(entity, propertyName, new(sql.NullBool))
default:
if update {
panic("必須項目未入力です。 項目名:" + propertyName)
}
}
}
func TestTimeOrNull(t *testing.T) {
var (
nullTime pq.NullTime
value driver.Value
err error
)
// When the time is nil
nullTime = TimeOrNull(nil)
// nullTime.Valid should be false
assert.False(t, nullTime.Valid)
// nullInt.Value() should return nil
value, err = nullTime.Value()
assert.Nil(t, err)
assert.Nil(t, value)
// When the time is time.Time instance
now := time.Now()
nullTime = TimeOrNull(&now)
// nullTime.Valid should be true
assert.True(t, nullTime.Valid)
// nullTime.Value() should return the time.Time
value, err = nullTime.Value()
assert.Nil(t, err)
assert.Equal(t, now, value)
}
func setTimer(rows *sql.Rows) (*Timer, error) {
var finishedAt pq.NullTime
var createdAt pq.NullTime
timer := Timer{}
err := rows.Scan(&timer.ID, &timer.User, &timer.Name, &createdAt, &finishedAt)
if err != nil {
return nil, err
}
val, err := createdAt.Value()
if err != nil {
return nil, err
}
if val != nil {
timer.CreatedAt = &createdAt.Time
}
val, err = finishedAt.Value()
if err != nil {
return nil, err
}
if val != nil {
timer.FinishedAt = &finishedAt.Time
}
return &timer, nil
}
func CreateNullTime(v time.Time) pq.NullTime {
var nt pq.NullTime
nt.Valid = true
nt.Time = v
return nt
}
// TimeOrNull returns properly confiigured pq.TimeNull
func TimeOrNull(t interface{}) pq.NullTime {
nullTime := new(pq.NullTime)
nullTime.Scan(t)
return *nullTime
}
// convertArt converts a slurped article into jl form
func convertArt(src *slurp.Article) (*jl.Article, []*jl.UnresolvedJourno) {
now := time.Now()
bestURL := src.CanonicalURL
if bestURL == "" {
bestURL = src.URLs[0]
}
pub := jl.NewPublication(src.Publication.Domain, src.Publication.Name)
var pubDate pq.NullTime
t, err := time.Parse(time.RFC3339, src.Published)
if err == nil {
pubDate.Time = t
pubDate.Valid = true
} // else pubDate is NULL
wordCnt := sql.NullInt64{0, false}
rawTxt := ""
if src.Content != "" {
// parse and render to raw text
doc, err := html.Parse(strings.NewReader(src.Content))
if err == nil {
rawTxt = htmlutil.RenderNode(doc)
}
}
tags := []jl.Tag{}
if rawTxt != "" {
// count words
cnt := len(wordPat.FindAllString(rawTxt, -1))
if cnt > 0 {
wordCnt = sql.NullInt64{int64(cnt), true}
}
tags = jl.ExtractTagsFromText(rawTxt)
}
art := &jl.Article{
ID: 0, // note: we generate our own IDs at the JL end
Title: src.Headline,
Byline: "",
Description: "",
Content: src.Content,
PubDate: pubDate,
FirstSeen: now,
LastSeen: now,
Permalink: bestURL,
SrcURL: bestURL,
URLs: make([]string, len(src.URLs)),
Publication: pub,
LastScraped: pq.NullTime{now, true},
WordCount: wordCnt,
Status: 'a',
Tags: tags,
}
copy(art.URLs, src.URLs)
// authors
authors := []*jl.UnresolvedJourno{}
for _, a := range src.Authors {
u := &jl.UnresolvedJourno{
Name: a.Name,
// TODO: Email, rel-author, twitter, etc..
}
authors = append(authors, u)
}
return art, authors
}
