func (cpv1 *ContentProviderV1) ProvideQueryData(dal *release.Dal, dtim_info *DtimInfo, result models.DataSetter) error {
result_data := make(map[string]interface{})
current := models.CurrentCps{}
available := make(map[string]map[string]map[string][]string)
for _, cp_info := range dtim_info.CpMap {
images := getCurrentCpImages(cp_info)
if len(images) >= 2 {
ci := models.CpAndImages{}
ci.Version = cp_info.Version
ci.Images = images
current[cp_info.Mode] = ci
}
data, err := getCpAndImages(dal, cp_info, dtim_info.HasRFIC)
if err != nil {
return err
}
available[cp_info.Mode] = data
}
if len(available) == 0 || len(current) == 0 {
return fmt.Errorf(ota_constant.ERROR_MSG_NO_AVAILABLE_CP)
}
result_data["available"] = available
result_data["current"] = current
result.SetData(result_data)
return nil
}
func (cpv2 *ContentProviderV2) ProvideQueryData(dal *release.Dal, dtim_info *DtimInfo, result models.DataSetter) error {
result_data := make(map[string]interface{})
current := models.CurrentCps{}
available := make(map[string]map[string]map[string][]string)
for _, cp_info := range dtim_info.CpMap {
images := getCurrentCpImages(cp_info)
if len(images) >= 2 {
ci := models.CpAndImages{}
ci.Version = cp_info.Version
ci.Images = images
current[cp_info.Mode] = ci
}
data, err := getCpAndImages(dal, cp_info, dtim_info.HasRFIC)
if err != nil {
return err
}
available[cp_info.Mode] = data
}
if len(available) == 0 || len(current) == 0 {
return fmt.Errorf(ota_constant.ERROR_MSG_NO_AVAILABLE_CP)
}
mode_count := len(available)
available_array := make([]models.ModeNode, mode_count)
for mode, versions := range available {
mode_node := models.ModeNode{}
mode_node.Mode = mode
version_count := len(versions)
cp_array := make([]models.CpNode, 0, version_count)
for version, images := range versions {
cp := models.CpNode{}
image_count := len(images)
image_array := make([]models.ImageNode, image_count)
for id, image_list := range images {
image_node := models.ImageNode{}
image_node.ImageName = id
image_node.Images = image_list
switch id {
case ota_constant.KEY_ARBEL:
image_array[0] = image_node
case ota_constant.KEY_MSA:
image_array[1] = image_node
case ota_constant.KEY_RFIC:
image_array[2] = image_node
}
}
cp.VersionNo = version
cp.ImageArray = image_array
cp_array = append(cp_array, cp)
}
mode_node.CpArray = SortCpArray(cp_array)
switch mode {
case cp_constant.MODE_HLWB, cp_constant.MODE_HLTD, cp_constant.MODE_LWG:
available_array[0] = mode_node
case cp_constant.MODE_HLWB_DSDS, cp_constant.MODE_HLTD_DSDS, cp_constant.MODE_LTG:
available_array[1] = mode_node
}
}
result_data["available"] = available_array
result_data["current"] = current
result.SetData(result_data)
return nil
}