// checkDeviceID checks the specified device ID and sets an appropriate error message
// if there's something wrong with it.
// Returns true if is acceptable (valid).
func checkDeviceID(p *page.Params, devIDst string, isCar bool, devices []*ds.Device) (ok bool) {
var fieldName string
if isCar {
fieldName = `<span class="code">Car GPS Device</span>`
} else {
fieldName = `<span class="code">Personal Mobile GPS Device</span>`
}
if devIDst == "" {
if !isCar {
// Personal Mobile device is optional
return true
}
p.ErrorMsg = template.HTML(fieldName + " must be provided! Please select a Device from the list.")
return false
}
var devID int64
var err error
if devID, err = strconv.ParseInt(devIDst, 10, 64); err != nil {
p.ErrorMsg = template.HTML("Invalid " + fieldName + "! Please select a Device from the list.")
return false
}
// Check if device is owned by the user:
for _, d := range devices {
if d.KeyID == devID {
return true
}
}
p.ErrorMsg = "You do not have access to the specified Device! Please select a Device from the list."
return false
}
// checkMapPrevSize checks the specified Map preview size string and sets an appropriate error message
// if there's something wrong with it.
// Returns true if is acceptable (valid or empty).
func checkMapPrevSize(p *page.Params, settingName, mps string) (ok bool) {
if mps == "" {
return true
}
basemsg := `Invalid <span class="code">` + settingName + `</span>!`
parts := strings.Split(mps, "x")
if len(parts) != 2 {
p.ErrorMsg = template.HTML(basemsg)
return false
}
for i, part := range parts {
name := []string{"width", "height"}[i]
num, err := strconv.Atoi(part)
if err != nil {
p.ErrorMsg = SExecTempl(basemsg+` Invalid number for {{index . 0}}: <span class="highlight">{{index . 1}}</span>`, []interface{}{name, part})
return false
}
if num < 100 || num > 640 { // 640 is an API limit for free accounts
p.ErrorMsg = SExecTempl(basemsg+` {{index . 0}} is outside of valid range (100..640): <span class="highlight">{{index . 1}}</span>`, []interface{}{name, part})
return false
}
}
return true
}
// checkName checks the specified Device name and sets an appropriate error message
// if there's something wrong with it.
// Returns true if is acceptable (valid).
func checkName(p *page.Params, name string) (ok bool) {
switch {
case len(name) == 0:
p.ErrorMsg = template.HTML(`<span class="code">Name</span> must be specified!`)
return false
case len(name) > 500:
p.ErrorMsg = template.HTML(`<span class="code">Name</span> is too long! (cannot be longer than 500 characters)`)
return false
}
return true
}
// checkLogsRetention checks the specified logs retention and sets an appropriate error message
// if there's something wrong with it.
// Returns true if is acceptable (valid).
func checkLogsRetention(p *page.Params, logsRetention string) (ok bool) {
basemsg := `Invalid <span class="code">Logs Retention</span>!`
num, err := strconv.Atoi(logsRetention)
if err != nil {
p.ErrorMsg = template.HTML(basemsg)
return false
}
if num < 0 || num > 9999 {
p.ErrorMsg = SExecTempl(basemsg+` Value is outside of valid range (0..9,999): <span class="highlight">{{.}}</span>`, num)
return false
}
return true
}
// checkContactEmail checks the specified Contact Email and sets an appropriate erorr message
// if there's something wrong with it.
// Returns true if email is acceptable (valid or empty).
func checkContactEmail(p *page.Params, email string) (ok bool) {
if email == "" {
return true
}
if len(email) > 500 {
p.ErrorMsg = template.HTML(`<span class="code">Contact email</span> is too long! (cannot be longer than 500 characters)`)
return false
}
if _, err := mail.ParseAddressList(email); err != nil {
p.ErrorMsg = template.HTML(`Invalid <span class="code">Contact email</span>!`)
return false
}
return true
}
// checkAcceptTermsAndPolicy checks the specified accept terms and policty response and sets an appropriate erorr message
// if there's something wrong with it.
// Returns true if it is acceptable (checked).
func checkAcceptTermsAndPolicy(p *page.Params, atap string) (ok bool) {
if atap == "" {
p.ErrorMsg = "You must accept the Terms and Policy!"
return false
}
return true
}
// checkMobPageWidth checks the specified Mobile Page width string and sets an appropriate error message
// if there's something wrong with it.
// Returns true if is acceptable (valid or empty).
func checkMobPageWidth(p *page.Params, mpw string) (ok bool) {
if mpw == "" {
return true
}
basemsg := `Invalid <span class="code">Mobile Page width</span>!`
num, err := strconv.Atoi(mpw)
if err != nil {
p.ErrorMsg = SExecTempl(basemsg+` Invalid number: <span class="highlight">{{.}}</span>`, mpw)
return false
}
if num < 400 || num > 10000 {
p.ErrorMsg = SExecTempl(basemsg+` Value is outside of valid range (400..10000): <span class="highlight">{{.}}</span>`, num)
return false
}
return true
}
// checkLogsPageSize checks the specified Logs Page Size string and sets an appropriate error message
// if there's something wrong with it.
// Returns true if is acceptable (valid or empty).
func checkLogsPageSize(p *page.Params, lps string) (ok bool) {
if lps == "" {
return true
}
basemsg := `Invalid <span class="code">Logs Table Page Size</span>!`
num, err := strconv.Atoi(lps)
if err != nil {
p.ErrorMsg = SExecTempl(basemsg+` Invalid number: <span class="highlight">{{.}}</span>`, lps)
return false
}
if num < 5 || num > 30 {
p.ErrorMsg = SExecTempl(basemsg+` Value is outside of valid range (5..30): <span class="highlight">{{.}}</span>`, num)
return false
}
return true
}
// checkSearchPrecision checks the specified search precision and sets an appropriate error message
// if there's something wrong with it.
// Returns true if is acceptable (valid).
func checkSearchPrecision(p *page.Params, searchPrecision string) (ok bool) {
basemsg := `Invalid <span class="code">Search Precision</span>!`
num, err := strconv.ParseInt(searchPrecision, 10, 64)
if err != nil {
p.ErrorMsg = template.HTML(basemsg)
return false
}
if num < 0 || num > 1000*1000 {
p.ErrorMsg = SExecTempl(basemsg+` Value is outside of valid range (0..1,000,000): <span class="highlight">{{.}}</span>`, num)
return false
}
if num%100 != 0 {
p.ErrorMsg = SExecTempl(basemsg+` Value is not a multiple of 100: <span class="highlight">{{.}}</span>`, num)
return false
}
return true
}
// checkGoogleAccounts checks if previous and current Google Accounts match and sets an error message
// informing the user that the currently logged in Google Account has changed.
// Returns true if Google Accounts match.
func checkGoogleAccounts(p *page.Params, googleAccount string) (ok bool) {
if googleAccount == p.User.Email {
return true
}
const msg = `The current logged in user <span class="highlight">{{.User}}</span> does not match the <span class="code">Google Account</span>.<br/>
This is most likely due to you switched Google Accounts.<br/>
Click here to reload the {{.Page.Link}} page.`
p.ErrorMsg = SExecTempl(msg, p)
return false
}
// checkLocationName checks the specified Location name and sets an appropriate error message
// if there's something wrong with it.
// Returns true if is acceptable (valid or empty).
func checkLocationName(p *page.Params, locnam string) (ok bool) {
if locnam == "" {
return true
}
_, err := time.LoadLocation(locnam)
if err != nil {
p.ErrorMsg = template.HTML(`Invalid <span class="code">Location name</span>!`)
return false
}
return true
}
// checkMobMapImgFormat checks the specified Mobile Map image format and sets an appropriate error message
// if there's something wrong with it.
// Returns true if is acceptable (valid or empty).
func checkMobMapImgFormat(p *page.Params, imgFormat string) (ok bool) {
if imgFormat == "" {
return true
}
for _, v := range imgFormats {
if v == imgFormat {
return true
}
}
p.ErrorMsg = template.HTML(`Invalid <span class="code">Mobile Map image format</span>!`)
return false
}
// logs is the logic implementation of the Logs page.
func logs(p *page.Params) {
c := p.AppCtx
// First get devices
var devices []*ds.Device
if devices, p.Err = cache.GetDevListForAccKey(c, p.Account.GetKey(c)); p.Err != nil {
return
}
p.Custom["Devices"] = devices
fv := p.Request.FormValue
p.Custom["Before"] = fv("before")
p.Custom["After"] = fv("after")
p.Custom["SearchLoc"] = fv("loc")
if fv("devID") == "" {
// No device chosen yet
return
}
var err error
var devID int64
if devID, err = strconv.ParseInt(string(fv("devID")), 10, 64); err != nil {
p.ErrorMsg = "Invalid Device! Please select a Device from the list below."
return
}
// Check if device is owned by the user:
var dev *ds.Device
for _, d := range devices {
if d.KeyID == devID {
dev = d
p.Custom["Device"] = d
break
}
}
if dev == nil {
p.ErrorMsg = "You do not have access to the specified Device! Please select a Device from the list below."
return
}
// Parse filters:
var before time.Time
if fv("before") != "" {
if before, err = p.ParseTime(timeLayout, strings.TrimSpace(fv("before"))); err != nil {
p.ErrorMsg = template.HTML(`Invalid <span class="highlight">Before</span>!`)
return
}
// Add 1 second to the parsed time because fraction of a second is not parsed but exists,
// so this new time will also include records which has the same time up to the second part and has millisecond part too.
before = before.Add(time.Second)
}
var after time.Time
if fv("after") != "" {
if after, err = p.ParseTime(timeLayout, strings.TrimSpace(fv("after"))); err != nil {
p.ErrorMsg = template.HTML(`Invalid <span class="highlight">After</span>!`)
return
}
}
var searchLoc appengine.GeoPoint
areaCode := int64(-1)
if dev.Indexed() && fv("loc") != "" {
// GPS coordinates; lat must be in range -90..90, lng must be in range -180..180
baseErr := template.HTML(`Invalid <span class="highlight">Location</span>!`)
var coords = strings.Split(strings.TrimSpace(fv("loc")), ",")
if len(coords) != 2 {
p.ErrorMsg = baseErr
return
}
searchLoc.Lat, err = strconv.ParseFloat(coords[0], 64)
if err != nil {
p.ErrorMsg = baseErr
return
}
searchLoc.Lng, err = strconv.ParseFloat(coords[1], 64)
if err != nil {
p.ErrorMsg = baseErr
return
}
if !searchLoc.Valid() {
p.ErrorMsg = template.HTML(`Invalid <span class="highlight">Location</span> specified by latitude and longitude! Valid range: [-90, 90] latitude and [-180, 180] longitude`)
return
}
areaCode = AreaCodeForGeoPt(dev.AreaSize, searchLoc.Lat, searchLoc.Lng)
}
var page int
cursorsString := fv("cursors")
var cursors = strings.Split(cursorsString, ";")[1:] // Split always returns at least 1 element (and we use semicolon separator before cursors)
// Form values
if fv("page") == "" {
page = 1
} else {
page, err = strconv.Atoi(fv("page"))
if err != nil || page < 1 {
page = 1
}
if page > len(cursors) { // If page is provided, so are (should be) the cursors
page = len(cursors)
}
}
switch {
case fv("submitFirstPage") != "":
page = 1
case fv("submitPrevPage") != "":
if page > 1 {
page--
}
case fv("submitNextPage") != "":
page++
}
pageSize := p.Account.GetLogsPageSize()
if ps := fv("pageSize"); ps != "" && ps != strconv.Itoa(pageSize) {
// Page size has been changed (on Settings page), drop cursors, render page 1
page = 1
cursorsString = ""
cursors = make([]string, 0, 1)
}
// 'ts all good, proceed with the query:
q := datastore.NewQuery(ds.ENameGPS).Filter(ds.PNameDevKeyID+"=", devID)
if !before.IsZero() {
q = q.Filter(ds.PNameCreated+"<", before)
}
if !after.IsZero() {
q = q.Filter(ds.PNameCreated+">", after)
}
if areaCode >= 0 {
q = q.Filter(ds.PNameAreaCodes+"=", areaCode)
}
q = q.Order("-" + ds.PNameCreated).Limit(pageSize)
var records = make([]*ds.GPS, 0, pageSize)
// If there is a cursor, set it.
// Page - cursor index mapping: cursors[page-2]
// 1st page: no cursor, 2nd page: cursors[0], 3nd page: cursors[1], ...
if page > 1 && page <= len(cursors)+1 {
var cursor datastore.Cursor
if cursor, p.Err = datastore.DecodeCursor(cursors[page-2]); p.Err != nil {
return
}
q = q.Start(cursor)
}
// Iterate over the results:
t := q.Run(c)
for {
r := new(ds.GPS)
_, err := t.Next(r)
if err == datastore.Done {
break
}
if err != nil {
// Datastore error
p.Err = err
return
}
records = append(records, r)
r.Dd = -1 // For now, will be set if applicable
if r.Track() {
// Check the previous (in time) record and calculate distance.
// If previous is not a Track, check the one before that etc.
for i := len(records) - 2; i >= 0; i-- {
if prev := records[i]; prev.Track() {
prev.Dd = Distance(r.GeoPoint.Lat, r.GeoPoint.Lng, prev.GeoPoint.Lat, prev.GeoPoint.Lng)
prev.Dt = prev.Created.Sub(r.Created)
break
}
}
}
}
if len(records) == 0 {
// End of list reached, disable Next page button:
p.Custom["EndOfList"] = true
}
if page == 1 || page > len(cursors) {
// Get updated cursor and store it for next page:
var cursor datastore.Cursor
if cursor, p.Err = t.Cursor(); p.Err != nil {
return
}
cursorString := cursor.String()
if page == 1 {
// If new records were inserted, they appear on the first page in which case
// the cursor for the 2nd page changes (and all other cursors will change).
// In this case drop all the cursors:
if len(cursors) > 0 && cursors[0] != cursorString {
cursorsString = ""
cursors = make([]string, 0, 1)
}
} else {
// When end of list is reached, the same cursor will be returned
if len(records) == 0 && page == len(cursors)+1 && cursors[page-2] == cursorString {
// Add 1 extra, empty page, but not more.
if page > 2 && cursors[page-3] == cursorString {
// An extra, empty page has already been added, do not add more:
page--
}
}
}
if page > len(cursors) {
cursors = append(cursors, cursorString)
cursorsString += ";" + cursorString
}
}
// Calculate labels: '1'..'9' then 'A'...
for i, lbl := len(records)-1, '1'; i >= 0; i-- {
if r := records[i]; r.Track() {
r.Label = lbl
if lbl == '9' {
lbl = 'A' - 1
}
lbl++
}
}
p.Custom["CursorList"] = cursors
p.Custom["Cursors"] = cursorsString
p.Custom["Page"] = page
p.Custom["PageSize"] = pageSize
p.Custom["RecordOffset"] = (page-1)*pageSize + 1
p.Custom["Records"] = records
if p.Mobile {
p.Custom["MapWidth"], p.Custom["MapHeight"] = p.Account.GetMobMapPrevSize()
p.Custom["MapImgFormat"] = p.Account.GetMobMapImgFormat()
} else {
p.Custom["MapWidth"], p.Custom["MapHeight"] = p.Account.GetMapPrevSize()
}
p.Custom["APIKey"] = "AIzaSyCEU_tZ1n0-mMg4woGKIfPqdbi0leSKvjg"
p.Custom["AllMarkers"] = allMarkers(records)
if len(records) == 0 {
if page == 1 {
if before.IsZero() && after.IsZero() && areaCode < 0 {
p.Custom["PrintNoRecordsForDev"] = true
} else {
p.Custom["PrintNoMatchForFilters"] = true
}
} else {
p.Custom["PrintNoMoreRecords"] = true
}
}
}
// devices is the logic implementation of the Devices page.
func devices(p *page.Params) {
c := p.AppCtx
fv := p.Request.PostFormValue
// Initial values:
p.Custom["SearchPrecision"] = 1000
p.Custom["LogsRetention"] = 60
// Detect form submits:
switch {
case fv("submitAdd") != "":
// Add New Device form submitted!
// Checks:
switch {
case !checkName(p, fv("name")):
case !checkSearchPrecision(p, fv("searchPrecision")):
case !checkLogsRetention(p, fv("logsRetention")):
}
if p.ErrorMsg == nil {
// All data OK, save new Device
searchPrecision, _ := strconv.ParseInt(fv("searchPrecision"), 10, 64)
logsRetention, _ := strconv.Atoi(fv("logsRetention"))
dev := ds.Device{fv("name"), 0, logsRetention, "", time.Now(), 0}
dev.SetSearchPrecision(searchPrecision)
genNewRandID(p, &dev)
if p.Err != nil {
return
}
if _, p.Err = datastore.Put(c, datastore.NewIncompleteKey(c, ds.ENameDevice, p.Account.GetKey(c)), &dev); p.Err != nil {
return // Datastore error
}
p.InfoMsg = "New Device saved successfully."
// Clear from memcache:
cache.ClearDevListForAccKey(c, p.Account.GetKey(c))
} else {
// Submitted values
p.Custom["Name"] = fv("name")
p.Custom["SearchPrecision"] = fv("searchPrecision")
p.Custom["LogsRetention"] = fv("logsRetention")
}
case fv("submitRename") != "":
// Rename Device form submitted!
if !checkName(p, fv("name")) {
break
}
if devID, err := strconv.ParseInt(string(fv("devID")), 10, 64); err != nil {
p.ErrorMsg = "Invalid Device!"
} else {
devKey := datastore.NewKey(c, ds.ENameDevice, "", devID, p.Account.GetKey(c))
var dev ds.Device
if err = datastore.Get(c, devKey, &dev); err != nil {
if err == datastore.ErrNoSuchEntity {
p.ErrorMsg = "You do not have access to the specified Device!"
} else {
// Real datastore error
p.Err = err
return
}
} else {
// Proceed to rename
dev.Name = fv("name")
if _, p.Err = datastore.Put(c, devKey, &dev); p.Err != nil {
return // Datastore error
}
p.InfoMsg = "Device renamed successfully."
// Clear from memcache:
cache.ClearDevListForAccKey(c, p.Account.GetKey(c))
cache.ClearDeviceForRandID(c, dev.RandID)
dev.KeyID = devID // This is important (device is loaded freshly and not yet set)!
cache.CacheDevice(c, &dev)
}
}
case fv("submitGenNewKey") != "":
// Generate New Key form submitted!
if devID, err := strconv.ParseInt(string(fv("devID")), 10, 64); err != nil {
p.ErrorMsg = "Invalid Device!"
} else {
devKey := datastore.NewKey(c, ds.ENameDevice, "", devID, p.Account.GetKey(c))
var dev ds.Device
if err = datastore.Get(c, devKey, &dev); err != nil {
if err == datastore.ErrNoSuchEntity {
p.ErrorMsg = "You do not have access to the specified Device!"
} else {
// Real datastore error
p.Err = err
return
}
} else {
// Proceed to generate new key
// Store old RandID to remove it from cache if saving succeeds
oldRandID := dev.RandID
genNewRandID(p, &dev)
if p.Err != nil {
return
}
if _, p.Err = datastore.Put(c, devKey, &dev); p.Err != nil {
return // Datastore error
}
p.InfoMsg = template.HTML("New Key generated successfully.")
p.ImportantMsg = template.HTML("<b>Important!</b> You have to update the URL in the client application else further GPS tracking calls will be discarded!")
cache.ClearDeviceForRandID(c, oldRandID)
dev.KeyID = devID // This is important (device is loaded freshly and not yet set)!
cache.CacheDevice(c, &dev)
}
}
}
q := datastore.NewQuery(ds.ENameDevice).Ancestor(p.Account.GetKey(c)).Order(ds.PNameName)
var devices []*ds.Device
var devKeys []*datastore.Key
if devKeys, p.Err = q.GetAll(c, &devices); p.Err != nil {
return
}
for i := range devices {
devices[i].KeyID = devKeys[i].IntID()
}
p.Custom["Devices"] = devices
}
// register is the logic implementation of the Register page.
func register(p *page.Params) {
// Register page is special. Unlike with other pages we do have to check User and Account here
// Because even though Register page works with User, logged in user is not required for this page!
// User might have logged out on a separate tab
if p.User == nil {
return
}
// User might have registered on a different tab
if p.Account != nil {
return
}
fv := p.Request.PostFormValue
if fv("submitRegister") == "" {
// No form submitted. Initial values:
p.Custom["GoogleAccount"] = p.User.Email
return
}
p.Custom["GoogleAccount"] = fv("googleAccount")
p.Custom["ContactEmail"] = fv("contactEmail")
p.Custom["AcceptTermsAndPolicy"] = fv("acceptTermsAndPolicy")
// Checks:
switch {
case !checkGoogleAccounts(p, fv("googleAccount")):
case !checkContactEmail(p, fv("contactEmail")):
case !checkAcceptTermsAndPolicy(p, fv("acceptTermsAndPolicy")):
}
// UNTIL PROJECT GOES PUBLIC, DISABLE REGISTRATION:
if !appengine.IsDevAppServer() && p.ErrorMsg == nil {
p.ErrorMsg = "REGISTRATION IS CURRENTLY DISABLED! Contact the administrator if you would like to register!"
return
}
// END OF: UNTIL PROJECT GOES PUBLIC, DISABLE REGISTRATION
if p.ErrorMsg != nil {
return
}
// All data OK, save new Account
c := p.AppCtx
acc := ds.Account{Email: p.User.Email, Lemail: strings.ToLower(p.User.Email), UserID: p.User.ID, ContactEmail: fv("contactEmail"), Created: time.Now()}
var key *datastore.Key
if key, p.Err = datastore.Put(c, datastore.NewIncompleteKey(c, ds.ENameAccount, nil), &acc); p.Err == nil {
p.Custom["Created"] = true
acc.KeyID = key.IntID()
p.Account = &acc
// Put new Account into the cache
cache.CacheAccount(c, p.Account)
}
// Send registration email (Account info email)
const adminEmail = "Andras Belicza <*****@*****.**>"
msg := &mail.Message{
Sender: adminEmail,
To: []string{acc.Email},
Bcc: []string{adminEmail},
ReplyTo: adminEmail,
Subject: "[IczaGPS] Account Info",
Body: fmt.Sprintf(accountInfoMail, acc.Email),
}
if len(acc.ContactEmail) > 0 {
msg.Cc = []string{acc.ContactEmail}
}
if err := mail.Send(c, msg); err == nil {
c.Infof("Sent successful registration email.")
} else {
c.Errorf("Couldn't send email: %v", err)
}
}
// alerts is the logic implementation of the Alerts page.
func alerts(p *page.Params) {
c := p.AppCtx
// First get devices
var devices []*ds.Device
if devices, p.Err = cache.GetDevListForAccKey(c, p.Account.GetKey(c)); p.Err != nil {
return
}
p.Custom["Devices"] = devices
fv := p.Request.PostFormValue
// Detect form submits:
switch {
case fv("submitAdd") != "":
// Add New Alert form submitted!
// Checks:
switch {
case !checkDeviceID(p, fv("carDeviceID"), true, devices):
case !checkDeviceID(p, fv("persMobDeviceID"), false, devices):
}
if p.ErrorMsg == nil {
// So far so good. Futher checks: car and personal mobile device must differ
carDevID, _ := strconv.ParseInt(fv("carDeviceID"), 10, 64)
var persMobDevID int64
if fv("persMobDeviceID") != "" {
persMobDevID, _ = strconv.ParseInt(fv("persMobDeviceID"), 10, 64)
if carDevID == persMobDevID {
p.ErrorMsg = template.HTML(`<span class="code">Car GPS Device</span> and <span class="code">Personal Mobile GPS Device</span> cannot be the same!`)
}
}
if p.ErrorMsg == nil {
// So far still good. Furter check: same alert cannot be saved twice
q := datastore.NewQuery(ds.ENameAlert).Ancestor(p.Account.GetKey(c))
var alerts []*ds.Alert
if _, p.Err = q.GetAll(c, &alerts); p.Err != nil {
return
}
for _, alert := range alerts {
if alert.CarDevID == carDevID && alert.PersMobDevID == persMobDevID {
p.ErrorMsg = template.HTML(`An Alert with the same <span class="code">Car GPS Device</span> and <span class="code">Personal Mobile GPS Device</span> already exists!`)
}
}
}
if p.ErrorMsg == nil {
// All data OK, save new Alert
alert := ds.Alert{carDevID, persMobDevID, time.Now(), 0, "", ""}
if _, p.Err = datastore.Put(c, datastore.NewIncompleteKey(c, ds.ENameAlert, p.Account.GetKey(c)), &alert); p.Err != nil {
return // Datastore error
}
p.InfoMsg = "New Alert saved successfully."
}
}
case fv("submitDelete") != "":
// Delete Alert form submitted!
if alertID, err := strconv.ParseInt(string(fv("alertID")), 10, 64); err != nil {
p.ErrorMsg = "Invalid Alert!"
} else {
alertKey := datastore.NewKey(c, ds.ENameAlert, "", alertID, p.Account.GetKey(c))
// Check if
var alert ds.Alert
if err = datastore.Get(c, alertKey, &alert); err != nil {
if err == datastore.ErrNoSuchEntity {
p.ErrorMsg = "You do not have access to the specified Alert!"
} else {
// Real datastore error
p.Err = err
return
}
} else {
// Proceed to delete
if p.Err = datastore.Delete(c, alertKey); p.Err != nil {
return // Datastore error
}
p.InfoMsg = "Alert deleted successfully."
}
}
}
q := datastore.NewQuery(ds.ENameAlert).Ancestor(p.Account.GetKey(c))
var alerts []*ds.Alert
var alertKeys []*datastore.Key
if alertKeys, p.Err = q.GetAll(c, &alerts); p.Err != nil {
return
}
for i, alert := range alerts {
alert.KeyID = alertKeys[i].IntID()
for _, d := range devices {
switch d.KeyID {
case alert.CarDevID:
alert.CarDevName = d.Name
case alert.PersMobDevID:
alert.PersMobDevName = d.Name
}
}
}
p.Custom["Alerts"] = alerts
}