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var country = model.profile().location.country.toString();

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var country = null;
if (typeof model !== 'undefined' && model && typeof model.profile === 'function') {
  var profile = model.profile();
  if (profile && profile.location && profile.location.country) {
    country = profile.location.country.toString();
  }
}

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country = model?.profile?()?.location?.country?.toString()

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OAuth           = require('oauth').OAuth
_               = require 'underscore'

class LinkedInClient

  @baseUrl:                   'https://api.linkedin.com'
  @requestTokenUrl:           "#{@baseUrl}/uas/oauth/requestToken"
  @accessTokenUrl:            "#{@baseUrl}/uas/oauth/accessToken"
  @authorizeUrl:              "#{@baseUrl}/uas/oauth/authorize"  
  @profileFields:             ['id', 'headline', 'first-name', 'last-name', 'public-profile-url', 'picture-url', 'educations', 'positions', 'email-address']    

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LinkedInClient  = require('./LinkedInClient').LinkedInClient
_               = require 'underscore'
url             = require 'url'

exports.linkedinAuth = (apiKey, apiSecret, baseUrl, secureUrls) ->
  (req, res, next) ->
    req.session.tokens ?= {}
    req.linkedInClient = new LinkedInClient {apiKey: apiKey, apiSecret: apiSecret}, req.session.tokens
          
    handleError = (error) ->

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325209.429: [GC 325209.429: [ParNew
Desired survivor size 4128768 bytes, new threshold 2 (max 2)
- age 1: 1812544 bytes, 1812544 total
- age 2: 305568 bytes, 2118112 total
: 1034582K->2103K(1040512K), 0.0116910 secs]
2598263K->1565814K(3137664K), 0.0118312 secs]

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{Time since VM started, in seconds}: [GC {Time since VM started}: [{GC type}
Desired survivor size {size of one survivor space} bytes, new threshold {y} (max {x}) <- how many collections objects can stay in the young gen. More on this later
- age 1: {a} bytes, {a} total <- How many objects have survived one collection. Next collection, any surviving objects will appear in age 2
- age 2: {b} bytes, {a+b} total
: {pre-collection young gen[5] usage}K->{post-collection young gen usage}K({Total young gen size}K), {young gen time} secs]
{pre-collection heap size}K->{post-collection heap size}K({total heap size}K), {total collection time} secs]

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294989.748: [GC
[1 CMS-initial-mark: 1782676K(2097152K)] 1784501K(3137664K), 0.0067714 secs]
295047.329: [Rescan (parallel) , 0.2497803 secs]
295047.579: [weak refs processing, 0.1272999 secs]
[1 CMS-remark: 1782929K(2097152K)] 2303079K(3137664K), 0.3816787 secs]
295049.065: [CMS-concurrent-reset: 0.019/0.019 secs]

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{Time since VM started, in seconds}: [GC
[1 CMS-initial-mark: {estimated old gen usage}K({total old gen size}K)] {estimated heap usage}K({total heap size}K), {pause time} secs]
{Time since VM started, in seconds}: [Rescan (parallel) , {pause time} secs]
{Time since VM started, in seconds}: [weak refs processing, {pause time} secs]
[1 CMS-remark: {old gen usage}K({total old gen size}K)] {heap usage}K({total heap size}K), {pause time} secs]
{Time since VM started, in seconds}: [CMS-concurrent-reset: 0.019/0.019 secs]

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public class AsyncTest extends Controller 
{
  public static void continuation()
  {
    F.Promise<WS.HttpResponse> remoteCall1 = WS.url("http://www.remote-service.com/data/1").getAsync();
    F.Promise<WS.HttpResponse> remoteCall2 = WS.url("http://www.remote-service.com/data/2").getAsync();
    F.Promise<WS.HttpResponse> remoteCall3 = WS.url("http://www.remote-service.com/data/3").getAsync();
 
    F.Promise<List<WS.HttpResponse>> promises = F.Promise.waitAll(remoteCall1, remoteCall2, remoteCall3);