func (obj *Idcsv) load(t *tool.TFile) {
headStr := t.NextLine(0) //the first line
headArr := strings.Split(*headStr, ",")
num := len(headArr)
if num < 2 {
fmt.Println("error format for dict")
return
}
L:
for {
lineStr := t.Next()
if lineStr == nil {
break L
}
lineArr := strings.Split(*lineStr, ",")
if len(lineArr) != num {
fmt.Printf("error format string #%v#, bad num #%v#%v#\n", lineStr, len(lineArr), num)
continue
}
for idx, str := range headArr {
if str != "" || lineArr[idx] == "" {
continue
}
obj.addItem(lineArr[idx-1], strings.Trim(lineArr[idx], " "))
}
}
}
func (r *RoutEx) loadMap(t *tool.TFile) map[int]string {
m := make(map[int]string)
L:
for {
lineStr := t.Next()
if lineStr == nil {
break L
}
// lineArr := strings.Split(*lineStr, ",")
locked := false
lineArr := strings.FieldsFunc(*lineStr, func(ru rune) bool {
rlt := false
switch ru {
case ',':
if !locked {
rlt = true
}
case '"':
locked = !locked
}
return rlt
})
if len(lineArr) != 2 {
fmt.Printf("dict-ex.go error #%v#\n", len(lineArr))
continue
}
keyStr := strings.TrimFunc(lineArr[0], tool.NumberNF)
keyInt, err := strconv.Atoi(keyStr)
if err != nil {
fmt.Printf("dict-ex error key : #%v#\n", keyStr)
continue
}
if m[keyInt] != "" {
fmt.Printf("had : %v", m[keyInt])
continue
}
m[keyInt] = strings.Trim(lineArr[1], "\"")
}
return m
}
// End used to
func (r *Rout) End(ch core.RoutineChan) {
var t *tool.TFile
var ok bool
if t, ok = ch.(*tool.TFile); !ok {
fmt.Println("dict-csv.go error")
return
}
headStr := t.NextLine(0) //the first line
headArr := strings.Split(*headStr, ",")
num := len(headArr)
if num < 2 {
fmt.Println("error format for dict")
return
}
L:
for {
lineStr := t.Next()
if lineStr == nil {
break L
}
lineArr := make([]string, num)
formatKey([]rune(*lineStr), lineArr)
if len(lineArr) != num {
fmt.Printf("error format string #%v#, bad num #%v#%v#\n", *lineStr, len(lineArr), num)
continue
}
for idx, str := range headArr {
if str != "" || lineArr[idx] == "" {
continue
}
addItem(r.Dict, lineArr[idx-1], strings.Trim(lineArr[idx], " "))
}
}
}