My Ignite 2017 notes

Using site classification for SharePoint Sites

Site classification is a must-have when we talk about Governance, Compliance and also topics around GDPR.

Beside 3^rd party solutions focusing on site and content classification we have also some out of the box options and developer opportunities in Office 365 and SharePoint on-prem. Depending on if we are talking about classic SharePoint Site Collections or if we talk about modem Team Sites, being part of an Office 365 Group, we have different szenarios.

To create a new SharePoint site in Office 365 we know two different ways.

1. We can create a SharePoint Online Site using the SharePoint Online Administration. This will create a SharePoint Site based on WebTemplate STS
2. We can go to SharePoint Home and click “create” in the upper left corner or we can go to Outlook Online and create a new Group. Both will create a SharePoint Site based on WebTemplate GROUP

To provide a site classification solution for classic Team Sites created by option 1 we need to implement the following: Implement a SharePoint site classification solution. This works also for SharePoint 2013 on-prem. The article describes a full solution including policies for site closing and deletion depending on the classification setting. As you can see the article describes some steps to do:

• Define and set site policies
• Insert a custom action
• Custom site classification
• Add a classification indicator to site page

Using the opportunities we have with Groups and Group Policies some of these things can be automatically put to a SharePoint Site based on WebTemplate GROUP.

This video by Vesa Juvonen is showing the steps and the final results:

As you can see we need to create the site bases on option 2.

(Dialogs already including policies)

SharePoint Home - Create:

Outlook Online -> Create Group:

Final result:

Step by Step

To enable this functionality in Office 365 we need to set up an “Settings Object” and a “Settings Template” in Azure AD. To do this we can use the Azure Active Directory cmdlets for configuring group settings.

First of all we need to install the preview of Azure Active Directory V2 PowerShell Module:

Install-Module -Name AzureADPreview

To set up the site classification options and configure properties like ClassificationList and ClassificationDescriptions etc follow these steps also shown in Vesas video:

#Connect

Connect-AzureAD

Get-AzureADDirectorySettingTemplate

#Create

$Template = Get-AzureADDirectorySettingTemplate -Id 62375ab9-6b52-47ed-826b-58e47e0e304b

$Setting = $template.CreateDirectorySetting()

$setting["UsageGuidelinesUrl"] = "http://sharepointtalk.com"

$setting["ClassificationList"] = "Public, Internal, TopSecret"

$setting["DefaultClassification"] = "TopSecret"

$setting["ClassificationDescriptions"] = "Public:no restrictions,Internal:all internal users can access,TopSecret:only special users can access"

$setting["GuestUsageGuidelinesUrl"] = "http://sharepointtalk.net"

New-AzureADDirectorySetting -DirectorySetting $setting

#Check

Get-AzureADDirectorySetting -All $True

(Get-AzureADDirectorySetting -Id %%YOUR ID%%).values

As described in the video we can now use the CLASSIFICATION property to assign a site policy or any other custom action. Details about site policies are part of Implement a SharePoint site classification solution.

Here the script taken from the video to get the CLASSIFICATION property:

#Get PnP PowerShellOnline

Install-Module SharePointPnPPowerShellOnline

#Get Site classfication value

Connect-PnPOnline https://%YOUR TENANT%.sharepoint.com/sites/%YOUR SITE%

Get-PnPSite

$Site.Classification

Get-PnPProperty -ClientObject $Site -Property Classification

Overview of shared with Externals and shared Anonymous in Office 365

The GDPR highlights the need for protection of personal data held by organizations. To be able to do this Microsoft inverted a lot in new features and functions like the Office 365 Security & Compliance Center or the GDPR Assessment.

One of the backend systems helping to fulfill those regulations is the SharePoint Online Search Service. In the SharePoint Online Search schema, we can find two managed properties focusing on sharing and access from outside of your organization.

ViewableByExternalUsers and ViewableByAnonymousUsers

Both had the same setting: Query, Retrieve, Refine and Sort. So we can use them to create some reports based on search queries.

Personal overview

Office 365 let every user search in his SharePoint Online sites, OneDrive for Business files and also in Emails for content. In this scenario Email is of topic. But using this search function at the landing page of Office 365 a user can create a personal overview of content he shared to externals or anonymous.

To do this a user needs to fill in the following query in the search box at the Office 365 landing page:

ViewableByAnonymousUsers=true

In this example, I search for documents located in SharePoint Online sites or in my personal OneDrive for Business which are shared based on an anonymous guest link.

Using the query ViewableByExternalUsers=true shows me the files shared with external users through a sharing link that requires them to log in before they can view the file.

This gives a user an overview of documents he has shared from his OneDrive for Business with externals or anonymous. Because the URL is generic you can use this link for all your users and every user get his person overview: https://www.office.com/search?auth=2&home=1&q=ViewableByAnonymousUsers%3Dtrue

Also you can use this link to create a tile in the Office 365 App Launcher as described in the article: Add custom tiles to the app launcher

The result may look like this:

Team Site overview

Microsoft integrated a new out the box reporting capability in every Team Site. The article: View usage data for your SharePoint Online site is showing all details you need to know. There is also a new tab called “Shared externally”.

The article says: List of files you have access to that have been shared with users outside your organization through a sharing link that requires them to log in before they can view the file. Files shared with anonymous users or files available to users with guest permissions are not included.

To get a list of files shared anonymous in this Team Site we can again use the query: ViewableByAnonymousUsers=true followed by a path filter like for example: path:https:\\yourTeamSiteName.sharepoint.com.

Using Search Center to get an overview

As an administrator, you can also use the search center to get an overview of anonymous shared content or about data and also SharePoint Online Sites them self, shared to externals. The queries are basically the same and you can extend them with additional keyword queries properties.

For example, search all Office 366 Groups external users can access:

ViewableByExternalUsers=true contentclass:sts_site WebTemplate:GROUP

(Because of security trimming in SharePoint Search the user who runs the query needs access to all Team Sites to gets an complete report.)

Of cause there are also options archiving this using PowerShell for Office 365 Groups or using Reports in the Office 365 Security & Compliance Center. Using the SharePoint Online search gives you the power and flexibility to integrate all managed properties as metadata in you report like for example ViewsLifeTime, LastModifiedTime, CreatedBy or ModifiedBy. In addition you can easily scope your report to only show documents using the IsDocument=true query parameter or to focus to special Site Templates like WebTemplate:GROUP to only show Office 365 Groups Team Sites etc.

Using PowerShell to get the report

Using PowerShell to get results from SharePoint Online Search also offers the option to save the report as an *.csv file. To call SharePoint Online Search API using PowerShell and save the result to an *.csv file you can follow the steps explained by Prasham Sabadra in his article Office 365/Sharepoint Online - PowerShell Script To Call Search API And Get The Result.

This example is based on his description. The report is showing all external shared content and sites in an Office 365 Tenant and is saving the result to C:\Temp\ViewableByExternalUsers.csv

# add references to SharePoint client assemblies and authenticate to Office 365 site - required for CSOM   

Add-Type -Path "C:\Program Files\Common Files\Microsoft Shared\Web Server Extensions\16\ISAPI\Microsoft.SharePoint.Client.dll"   

Add-Type -Path "C:\Program Files\Common Files\Microsoft Shared\Web Server Extensions\16\ISAPI\Microsoft.SharePoint.Client.Runtime.dll"   

Add-Type -Path "C:\Program Files\Common Files\Microsoft Shared\Web Server Extensions\16\ISAPI\Microsoft.SharePoint.Client.Search.dll"

#Specify tenant admin and URL 

$User = "Admin@yourTenant.onmicrosoft.com"   

#Configure Site URL and User 

$SiteURL = "https://yourTenant.sharepoint.com"  

#Password 

$Password ="yourPassword"   

$securePassword = ConvertTo-SecureString -String $Password -AsPlainText –Force  

$Creds = New-Object Microsoft.SharePoint.Client.SharePointOnlineCredentials($User,$securePassword)

#client context object and setting the credentials  

$Context = New-Object Microsoft.SharePoint.Client.ClientContext($SiteURL) 

$Context.Credentials = $Creds

#Calling Search API - Create the instance of KeywordQuery and set the properties 

$keywordQuery = New-Object Microsoft.SharePoint.Client.Search.Query.KeywordQuery($Context)  

#Sample Query - To get the last year result 

$queryText="ViewableByExternalUsers=true" 

$keywordQuery.QueryText = $queryText 

$keywordQuery.TrimDuplicates=$false 

$keywordQuery.SelectProperties.Add("LastModifiedTime") 

$keywordQuery.SelectProperties.Add("ViewsLifeTime") 

$keywordQuery.SelectProperties.Add("ModifiedBy") 

$keywordQuery.SelectProperties.Add("ViewsLifeTimeUniqueUsers") 

$keywordQuery.SelectProperties.Add("Created") 

$keywordQuery.SelectProperties.Add("CreatedBy") 

$keywordQuery.SortList.Add("ViewsLifeTime","Asc")

#Search API - Create the instance of SearchExecutor and get the result 

$searchExecutor = New-Object Microsoft.SharePoint.Client.Search.Query.SearchExecutor($Context) 

$results = $searchExecutor.ExecuteQuery($keywordQuery) 

$Context.ExecuteQuery() 

#Result Count 

Write-Host $results.Value[0].ResultRows.Count

#CSV file location, to store the result 

$exportlocation = "C:\Temp\ViewableByExternalUsers.csv" 

foreach($result in $results.Value[0].ResultRows) 

{ 

$outputline='"'+$result["Title"]+'"'+","+'"'+$result["Path"]+'"'+","+$result["ViewsLifeTime"]+","+$result["ViewsLifeTimeUniqueUsers"]+","+$result["CreatedBy"]+","+$result["Created"]+","+$result["ModifiedBy"]+","+$result["LastModifiedTime"] 

Add-Content $exportlocation $outputline  

}

SharePoint 2016 – The Values of Hybrid, Cloud and on-prem

SharePoint 2016 – The Values of Hybrid, Cloud and on-prem

Hier das Video zu meinem Vortrag auf der Cloud and Datacenter Conference 2017 in München:

Delve and the Office Graph Inside Out Part II

In addition to my first post about the insides of Office Graph and Delve (Delve and the Office Graph Inside Out) this article is focusing on which signals are used by the Graph to generate the individual Delve experience.

Signals used by the Graph

You can find all the information you need about signals used by the Graph in this msdn article: https://msdn.microsoft.com/office/office365/howto/query-Office-graph-using-gql-with-search-rest-api

Based on this article we have the following Action Types:

• PersonalFeed
• Modified
• OrgColleague
• OrgDirect
• OrgManager
• OrgSkipLevelManager
• WorkingWith
• TrendingAround
• Viewed
• WorkingWithPublic

As you can see in the msdn article the list of signals can be dived in private signals and public signals so that data privacy is respected all the time:

https://msdn.microsoft.com/office/office365/howto/query-Office-graph-using-gql-with-search-rest-api#available-action-types

In addition Mark Kashman published an article on Microsoft techcommunity about Understanding security and privacy of Delve and intelligent experiences in Office 365. In this article, we can find the following diagram:

So we can extend the list taken from the msdn article to this aggregated version:

• PersonalFeed
• Modified
• OrgColleague
• OrgDirect
• OrgManager
• OrgSkipLevelManager
• WorkingWith
• TrendingAround
• Viewed
• WorkingWithPublic

• Member of
• Created by
• Shared with me
• Direct reports
• Public

Some of this signals are clear like for example Modified, Viewed, Created by, etc. some others are a little bit mystic like TrendingAround. We can imagine what TrendingAround means, but we cannot get an information about how this signal is processed in all details.

Anyway, it is easy to understand how this signals are used to generate the individual Delve experience.

The myth about the People suggestion in Delve

It is easy to imagine how content suggestions are generated based on signals. But one of the most asked questions about the Delve experience is about the difference between People list on the left and Related People in my personal Delve feet. Based on the signals list we can definitely get a better understanding about this. People on the left are other users we visited in Office 365 respectively we have clicked on their Delve profile. Related People are based on signals like “Member of”.

So for example if you are Member of

• Member of a Distribution List in Exchange Online
• Member of a Office 365 Group
• Member of the same Manger or “Direct Reports” entity

this is processed by the Graph to generate the Related People overview in your Delve feet.

As we can see also in this scenario data privacy and data security is respected by the Office Graph and Delve. If you are a “Member of” the same Distribution List or Office 365 Group, you can see all the other members anyway.

More details about this and also about compliance in Delve can be found in Mark Kashmans article “Understanding security and privacy of Delve and intelligent experiences in Office 365” I mentioned above.

Related articles:

• Delve and the Office Graph Inside Out
• All articles about Delve in my blog