// parseVariableComment method parse variable comment data and return
// variable struct
func parseVariableComment(name, value string, data []string) *Variable {
if len(data) == 0 || sliceutil.Contains([]string{"private", "PRIVATE", "-"}, strings.TrimRight(data[0], " ")) {
return nil
}
variable := &Variable{
Name: name,
Value: value,
}
data, t := getVariableType(data)
if t == VAR_TYPE_UKNOWN {
t = guessVariableType(value)
}
variable.Type = t
variable.Desc = data
return variable
}
// parseMethodComment method parse method comment data and return
// method struct
func parseMethodComment(name string, data []string) *Method {
if len(data) == 0 || sliceutil.Contains([]string{"private", "PRIVATE", "-"}, strings.TrimRight(data[0], " ")) {
return nil
}
method := &Method{Name: name}
for index, line := range data {
if methodArgRegExp.MatchString(line) {
if method.Desc == nil {
method.Desc = extractMethodDesc(data, index)
}
method.Arguments = append(method.Arguments, parseArgumentComment(line))
continue
}
if strings.HasPrefix(line, "Code:") {
if method.Desc == nil {
method.Desc = extractMethodDesc(data, index)
}
retValue := line[6:]
if negativeValRegexp.MatchString(retValue) {
continue
}
method.ResultCode = true
}
if strings.HasPrefix(line, "Echo:") {
if method.Desc == nil {
method.Desc = extractMethodDesc(data, index)
}
echoValue := line[6:]
if negativeValRegexp.MatchString(echoValue) {
continue
}
method.ResultEcho = parseVariableComment("", "", []string{echoValue})
}
if strings.HasPrefix(line, "Example:") {
if method.Desc == nil {
method.Desc = extractMethodDesc(data, index)
}
method.Example = getCleanData(data[index+1:])
break // Example is last part of comment
}
}
if method.Desc == nil {
method.Desc = extractMethodDesc(data, len(data))
}
return method
}