func parseWord2(needle string, arrayNode string, sectionNode string) [][]string {
tblResArray = [][]string{}
var instance []interface{}
groups2 = instance
for _, group := range dataSelection {
result := uscore.HasVal(group.(map[string]interface{}), needle)
if !result {
continue
}
dataTypeSwitch2(group.(map[string]interface{})[arrayNode], sectionNode)
tblResArray2, _ = uscore.HasKey(groups1, "tc", "", "t")
}
return tblResArray2
}
func parseWord3(needle string, arrayNode string, sectionNode string) [][]string {
var tblResArray [][]string
for _, tbl := range dataSelection {
result := uscore.HasVal(tbl.(map[string]interface{}), needle)
if !result {
continue
}
rows := tbl.(map[string]interface{})["tr"].([]interface{})
var cellsArray [][]string
var ok bool
for _, row := range rows {
cellArr, arrOk := row.(map[string]interface{})["tc"].([]interface{})
cellMap, mapOk := row.(map[string]interface{})["tc"].(map[string]interface{})
if arrOk {
cellsArray, ok = uscore.HasKey(cellArr, "", "", "t")
} else if mapOk {
cellsArray, ok = uscore.HasKey(cellMap, "", "", "t")
} else {
cellsArray, ok = [][]string{}, false
continue
}
if ok {
for _, d := range cellsArray {
tblResArray = append(tblResArray, d)
}
//tblResArray = cellsArray
}
}
}
return tblResArray
}