func PopulateContactType(row mysql.Row, res mysql.Result, ch chan ContactType) {
ctype := ContactType{
ID: row.Int(res.Map("contactTypeID")),
Name: row.Str(res.Map("name")),
}
ch <- ctype
}
func fillStruct(row mysql.Row, sample reflect.Value, rowIndex int) {
rowSize := len(row)
// 遍历输入的结构体, 将每个类型的值缓冲地址存到scanparam中
for i := 0; i < sample.NumField(); i++ {
v := sample.Field(i)
if i >= rowSize {
log.Printf("out of row size, %d, rowsize: %d", i, rowSize)
continue
}
//log.Println(i, rowIndex, row.Str(rowIndex))
switch v.Kind() {
case reflect.Int32, reflect.Uint32, reflect.Int64:
v.SetInt(row.ForceInt64(rowIndex))
case reflect.String:
v.SetString(row.Str(rowIndex))
case reflect.Struct:
fillStruct(row, v, rowIndex)
default:
log.Printf("dbfw.makeScanParam unsupport type: %s", v.Type())
}
rowIndex++
}
}
func (c Country) PopulateCountry(row mysql.Row, res mysql.Result, ch chan Country) {
country := Country{
ID: row.Int(res.Map("countryID")),
Name: row.Str(res.Map("name")),
Abbr: row.Str(res.Map("abbr")),
}
ch <- country
}
func (m MapIcon) PopulateIcon(row mysql.Row, res mysql.Result, ch chan MapIcon) {
icon := MapIcon{
ID: row.Int(res.Map("ID")),
DealerTierID: row.Int(res.Map("tier")),
DealerTypeID: row.Int(res.Map("dealer_type")),
MapIcon: row.Str(res.Map("mapicon")),
MapIconShadow: row.Str(res.Map("mapiconshadow")),
}
ch <- icon
}
func (d DealerType) PopulateType(row mysql.Row, res mysql.Result, ch chan DealerType) {
dealertype := DealerType{
ID: row.Int(res.Map("dealer_type")),
Name: row.Str(res.Map("type")),
Online: row.Bool(res.Map("online")),
Show: row.Bool(res.Map("show")),
Label: row.Str(res.Map("label")),
}
ch <- dealertype
}
func (l LandingPage) populateLandingPageImage(row mysql.Row, res mysql.Result, ch chan LandingPageImage) {
image := LandingPageImage{
ID: row.Int(res.Map("id")),
LandingPageID: row.Int(res.Map("landingPageID")),
URL: row.Str(res.Map("url")),
Sort: row.Int(res.Map("sort")),
}
ch <- image
}
func (s State) PopulateState(row mysql.Row, res mysql.Result, ch chan State) {
state := State{
ID: row.Int(res.Map("stateID")),
CountryID: row.Int(res.Map("countryID")),
Name: row.Str(res.Map("state")),
Abbr: row.Str(res.Map("abbr")),
}
ch <- state
}
func (l LandingPage) populateLandingPageData(row mysql.Row, res mysql.Result, ch chan LandingPageData) {
data := LandingPageData{
ID: row.Int(res.Map("id")),
LandingPageID: row.Int(res.Map("landingPageID")),
Key: row.Str(res.Map("dataKey")),
Value: row.Str(res.Map("dataValue")),
}
ch <- data
}
func (r ContactReceiver) PopulateContactReceiver(row mysql.Row, res mysql.Result, ch chan ContactReceiver) {
receiver := ContactReceiver{
ID: row.Int(res.Map("contactReceiverID")),
FirstName: row.Str(res.Map("first_name")),
LastName: row.Str(res.Map("last_name")),
Email: row.Str(res.Map("email")),
}
receiver.GetTypes()
ch <- receiver
}
func PopulateRevision(row mysql.Row, res mysql.Result, ch chan ContentRevision) {
var revision ContentRevision
id := res.Map("revisionID")
contentID := res.Map("contentID")
contentText := res.Map("content_text")
createdOn := res.Map("createdOn")
active := res.Map("active")
revision = ContentRevision{
ID: row.Int(id),
ContentID: row.Int(contentID),
ContentText: row.Str(contentText),
CreatedOn: row.Time(createdOn, UTC),
Active: row.Bool(active),
}
ch <- revision
}
func (d DealerTier) PopulateTier(row mysql.Row, res mysql.Result, ch chan DealerTier) {
tier := DealerTier{
ID: row.Int(res.Map("ID")),
Name: row.Str(res.Map("tier")),
Sort: row.Int(res.Map("sort")),
}
ch <- tier
}
func (m MapicsCode) PopulateCode(row mysql.Row, res mysql.Result, ch chan MapicsCode) {
code := MapicsCode{
ID: row.Int(res.Map("mCodeID")),
Code: row.Str(res.Map("code")),
Description: row.Str(res.Map("description")),
}
ch <- code
}
func (f *FAQ) PopulateFAQ(row mysql.Row, res mysql.Result, ch chan FAQ) {
faq := FAQ{
ID: row.Int(res.Map("faqID")),
Question: row.Str(res.Map("question")),
Answer: row.Str(res.Map("answer")),
}
ch <- faq
}
func (c Customer) PopulateSimpleCustomer(row mysql.Row, res mysql.Result, ch chan Customer) {
customer := Customer{
ID: row.Int(res.Map("cust_id")),
Name: row.Str(res.Map("name")),
CustomerID: row.Int(res.Map("customerID")),
}
ch <- customer
}
func (c BlogCategory) PopulateCategory(row mysql.Row, res mysql.Result, ch chan BlogCategory) {
category := BlogCategory{
ID: row.Int(res.Map("blogCategoryID")),
Name: row.Str(res.Map("name")),
Slug: row.Str(res.Map("slug")),
Active: row.Bool(res.Map("active")),
}
ch <- category
}
func (s SalesRep) PopulateSalesRep(row mysql.Row, res mysql.Result, ch chan SalesRep) {
rep := SalesRep{
ID: row.Int(res.Map("salesRepID")),
Name: row.Str(res.Map("name")),
Code: row.Str(res.Map("code")),
CustomerCount: row.Int(res.Map("customercount")),
}
ch <- rep
}
func (c Customer) PopulateCustomer(row mysql.Row, res mysql.Result, ch chan Customer) {
customer := Customer{
ID: row.Int(res.Map("cust_id")),
Name: row.Str(res.Map("name")),
Email: row.Str(res.Map("email")),
Address: row.Str(res.Map("address")),
Address2: row.Str(res.Map("address2")),
City: row.Str(res.Map("city")),
StateID: row.Int(res.Map("stateID")),
PostalCode: row.Str(res.Map("postal_code")),
Phone: row.Str(res.Map("phone")),
Fax: row.Str(res.Map("fax")),
ContactPerson: row.Str(res.Map("contact_person")),
DealerTypeID: row.Int(res.Map("dealer_type")),
Latitude: row.Str(res.Map("latitude")),
Longitude: row.Str(res.Map("longitude")),
Website: row.Str(res.Map("website")),
CustomerID: row.Int(res.Map("customerID")),
IsDummy: row.Bool(res.Map("isDummy")),
ParentID: row.Int(res.Map("parentID")),
SearchURL: row.Str(res.Map("searchURL")),
ELocalURL: row.Str(res.Map("eLocalURL")),
Logo: row.Str(res.Map("logo")),
MapicsCodeID: row.Int(res.Map("mCodeID")),
SalesRepID: row.Int(res.Map("salesRepID")),
APIKey: row.Str(res.Map("APIKey")),
Tier: row.Int(res.Map("tier")),
ShowWebsite: row.Bool(res.Map("showWebsite")),
LocationCount: row.Int(res.Map("locationCount")),
UserCount: row.Int(res.Map("userCount")),
PropertyCount: row.Int(res.Map("propertyCount")),
}
ch <- customer
}
func (n NewsItem) PopulateNewsItem(row mysql.Row, res mysql.Result, ch chan NewsItem) {
item := NewsItem{
ID: row.Int(res.Map("newsItemID")),
Title: row.Str(res.Map("title")),
Lead: row.Str(res.Map("lead")),
Content: row.Str(res.Map("content")),
PublishStart: row.Time(res.Map("publishStart"), UTC),
PublishEnd: row.Time(res.Map("publishEnd"), UTC),
Active: row.Bool(res.Map("active")),
Slug: row.Str(res.Map("slug")),
}
ch <- item
}
func PopulateContent(row mysql.Row, res mysql.Result, ch chan Content) {
cid := res.Map("contentID")
contentType := res.Map("content_type")
pageTitle := res.Map("page_title")
createdDate := res.Map("createdDate")
lastModified := res.Map("lastModified")
metaTitle := res.Map("meta_title")
metaDesc := res.Map("meta_description")
keywords := res.Map("keywords")
isPrimary := res.Map("isPrimary")
published := res.Map("published")
active := res.Map("active")
slug := res.Map("slug")
requireAuth := res.Map("requireAuthentication")
canonical := res.Map("canonical")
var content Content
id := row.Int(cid)
revCh := make(chan ContentRevisions)
go GetContentRevisions(id, revCh)
revisions := <-revCh
content = Content{
ID: id,
ContentType: row.Str(contentType),
PageTitle: row.Str(pageTitle),
CreatedDate: row.Time(createdDate, UTC),
LastModified: row.Time(lastModified, UTC),
MetaTitle: row.Str(metaTitle),
MetaDescription: row.Str(metaDesc),
Keywords: row.Str(keywords),
Primary: row.Bool(isPrimary),
Published: row.Bool(published),
Active: row.Bool(active),
Slug: row.Str(slug),
RequireAuth: row.Bool(requireAuth),
Canonical: row.Str(canonical),
Revisions: revisions,
ActiveRevision: revisions.GetActiveRevision(),
}
ch <- content
}
func (c CustomerUser) PopulateUser(row mysql.Row, res mysql.Result, ch chan CustomerUser) {
user := CustomerUser{
ID: row.Str(res.Map("id")),
CustID: row.Int(res.Map("cust_ID")),
CustomerID: row.Int(res.Map("customerID")),
Name: row.Str(res.Map("name")),
Email: row.Str(res.Map("email")),
DateAdded: row.Time(res.Map("date_added"), UTC),
Active: row.Bool(res.Map("active")),
LocationID: row.Int(res.Map("locationID")),
IsSudo: row.Bool(res.Map("isSudo")),
NotCustomer: row.Bool(res.Map("NotCustomer")),
}
ch <- user
}
func (c Contact) PopulateContact(row mysql.Row, res mysql.Result, ch chan Contact) {
contact := Contact{
ID: row.Int(res.Map("contactID")),
FirstName: row.Str(res.Map("first_name")),
LastName: row.Str(res.Map("last_name")),
Email: row.Str(res.Map("email")),
Phone: row.Str(res.Map("phone")),
Subject: row.Str(res.Map("subject")),
Message: row.Str(res.Map("message")),
Created: row.Time(res.Map("createdDate"), UTC),
Type: row.Str(res.Map("type")),
Address1: row.Str(res.Map("address1")),
Address2: row.Str(res.Map("address2")),
City: row.Str(res.Map("city")),
PostalCode: row.Str(res.Map("postalcode")),
Country: row.Str(res.Map("country")),
}
ch <- contact
}
func (p Post) PopulatePost(row mysql.Row, res mysql.Result, ch chan Post) {
post := Post{
ID: row.Int(res.Map("blogPostID")),
Title: row.Str(res.Map("post_title")),
Slug: row.Str(res.Map("slug")),
Content: row.Str(res.Map("post_text")),
Published: row.Time(res.Map("publishedDate"), UTC),
Created: row.Time(res.Map("createdDate"), UTC),
LastModified: row.Time(res.Map("lastModified"), UTC),
UserID: row.Int(res.Map("userID")),
MetaTitle: row.Str(res.Map("meta_title")),
MetaDesc: row.Str(res.Map("meta_description")),
Keywords: row.Str(res.Map("keywords")),
Active: row.Bool(res.Map("active")),
}
catchan := make(chan BlogCategories)
comchan := make(chan Comments)
authchan := make(chan User)
go func(ch chan User) {
author, _ := GetUserByID(post.UserID)
ch <- author
}(authchan)
go func(ch chan Comments) {
comments, _ := post.GetComments()
ch <- comments
}(comchan)
go func(ch chan BlogCategories) {
categories, _ := post.GetCategories()
ch <- categories
}(catchan)
post.Author = <-authchan
post.Categories = <-catchan
post.Comments = <-comchan
ch <- post
}
// LoadRecord loads a mysql into a struct
func LoadRecord(r interface{}, res mysql.Result, row mysql.Row) {
s := structs.New(r)
var err error
for _, f := range s.Fields() {
for index, field := range res.Fields() {
if strings.ToLower(field.Name) == strings.ToLower(f.Name()) {
unsigned := (field.Flags & _FLAG_UNSIGNED) != 0
switch field.Type {
default:
err = f.Set(row.Str(index))
case MYSQL_TYPE_BIT:
err = f.Set(row.Bin(index)[0] == 1)
case MYSQL_TYPE_STRING, MYSQL_TYPE_VAR_STRING, MYSQL_TYPE_VARCHAR,
MYSQL_TYPE_BLOB, MYSQL_TYPE_TINY_BLOB,
MYSQL_TYPE_MEDIUM_BLOB, MYSQL_TYPE_LONG_BLOB, MYSQL_TYPE_SET,
MYSQL_TYPE_ENUM, MYSQL_TYPE_GEOMETRY:
err = f.Set(row.Str(index))
case MYSQL_TYPE_TINY, MYSQL_TYPE_SHORT, MYSQL_TYPE_YEAR, MYSQL_TYPE_LONG, MYSQL_TYPE_INT24:
if unsigned {
err = f.Set(row.Uint(index))
if err != nil {
err = f.Set(row.Uint64(index))
if err != nil {
err = f.Set(row.Int(index))
}
}
} else {
err = f.Set(row.Int(index))
}
case MYSQL_TYPE_LONGLONG:
if unsigned {
err = f.Set(row.Uint64(index))
if err != nil {
err = f.Set(int64(row.Uint64(index)))
}
} else {
err = f.Set(int64(row.Uint64(index)))
}
case MYSQL_TYPE_FLOAT:
err = f.Set(math.Float32frombits(uint32(row.Uint(index))))
case MYSQL_TYPE_DOUBLE:
err = f.Set(math.Float64frombits(row.Uint64(index)))
case MYSQL_TYPE_DECIMAL, MYSQL_TYPE_NEWDECIMAL:
if row.Str(index) != "" {
r, err := strconv.ParseFloat(row.Str(index), 64)
if err == nil {
err = f.Set(decimal.NewFromFloat(r))
if err != nil {
fmt.Printf("error parsing Decimal field %s %s, %v \n", field.Name, row.Str(index), err)
}
} else {
fmt.Printf("error parsing Decimal field %s %s, %v \n", field.Name, row.Str(index), err)
}
}
case MYSQL_TYPE_DATE, MYSQL_TYPE_NEWDATE, MYSQL_TYPE_DATETIME, MYSQL_TYPE_TIMESTAMP:
tmp := row.Str(index)
if tmp != "" {
t, err := time.Parse("2006-01-02 15:04:05", row.Str(index))
// check out http://stackoverflow.com/questions/14106541/go-parsing-date-time-strings-which-are-not-standard-formats
// and https://golang.org/src/time/format.go the string 2006-01-02 15:04:05 is not arbitrary and is not a date, it is the
// actual format string.
if err != nil {
t, err = time.Parse("2006-01-02", row.Str(index))
if err != nil {
fmt.Printf("error parsing date field %s %s, %v \n", field.Name, row.Str(index), err)
}
}
err = f.Set(t)
if err != nil {
fmt.Printf("Error setting date %s %s => %v \n", field.Name, row.Str(index), t)
}
}
case MYSQL_TYPE_TIME:
err = f.Set(row.Duration(index))
}
if err != nil {
fmt.Printf("Error setting value on %s => %v\n", field.Name, err)
}
break
}
}
}
}
func (v Video) PopulateVideo(row mysql.Row, res mysql.Result, ch chan Video) {
video := Video{
ID: row.Int(res.Map("videoID")),
EmbedLink: row.Str(res.Map("embed_link")),
DateAdded: row.Time(res.Map("dateAdded"), UTC),
Sort: row.Int(res.Map("sort")),
Title: row.Str(res.Map("title")),
Description: row.Str(res.Map("description")),
YouTubeID: row.Str(res.Map("youtubeID")),
WatchPage: row.Str(res.Map("watchpage")),
Screenshot: row.Str(res.Map("screenshot")),
}
ch <- video
}
func (c CustomerLocation) PopulateLocation(row mysql.Row, res mysql.Result, ch chan CustomerLocation) {
location := CustomerLocation{
ID: row.Int(res.Map("locationID")),
CustomerID: row.Int(res.Map("cust_id")),
Name: row.Str(res.Map("name")),
Address: row.Str(res.Map("address")),
City: row.Str(res.Map("city")),
StateID: row.Int(res.Map("stateID")),
PostalCode: row.Str(res.Map("postalCode")),
Email: row.Str(res.Map("email")),
Phone: row.Str(res.Map("phone")),
Fax: row.Str(res.Map("fax")),
Latitude: row.Float(res.Map("latitude")),
Longitude: row.Float(res.Map("longitude")),
ContactPerson: row.Str(res.Map("contact_person")),
IsPrimary: row.Bool(res.Map("isprimary")),
ShippingDefault: row.Bool(res.Map("ShippingDefault")),
}
ch <- location
}
func (t Testimonial) PopulateTestimonial(row mysql.Row, res mysql.Result, ch chan Testimonial) {
testimonial := Testimonial{
ID: row.Int(res.Map("testimonialID")),
Rating: row.Float(res.Map("rating")),
Title: row.Str(res.Map("title")),
Content: row.Str(res.Map("testimonial")),
DateAdded: row.Time(res.Map("dateAdded"), UTC),
Approved: row.Bool(res.Map("approved")),
Active: row.Bool(res.Map("active")),
FirstName: row.Str(res.Map("first_name")),
LastName: row.Str(res.Map("last_name")),
Location: row.Str(res.Map("location")),
}
ch <- testimonial
}
func (c CustomerUser) PopulateKey(row mysql.Row, res mysql.Result, ch chan APIKey) {
keyType := APIKeyType{
ID: row.Str(res.Map("type_id")),
Type: row.Str(res.Map("type")),
DateAdded: row.Time(res.Map("typeDateAdded"), UTC),
}
key := APIKey{
ID: row.Str(res.Map("id")),
UserID: row.Str(res.Map("user_id")),
Key: row.Str(res.Map("api_key")),
TypeID: keyType.ID,
DateAdded: row.Time(res.Map("date_added"), UTC),
KeyType: keyType,
}
ch <- key
}
func PopulateMenu(row mysql.Row, res mysql.Result, ch chan Menu) {
id := res.Map("menuID")
name := res.Map("menu_name")
isPrimary := res.Map("isPrimary")
active := res.Map("active")
displayName := res.Map("display_name")
reqAuth := res.Map("requireAuthentication")
showOnSitemap := res.Map("showOnSitemap")
sort := res.Map("sort")
var menu Menu
menu = Menu{
ID: row.Int(id),
Name: row.Str(name),
Primary: row.Bool(isPrimary),
Active: row.Bool(active),
DisplayName: row.Str(displayName),
RequireAuth: row.Bool(reqAuth),
ShowOnSitemap: row.Bool(showOnSitemap),
Sort: row.Int(sort),
}
ch <- menu
}
func (c Comment) PopulateComment(row mysql.Row, res mysql.Result, ch chan Comment) {
comment := Comment{
ID: row.Int(res.Map("commentID")),
PostID: row.Int(res.Map("blogPostID")),
Name: row.Str(res.Map("name")),
Email: row.Str(res.Map("email")),
Comment: row.Str(res.Map("comment_text")),
Created: row.Time(res.Map("createdDate"), UTC),
Approved: row.Bool(res.Map("approved")),
Active: row.Bool(res.Map("active")),
}
ch <- comment
}
func PopulateMenuItem(row mysql.Row, res mysql.Result, ch chan MenuItem) {
var item MenuItem
mcid := res.Map("menuContentID")
menuID := res.Map("menuID")
contentID := res.Map("contentID")
menuSort := res.Map("menuSort")
menuTitle := res.Map("menuTitle")
menuLink := res.Map("menuLink")
parentID := res.Map("parentID")
linkTarget := res.Map("linkTarget")
id := row.Int(mcid)
if id > 0 {
cid := row.Int(contentID)
cch := make(chan Content)
go PopulateContent(row, res, cch)
item = MenuItem{
ID: id,
MenuID: row.Int(menuID),
ContentID: cid,
Sort: row.Int(menuSort),
Title: row.Str(menuTitle),
Link: row.Str(menuLink),
ParentID: row.Int(parentID),
LinkTarget: row.Bool(linkTarget),
Content: <-cch,
}
}
ch <- item
}