func UpdateCoral(ren render.Render, mediaManager *media.Manager, r *http.Request, db *sql.DB, params martini.Params, sessionMessages *template.Messages) {
id, _ := strconv.ParseInt(params["id"], 10, 64)
coral := entity.NewCoral()
coral.Populate(getCoralMap(r, params["id"]))
val, errors := validation.ValidateCoral(coral, db, CORAL)
if val {
_, err := repository.UpdateCoral(coral, db, params["id"])
if err != nil {
log.Println(err)
sessionMessages.AddDanger("Failed to update coral.")
} else {
sessionMessages.AddSuccess("Successfully update coral.")
updatePopularNames(db, id, CORAL, coral.GetPopularNames().GetValues())
createMedia(r, mediaManager, db, sessionMessages, CORAL, id)
}
ren.Redirect("/coral")
} else {
for k, msg := range errors {
sessionMessages.AddDanger(k + ": " + msg)
}
ren.Redirect("/coral/" + params["id"])
}
}
func CreateCoral(ren render.Render, mediaManager *media.Manager, r *http.Request, db *sql.DB, params martini.Params, sessionMessages *template.Messages) {
coral := entity.NewCoral()
coral.Populate(getCoralMap(r, ""))
val, errors := validation.ValidateCoral(coral, db, CORAL)
if val {
res, err := repository.InsertCoral(coral, db)
if err != nil {
log.Println(err)
sessionMessages.AddDanger("Failed to create coral.")
} else {
sessionMessages.AddSuccess("Successfully created coral.")
id, _ := res.LastInsertId()
insertPopularNames(db, id, CORAL, coral.GetPopularNames().GetValues())
createMedia(r, mediaManager, db, sessionMessages, CORAL, id)
}
ren.Redirect("/coral")
} else {
for k, msg := range errors {
sessionMessages.AddDanger(k + ": " + msg)
}
ren.Redirect("/coral/new")
}
}
func GetCorals(db *sql.DB) ([]*entity.Coral, error) {
defer recoverDbPanic()
corals := []*entity.Coral{}
stmt := getStatement("coral_list", CORAL_LIST_QUERY, db)
if stmt == nil {
return corals, errors.New("Query could not be created.")
}
rows, err := stmt.Query()
defer rows.Close()
if err != nil {
return corals, err
}
for rows.Next() {
coral := entity.NewCoral()
err := rows.Scan(
&coral.Id,
&coral.Name,
&coral.Family,
&coral.WaterConditions.Temperature.Min,
&coral.WaterConditions.Temperature.Max,
&coral.WaterConditions.CarbonateHardness.Min,
&coral.WaterConditions.CarbonateHardness.Max,
&coral.WaterConditions.Calcium.Min,
&coral.WaterConditions.Calcium.Max,
&coral.WaterConditions.Magnesium.Min,
&coral.WaterConditions.Magnesium.Max,
&coral.WaterConditions.No3.Min,
&coral.WaterConditions.No3.Max,
&coral.WaterConditions.Po4.Min,
&coral.WaterConditions.Po4.Max,
&coral.GrowthHeight,
&coral.Flow,
&coral.Toxic,
&coral.LightRequirement,
&coral.Difficulty,
&coral.GrowthRate,
)
if err != nil {
return corals, err
}
corals = append(corals, coral)
}
return corals, err
}
func GetCoral(db *sql.DB, coral_id string) (*entity.Coral, error) {
defer recoverDbPanic()
stmt := getStatement("coral_item", CORAL_ITEM_QUERY, db)
if stmt == nil {
return nil, errors.New("Query could not be created.")
}
rows, err := stmt.Query(coral_id)
defer rows.Close()
if err != nil || !rows.Next() {
return nil, err
}
coral := entity.NewCoral()
err = rows.Scan(
&coral.Id,
&coral.Name,
&coral.Family,
&coral.WaterConditions.Temperature.Min,
&coral.WaterConditions.Temperature.Max,
&coral.WaterConditions.CarbonateHardness.Min,
&coral.WaterConditions.CarbonateHardness.Max,
&coral.WaterConditions.Calcium.Min,
&coral.WaterConditions.Calcium.Max,
&coral.WaterConditions.Magnesium.Min,
&coral.WaterConditions.Magnesium.Max,
&coral.WaterConditions.No3.Min,
&coral.WaterConditions.No3.Max,
&coral.WaterConditions.Po4.Min,
&coral.WaterConditions.Po4.Max,
&coral.GrowthHeight,
&coral.Flow,
&coral.Toxic,
&coral.LightRequirement,
&coral.Difficulty,
&coral.GrowthRate,
)
return coral, err
}
