net.liftweb.proto.ProtoUser.scala Maven / Gradle / Ivy
/*
* Copyright 2006-2011 WorldWide Conferencing, LLC
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package net.liftweb
package proto
import net.liftweb.http._
import js._
import JsCmds._
import scala.xml.{NodeSeq, Node, Text, Elem}
import scala.xml.transform._
import net.liftweb.sitemap._
import net.liftweb.sitemap.Loc._
import net.liftweb.util.Helpers._
import net.liftweb.util._
import net.liftweb.common._
import net.liftweb.util.Mailer._
import S._
/**
* A prototypical user class with abstractions to the underlying storage
*/
trait ProtoUser {
/**
* The underlying record for the User
*/
type TheUserType
/**
* Bridges from TheUserType to methods used in this class
*/
protected trait UserBridge {
/**
* Convert the user's primary key to a String
*/
def userIdAsString: String
/**
* Return the user's first name
*/
def getFirstName: String
/**
* Return the user's last name
*/
def getLastName: String
/**
* Get the user's email
*/
def getEmail: String
/**
* Is the user a superuser
*/
def superUser_? : Boolean
/**
* Has the user been validated?
*/
def validated_? : Boolean
/**
* Does the supplied password match the actual password?
*/
def testPassword(toTest: Box[String]): Boolean
/**
* Set the validation flag on the user and return the user
*/
def setValidated(validation: Boolean): TheUserType
/**
* Set the unique ID for this user to a new value
*/
def resetUniqueId(): TheUserType
/**
* Return the unique ID for the user
*/
def getUniqueId(): String
/**
* Validate the user
*/
def validate: List[FieldError]
/**
* Given a list of string, set the password
*/
def setPasswordFromListString(in: List[String]): TheUserType
/**
* Save the user to backing store
*/
def save: Boolean
/**
* Get a nice name for the user
*/
def niceName: String = (getFirstName, getLastName, getEmail) match {
case (f, l, e) if f.length > 1 && l.length > 1 => f+" "+l+" ("+e+")"
case (f, _, e) if f.length > 1 => f+" ("+e+")"
case (_, l, e) if l.length > 1 => l+" ("+e+")"
case (_, _, e) => e
}
/**
* Get a short name for the user
*/
def shortName: String = (getFirstName, getLastName) match {
case (f, l) if f.length > 1 && l.length > 1 => f+" "+l
case (f, _) if f.length > 1 => f
case (_, l) if l.length > 1 => l
case _ => getEmail
}
/**
* Get an email link
*/
def niceNameWEmailLink = {niceName}
}
/**
* Convert an instance of TheUserType to the Bridge trait
*/
protected implicit def typeToBridge(in: TheUserType): UserBridge
/**
* Get a nice name for the user
*/
def niceName(inst: TheUserType): String = inst.niceName
/**
* Get a nice name for the user
*/
def shortName(inst: TheUserType): String = inst.shortName
/**
* Get an email link for the user
*/
def niceNameWEmailLink(inst: TheUserType): Elem = inst.niceNameWEmailLink
/**
* A generic representation of a field. For example, this represents the
* abstract "name" field and is used along with an instance of TheCrudType
* to compute the BaseField that is the "name" field on the specific instance
* of TheCrudType
*/
type FieldPointerType
/**
* Based on a FieldPointer, build a FieldPointerBridge
*/
protected implicit def buildFieldBridge(from: FieldPointerType): FieldPointerBridge
protected trait FieldPointerBridge {
/**
* What is the display name of this field?
*/
def displayHtml: NodeSeq
/**
* Does this represent a pointer to a Password field
*/
def isPasswordField_? : Boolean
}
/**
* The list of fields presented to the user at sign-up
*/
def signupFields: List[FieldPointerType]
/**
* The list of fields presented to the user for editing
*/
def editFields: List[FieldPointerType]
/**
* What template are you going to wrap the various nodes in
*/
def screenWrap: Box[Node] = Empty
/**
* The base path for the user related URLs. Override this
* method to change the base path
*/
def basePath: List[String] = "user_mgt" :: Nil
/**
* The path suffix for the sign up screen
*/
def signUpSuffix: String = "sign_up"
/**
* The computed path for the sign up screen
*/
lazy val signUpPath = thePath(signUpSuffix)
/**
* The path suffix for the login screen
*/
def loginSuffix = "login"
/**
* The computed path for the login screen
*/
lazy val loginPath = thePath(loginSuffix)
/**
* The path suffix for the lost password screen
*/
def lostPasswordSuffix = "lost_password"
/**
* The computed path for the lost password screen
*/
lazy val lostPasswordPath = thePath(lostPasswordSuffix)
/**
* The path suffix for the reset password screen
*/
def passwordResetSuffix = "reset_password"
/**
* The computed path for the reset password screen
*/
lazy val passwordResetPath = thePath(passwordResetSuffix)
/**
* The path suffix for the change password screen
*/
def changePasswordSuffix = "change_password"
/**
* The computed path for change password screen
*/
lazy val changePasswordPath = thePath(changePasswordSuffix)
/**
* The path suffix for the logout screen
*/
def logoutSuffix = "logout"
/**
* The computed pat for logout
*/
lazy val logoutPath = thePath(logoutSuffix)
/**
* The path suffix for the edit screen
*/
def editSuffix = "edit"
/**
* The computed path for the edit screen
*/
lazy val editPath = thePath(editSuffix)
/**
* The path suffix for the validate user screen
*/
def validateUserSuffix = "validate_user"
/**
* The calculated path to the user validation screen
*/
lazy val validateUserPath = thePath(validateUserSuffix)
/**
* The application's home page
*/
def homePage = "/"
/**
* If you want to redirect a user to a different page after login,
* put the page here
*/
object loginRedirect extends SessionVar[Box[String]](Empty) {
override lazy val __nameSalt = Helpers.nextFuncName
}
/**
* A helper class that holds menu items for the path
*/
case class MenuItem(name: String, path: List[String],
loggedIn: Boolean) {
lazy val endOfPath = path.last
lazy val pathStr: String = path.mkString("/", "/", "")
lazy val display = name match {
case null | "" => false
case _ => true
}
}
/**
* Calculate the path given a suffix by prepending the basePath to the suffix
*/
protected def thePath(end: String): List[String] = basePath ::: List(end)
/**
* Return the URL of the "login" page
*/
def loginPageURL = loginPath.mkString("/","/", "")
/**
* Inverted loggedIn_?
*/
def notLoggedIn_? = !loggedIn_?
/**
* A Menu.LocParam to test if the user is logged in
*/
lazy val testLogginIn = If(loggedIn_? _, S.?("must.be.logged.in")) ;
/**
* A Menu.LocParam to test if the user is a super user
*/
lazy val testSuperUser = If(superUser_? _, S.?("must.be.super.user"))
/**
* A Menu.LocParam for testing if the user is logged in and if they're not,
* redirect them to the login page
*/
def loginFirst = If(
loggedIn_? _,
() => {
import net.liftweb.http.{RedirectWithState, RedirectState}
val uri = S.uriAndQueryString
RedirectWithState(
loginPageURL,
RedirectState( ()=>{loginRedirect.set(uri)})
)
}
)
/**
* Is there a user logged in and are they a superUser?
*/
def superUser_? : Boolean = currentUser.map(_.superUser_?) openOr false
/**
* The menu item for login (make this "Empty" to disable)
*/
def loginMenuLoc: Box[Menu] =
Full(Menu(Loc("Login" + menuNameSuffix, loginPath, S.?("login"), loginMenuLocParams ::: globalUserLocParams)))
/**
* If you want to include a LocParam (e.g. LocGroup) on all the
* User menus, add them here
*/
protected def globalUserLocParams: List[LocParam[Unit]] = Nil
/**
* The LocParams for the menu item for login.
* Overwrite in order to add custom LocParams. Attention: Not calling super will change the default behavior!
*/
protected def loginMenuLocParams: List[LocParam[Unit]] =
If(notLoggedIn_? _, S.?("already.logged.in")) ::
Template(() => wrapIt(login)) ::
Nil
/**
* If you have more than 1 ProtoUser in your application, you'll need to distinguish the menu names.
* Do so by changing the menu name suffix so that there are no name clashes
*/
protected def menuNameSuffix: String = ""
/**
* The menu item for logout (make this "Empty" to disable)
*/
def logoutMenuLoc: Box[Menu] =
Full(Menu(Loc("Logout" + menuNameSuffix, logoutPath, S.?("logout"), logoutMenuLocParams ::: globalUserLocParams)))
/**
* The LocParams for the menu item for logout.
* Overwrite in order to add custom LocParams. Attention: Not calling super will change the default behavior!
*/
protected def logoutMenuLocParams: List[LocParam[Unit]] =
Template(() => wrapIt(logout)) ::
testLogginIn ::
Nil
/**
* The menu item for creating the user/sign up (make this "Empty" to disable)
*/
def createUserMenuLoc: Box[Menu] =
Full(Menu(Loc("CreateUser" + menuNameSuffix, signUpPath, S.?("sign.up"), createUserMenuLocParams ::: globalUserLocParams)))
/**
* The LocParams for the menu item for creating the user/sign up.
* Overwrite in order to add custom LocParams. Attention: Not calling super will change the default behavior!
*/
protected def createUserMenuLocParams: List[LocParam[Unit]] =
Template(() => wrapIt(signupFunc.map(_()) openOr signup)) ::
If(notLoggedIn_? _, S.?("logout.first")) ::
Nil
/**
* The menu item for lost password (make this "Empty" to disable)
*/
def lostPasswordMenuLoc: Box[Menu] =
Full(Menu(Loc("LostPassword" + menuNameSuffix, lostPasswordPath, S.?("lost.password"), lostPasswordMenuLocParams ::: globalUserLocParams))) // not logged in
/**
* The LocParams for the menu item for lost password.
* Overwrite in order to add custom LocParams. Attention: Not calling super will change the default behavior!
*/
protected def lostPasswordMenuLocParams: List[LocParam[Unit]] =
Template(() => wrapIt(lostPassword)) ::
If(notLoggedIn_? _, S.?("logout.first")) ::
Nil
/**
* The menu item for resetting the password (make this "Empty" to disable)
*/
def resetPasswordMenuLoc: Box[Menu] =
Full(Menu(Loc("ResetPassword" + menuNameSuffix, (passwordResetPath, true), S.?("reset.password"), resetPasswordMenuLocParams ::: globalUserLocParams))) //not Logged in
/**
* The LocParams for the menu item for resetting the password.
* Overwrite in order to add custom LocParams. Attention: Not calling super will change the default behavior!
*/
protected def resetPasswordMenuLocParams: List[LocParam[Unit]] =
Hidden ::
Template(() => wrapIt(passwordReset(snarfLastItem))) ::
If(notLoggedIn_? _, S.?("logout.first")) ::
Nil
/**
* The menu item for editing the user (make this "Empty" to disable)
*/
def editUserMenuLoc: Box[Menu] =
Full(Menu(Loc("EditUser" + menuNameSuffix, editPath, S.?("edit.user"), editUserMenuLocParams ::: globalUserLocParams)))
/**
* The LocParams for the menu item for editing the user.
* Overwrite in order to add custom LocParams. Attention: Not calling super will change the default behavior!
*/
protected def editUserMenuLocParams: List[LocParam[Unit]] =
Template(() => wrapIt(editFunc.map(_()) openOr edit)) ::
testLogginIn ::
Nil
/**
* The menu item for changing password (make this "Empty" to disable)
*/
def changePasswordMenuLoc: Box[Menu] =
Full(Menu(Loc("ChangePassword" + menuNameSuffix, changePasswordPath, S.?("change.password"), changePasswordMenuLocParams ::: globalUserLocParams)))
/**
* The LocParams for the menu item for changing password.
* Overwrite in order to add custom LocParams. Attention: Not calling super will change the default behavior!
*/
protected def changePasswordMenuLocParams: List[LocParam[Unit]] =
Template(() => wrapIt(changePassword)) ::
testLogginIn ::
Nil
/**
* The menu item for validating a user (make this "Empty" to disable)
*/
def validateUserMenuLoc: Box[Menu] =
Full(Menu(Loc("ValidateUser" + menuNameSuffix, (validateUserPath, true), S.?("validate.user"), validateUserMenuLocParams ::: globalUserLocParams)))
/**
* The LocParams for the menu item for validating a user.
* Overwrite in order to add custom LocParams. Attention: Not calling super will change the default behavior!
*/
protected def validateUserMenuLocParams: List[LocParam[Unit]] =
Hidden ::
Template(() => wrapIt(validateUser(snarfLastItem))) ::
If(notLoggedIn_? _, S.?("logout.first")) ::
Nil
/**
* An alias for the sitemap property
*/
def menus: List[Menu] = sitemap // issue 182
/**
* Insert this LocParam into your menu if you want the
* User's menu items to be inserted at the same level
* and after the item
*/
final case object AddUserMenusAfter extends Loc.LocParam[Any]
/**
* replace the menu that has this LocParam with the User's menu
* items
*/
final case object AddUserMenusHere extends Loc.LocParam[Any]
/**
* Insert this LocParam into your menu if you want the
* User's menu items to be children of that menu
*/
final case object AddUserMenusUnder extends Loc.LocParam[Any]
private lazy val AfterUnapply = SiteMap.buildMenuMatcher(_ == AddUserMenusAfter)
private lazy val HereUnapply = SiteMap.buildMenuMatcher(_ == AddUserMenusHere)
private lazy val UnderUnapply = SiteMap.buildMenuMatcher(_ == AddUserMenusUnder)
/**
* The SiteMap mutator function
*/
def sitemapMutator: SiteMap => SiteMap = SiteMap.sitemapMutator {
case AfterUnapply(menu) => menu :: sitemap
case HereUnapply(_) => sitemap
case UnderUnapply(menu) => List(menu.rebuild(_ ::: sitemap))
}(SiteMap.addMenusAtEndMutator(sitemap))
lazy val sitemap: List[Menu] =
List(loginMenuLoc, createUserMenuLoc,
lostPasswordMenuLoc, resetPasswordMenuLoc,
editUserMenuLoc, changePasswordMenuLoc,
validateUserMenuLoc, logoutMenuLoc).flatten(a => a)
def skipEmailValidation = false
def userMenu: List[Node] = {
val li = loggedIn_?
ItemList.
filter(i => i.display && i.loggedIn == li).
map(i => ({i.name}))
}
protected def snarfLastItem: String =
(for (r <- S.request) yield r.path.wholePath.last) openOr ""
lazy val ItemList: List[MenuItem] =
List(MenuItem(S.?("sign.up"), signUpPath, false),
MenuItem(S.?("log.in"), loginPath, false),
MenuItem(S.?("lost.password"), lostPasswordPath, false),
MenuItem("", passwordResetPath, false),
MenuItem(S.?("change.password"), changePasswordPath, true),
MenuItem(S.?("log.out"), logoutPath, true),
MenuItem(S.?("edit.profile"), editPath, true),
MenuItem("", validateUserPath, false))
var onLogIn: List[TheUserType => Unit] = Nil
var onLogOut: List[Box[TheUserType] => Unit] = Nil
/**
* This function is given a chance to log in a user
* programmatically when needed
*/
var autologinFunc: Box[()=>Unit] = Empty
def loggedIn_? = {
if(!currentUserId.isDefined)
for(f <- autologinFunc) f()
currentUserId.isDefined
}
def logUserIdIn(id: String) {
curUser.remove()
curUserId(Full(id))
}
def logUserIn(who: TheUserType, postLogin: () => Nothing): Nothing = {
if (destroySessionOnLogin) {
S.session.openOrThrowException("we have a session here").destroySessionAndContinueInNewSession(() => {
logUserIn(who)
postLogin()
})
} else {
logUserIn(who)
postLogin()
}
}
def logUserIn(who: TheUserType) {
curUserId.remove()
curUser.remove()
curUserId(Full(who.userIdAsString))
curUser(Full(who))
onLogIn.foreach(_(who))
}
def logoutCurrentUser = logUserOut()
def logUserOut() {
onLogOut.foreach(_(curUser))
curUserId.remove()
curUser.remove()
S.session.foreach(_.destroySession())
}
/**
* There may be times when you want to be another user
* for some stack frames. Here's how to do it.
*/
def doWithUser[T](u: Box[TheUserType])(f: => T): T =
curUserId.doWith(u.map(_.userIdAsString)) {
curUser.doWith(u) {
f
}
}
private object curUserId extends SessionVar[Box[String]](Empty) {
override lazy val __nameSalt = Helpers.nextFuncName
}
def currentUserId: Box[String] = curUserId.get
private object curUser extends RequestVar[Box[TheUserType]](currentUserId.flatMap(userFromStringId)) with CleanRequestVarOnSessionTransition {
override lazy val __nameSalt = Helpers.nextFuncName
}
/**
* Given a String representing the User ID, find the user
*/
protected def userFromStringId(id: String): Box[TheUserType]
def currentUser: Box[TheUserType] = curUser.get
def signupXhtml(user: TheUserType) = {
()
}
def signupMailBody(user: TheUserType, validationLink: String): Elem = {
(
{S.?("sign.up.confirmation")}
{S.?("dear")} {user.getFirstName},
{S.?("sign.up.validation.link")}
{validationLink}
{S.?("thank.you")}
)
}
def signupMailSubject = S.?("sign.up.confirmation")
/**
* Send validation email to the user. The XHTML version of the mail
* body is generated by calling signupMailBody. You can customize the
* mail sent to users by override generateValidationEmailBodies to
* send non-HTML mail or alternative mail bodies.
*/
def sendValidationEmail(user: TheUserType) {
val resetLink = S.hostAndPath+"/"+validateUserPath.mkString("/")+
"/"+urlEncode(user.getUniqueId())
val email: String = user.getEmail
val msgXml = signupMailBody(user, resetLink)
Mailer.sendMail(From(emailFrom),Subject(signupMailSubject),
(To(user.getEmail) ::
generateValidationEmailBodies(user, resetLink) :::
(bccEmail.toList.map(BCC(_)))) :_* )
}
/**
* Generate the mail bodies to send with the valdiation link.
* By default, just an HTML mail body is generated by calling signupMailBody
* but you can send additional or alternative mail by override this method.
*/
protected def generateValidationEmailBodies(user: TheUserType,
resetLink: String):
List[MailBodyType] = List(xmlToMailBodyType(signupMailBody(user, resetLink)))
protected object signupFunc extends RequestVar[Box[() => NodeSeq]](Empty) {
override lazy val __nameSalt = Helpers.nextFuncName
}
/**
* Override this method to do something else after the user signs up
*/
protected def actionsAfterSignup(theUser: TheUserType, func: () => Nothing): Nothing = {
theUser.setValidated(skipEmailValidation).resetUniqueId()
theUser.save
if (!skipEmailValidation) {
sendValidationEmail(theUser)
S.notice(S.?("sign.up.message"))
func()
} else {
logUserIn(theUser, () => {
S.notice(S.?("welcome"))
func()
})
}
}
/**
* Override this method to validate the user signup (eg by adding captcha verification)
*/
def validateSignup(user: TheUserType): List[FieldError] = user.validate
/**
* Create a new instance of the User
*/
protected def createNewUserInstance(): TheUserType
/**
* If there's any mutation to do to the user on creation for
* signup, override this method and mutate the user. This can
* be used to pull query parameters from the request and assign
* certain fields. . Issue #722
*
* @param user the user to mutate
* @return the mutated user
*/
protected def mutateUserOnSignup(user: TheUserType): TheUserType = user
def signup = {
val theUser: TheUserType = mutateUserOnSignup(createNewUserInstance())
val theName = signUpPath.mkString("")
def testSignup() {
validateSignup(theUser) match {
case Nil =>
actionsAfterSignup(theUser, () => S.redirectTo(homePage))
case xs => S.error(xs) ; signupFunc(Full(innerSignup _))
}
}
def innerSignup = {
("type=submit" #> signupSubmitButton(S ? "sign.up", testSignup _)) apply signupXhtml(theUser)
}
innerSignup
}
def signupSubmitButton(name: String, func: () => Any = () => {}): NodeSeq = {
standardSubmitButton(name, func)
}
def emailFrom = "noreply@"+S.hostName
def bccEmail: Box[String] = Empty
def testLoggedIn(page: String): Boolean =
ItemList.filter(_.endOfPath == page) match {
case x :: xs if x.loggedIn == loggedIn_? => true
case _ => false
}
def validateUser(id: String): NodeSeq = findUserByUniqueId(id) match {
case Full(user) if !user.validated_? =>
user.setValidated(true).resetUniqueId().save
logUserIn(user, () => {
S.notice(S.?("account.validated"))
S.redirectTo(homePage)
})
case _ => S.error(S.?("invalid.validation.link")); S.redirectTo(homePage)
}
/**
* How do we prompt the user for the username. By default,
* it's S.?("email.address"), you can can change it to something else
*/
def userNameFieldString: String = S.?("email.address")
/**
* The string that's generated when the user name is not found. By
* default: S.?("email.address.not.found")
*/
def userNameNotFoundString: String = S.?("email.address.not.found")
def loginXhtml = {
()
}
/**
* Given an username (probably email address), find the user
*/
protected def findUserByUserName(username: String): Box[TheUserType]
/**
* Given a unique id, find the user
*/
protected def findUserByUniqueId(id: String): Box[TheUserType]
/**
* By default, destroy the session on login.
* Change this is some of the session information needs to
* be preserved.
*/
protected def destroySessionOnLogin = true
/**
* If there's any state that you want to capture pre-login
* to be set post-login (the session is destroyed),
* then set the state here. Just make a function
* that captures the state... that function will be applied
* post login.
*/
protected def capturePreLoginState(): () => Unit = () => {}
def login = {
if (S.post_?) {
S.param("username").
flatMap(username => findUserByUserName(username)) match {
case Full(user) if user.validated_? &&
user.testPassword(S.param("password")) => {
val preLoginState = capturePreLoginState()
val redir = loginRedirect.get match {
case Full(url) =>
loginRedirect(Empty)
url
case _ =>
homePage
}
logUserIn(user, () => {
S.notice(S.?("logged.in"))
preLoginState()
S.redirectTo(redir)
})
}
case Full(user) if !user.validated_? =>
S.error(S.?("account.validation.error"))
case _ => S.error(S.?("invalid.credentials"))
}
}
val emailElemId = nextFuncName
S.appendJs(Focus(emailElemId))
val bind =
".email [id]" #> emailElemId &
".email [name]" #> "username" &
".password [name]" #> "password" &
"type=submit" #> loginSubmitButton(S.?("log.in"))
bind(loginXhtml)
}
def loginSubmitButton(name: String, func: () => Any = () => {}): NodeSeq = {
standardSubmitButton(name, func)
}
def standardSubmitButton(name: String, func: () => Any = () => {}) = {
SHtml.submit(name, func)
}
def lostPasswordXhtml = {
()
}
def passwordResetMailBody(user: TheUserType, resetLink: String): Elem = {
(
{S.?("reset.password.confirmation")}
{S.?("dear")} {user.getFirstName},
{S.?("click.reset.link")}
{resetLink}
{S.?("thank.you")}
)
}
/**
* Generate the mail bodies to send with the password reset link.
* By default, just an HTML mail body is generated by calling
* passwordResetMailBody
* but you can send additional or alternative mail by overriding this method.
*/
protected def generateResetEmailBodies(user: TheUserType,
resetLink: String):
List[MailBodyType] =
List(xmlToMailBodyType(passwordResetMailBody(user, resetLink)))
def passwordResetEmailSubject = S.?("reset.password.request")
/**
* Send password reset email to the user. The XHTML version of the mail
* body is generated by calling passwordResetMailBody. You can customize the
* mail sent to users by overriding generateResetEmailBodies to
* send non-HTML mail or alternative mail bodies.
*/
def sendPasswordReset(email: String) {
findUserByUserName(email) match {
case Full(user) if user.validated_? =>
user.resetUniqueId().save
val resetLink = S.hostAndPath+
passwordResetPath.mkString("/", "/", "/")+urlEncode(user.getUniqueId())
val email: String = user.getEmail
Mailer.sendMail(From(emailFrom),Subject(passwordResetEmailSubject),
(To(user.getEmail) ::
generateResetEmailBodies(user, resetLink) :::
(bccEmail.toList.map(BCC(_)))) :_*)
S.notice(S.?("password.reset.email.sent"))
S.redirectTo(homePage)
case Full(user) =>
sendValidationEmail(user)
S.notice(S.?("account.validation.resent"))
S.redirectTo(homePage)
case _ => S.error(userNameNotFoundString)
}
}
def lostPassword = {
val bind =
".email" #> SHtml.text("", sendPasswordReset _) &
"type=submit" #> lostPasswordSubmitButton(S.?("send.it"))
bind(lostPasswordXhtml)
}
def lostPasswordSubmitButton(name: String, func: () => Any = () => {}): NodeSeq = {
standardSubmitButton(name, func)
}
def passwordResetXhtml = {
()
}
def passwordReset(id: String) =
findUserByUniqueId(id) match {
case Full(user) =>
def finishSet() {
user.validate match {
case Nil => S.notice(S.?("password.changed"))
user.resetUniqueId().save
logUserIn(user, () => S.redirectTo(homePage))
case xs => S.error(xs)
}
}
val passwordInput = SHtml.password_*("",
(p: List[String]) => user.setPasswordFromListString(p))
val bind = {
"type=password" #> passwordInput &
"type=submit" #> resetPasswordSubmitButton(S.?("set.password"), finishSet _)
}
bind(passwordResetXhtml)
case _ => S.error(S.?("password.link.invalid")); S.redirectTo(homePage)
}
def resetPasswordSubmitButton(name: String, func: () => Any = () => {}): NodeSeq = {
standardSubmitButton(name, func)
}
def changePasswordXhtml = {
()
}
def changePassword = {
val user = currentUser.openOrThrowException("we can do this because the logged in test has happened")
var oldPassword = ""
var newPassword: List[String] = Nil
def testAndSet() {
if (!user.testPassword(Full(oldPassword))) S.error(S.?("wrong.old.password"))
else {
user.setPasswordFromListString(newPassword)
user.validate match {
case Nil => user.save; S.notice(S.?("password.changed")); S.redirectTo(homePage)
case xs => S.error(xs)
}
}
}
val bind = {
// Use the same password input for both new password fields.
val passwordInput = SHtml.password_*("", LFuncHolder(s => newPassword = s))
".old-password" #> SHtml.password("", s => oldPassword = s) &
".new-password" #> passwordInput &
"type=submit" #> changePasswordSubmitButton(S.?("change"), testAndSet _)
}
bind(changePasswordXhtml)
}
def changePasswordSubmitButton(name: String, func: () => Any = () => {}): NodeSeq = {
standardSubmitButton(name, func)
}
def editXhtml(user: TheUserType) = {
()
}
object editFunc extends RequestVar[Box[() => NodeSeq]](Empty) {
override lazy val __nameSalt = Helpers.nextFuncName
}
/**
* If there's any mutation to do to the user on retrieval for
* editing, override this method and mutate the user. This can
* be used to pull query parameters from the request and assign
* certain fields. Issue #722
*
* @param user the user to mutate
* @return the mutated user
*/
protected def mutateUserOnEdit(user: TheUserType): TheUserType = user
def edit = {
val theUser: TheUserType =
mutateUserOnEdit(currentUser.openOrThrowException("we know we're logged in"))
val theName = editPath.mkString("")
def testEdit() {
theUser.validate match {
case Nil =>
theUser.save
S.notice(S.?("profile.updated"))
S.redirectTo(homePage)
case xs => S.error(xs) ; editFunc(Full(innerEdit _))
}
}
def innerEdit = {
("type=submit" #> editSubmitButton(S.?("save"), testEdit _)) apply editXhtml(theUser)
}
innerEdit
}
def editSubmitButton(name: String, func: () => Any = () => {}): NodeSeq = {
standardSubmitButton(name, func)
}
def logout = {
logoutCurrentUser
S.redirectTo(homePage)
}
/**
* Given an instance of TheCrudType and FieldPointerType, convert
* that to an actual instance of a BaseField on the instance of TheCrudType
*/
protected def computeFieldFromPointer(instance: TheUserType, pointer: FieldPointerType): Box[BaseField]
protected def localForm(user: TheUserType, ignorePassword: Boolean, fields: List[FieldPointerType]): NodeSeq = {
for {
pointer <- fields
field <- computeFieldFromPointer(user, pointer).toList
if field.show_? && (!ignorePassword || !pointer.isPasswordField_?)
form <- field.toForm.toList
} yield {field.displayName} {form}