func (bi BlobInfo) String() string {
b1 := new(bytes.Buffer)
b1.WriteString("FN: " + util.LowerCasedUnderscored(bi.Filename))
b1.WriteString(" Type: " + bi.ContentType)
b1.WriteString(" " + fmt.Sprintf("%v", bi.Size/1024) + "KB")
b1.WriteString(" BlobKey:" + fmt.Sprintf("%v", bi.BlobKey))
return b1.String()
}
// This was an attempt, to "catch" the uploaded blob
// and store it by myself into the datastore -
// where I would be able to delete it.
// But this failed - the actual blob data does not even reach the appengine.
// Only the blob-info data.
func dataStoreClone(w http.ResponseWriter, r *http.Request,
blob0 *BlobInfo, otherFormFields url.Values) {
return
wbl := dsu.WrapBlob{}
wbl.Category = "print"
wbl.Name = otherFormFields["title"][0] + " - " + otherFormFields["descr"][0]
wbl.Name += " - " + util.LowerCasedUnderscored(blob0.Filename)
wbl.Desc = fmt.Sprintf("%v", blob0.BlobKey)
wbl.S = blob0.ContentType
if len(otherFormFields["post_field_file"]) > 0 {
filecontent := otherFormFields["post_field_file"][0]
wbl.VByte = []byte(filecontent)
}
keyX2 := "bl" + time.Now().Format("060102_1504-05")
_, errDS := dsu.BufPut(w, r, wbl, keyX2)
util_err.Err_http(w, r, errDS, false)
}
func parseFurther(w http.ResponseWriter, r *http.Request, saveImages bool) {
c := appengine.NewContext(r)
b := new(bytes.Buffer)
defer func() {
w.Header().Set("Content-type", "text/plain; charset=utf-8")
w.Write(b.Bytes())
}()
// Get the item from the memcache
wb1 := new(dsu.WrapBlob)
ok := dsu.McacheGet(c, keyLatest, wb1)
util_err.Err_http(w, r, ok, true)
if ok {
b.WriteString(sp("name %v\n", wb1.Name))
b.WriteString(sp("S (boundary): %q\n", wb1.S))
// dumps the entire body
// b.WriteString(sp("B: %v\n", string(wb1.VByte)))
// instead we split it by multipart mime
vb := bytes.Split(wb1.VByte, []byte("--"+wb1.S))
for i, v := range vb {
h := "" // header
fn := "" // filename
s := string(v)
s = strings.Trim(s, "\r \n")
ctype := ""
b.WriteString(sp("\n___________mime boundary index %v___________\n", i))
if strings.HasPrefix(s, "Content-Type: image/png;") ||
strings.HasPrefix(s, "Content-Type: image/jpeg;") {
if start := strings.Index(s, sepHeaderContent); start > 0 {
h = s[:start]
vh := strings.Split(h, "\r\n")
for _, v := range vh {
v := strings.TrimSpace(v)
// b.WriteString("\t\t" + v + "\n")
if strings.HasPrefix(v, "name=") {
vv := strings.Split(v, "=")
fn = util.LowerCasedUnderscored(vv[1])
}
}
s = s[start+len(sepHeaderContent):]
if posSemicol := strings.Index(h, ";"); posSemicol > 0 {
ctype = h[0:posSemicol]
}
}
}
if ctype == "" {
b.WriteString("unparseable: " + util.Ellipsoider(s, 400))
} else {
b.WriteString(sp("\n\tctype=%v\n\t------------", ctype))
if fn != "" {
b.WriteString(sp("\n\tfilename=%v\n\t------------", fn))
}
if saveImages {
rE := resEntry{}
rE.when = util.TimeMarker()
rE.contentType = ctype
rE.fn = fn
rE.b64Img = &s
Images[reservoirRevolver%reservoirSize] = rE
reservoirRevolver++
c.Infof("Put image into reservoir %v %v", fn, ctype)
}
}
}
}
}