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Office 365 News – OneDrive for Business now supports 10GB files and much more

February 9, 2016 Leave a comment

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Short story: The OneDrive for Business improvements are here!

This was promised to us a long time ago, and it has now finally come to be. At the same time, the 20.000 file limit from before has also been removed (Improved)
Here is the proof:

Proof

The file was in addition, uploaded using the new OneDrive sync client!
(Dropped the file in the local cache and let the sync do its stuff)

  • The OneDrive for Business Next Generation Sync Client is available for Windows 7, 8 and 10 (8.1 support will be added in the first quarter of 2016) and Mac OS X 10.9 and above.
  • Storage, rolling out is an increase from 1TB to 5TB, upon request, more will be made available until unlimited is achieved? (Valid for: Enterprise E3, E4 and E5, Government E3, E4 and E5, Education, OneDrive for Business Plan 2 and SharePoint Online Plan 2)
  • 10GB filesize limit
  • No more 20.000 file limit
  • !! With this first release of several, the Next Generation Sync Client supports OneDrive for Business only, but we will add support for SharePoint document libraries in future releases. (This is the best news in a long time)
  • In the interim, if customers require sync for both OneDrive for Business and SharePoint document libraries, the Next Generation Sync Client is designed to work side-by-side with the existing sync client.
  • the OneDrive for iOS app will support offline storage. You can selectively flag files for local availability and open them when disconnected
  • For developers: https://dev.onedrive.com/ (OneDrive developer portal)

References:

Read the official story on the Office 365 blog about the (then upcoming) news here:

OneDrive for Business update on storage plans and Next Generation Sync Client
https://blogs.office.com/2015/12/16/onedrive-for-business-update-on-storage-plans-and-next-generation-sync-client/

_________________________________________________________

Enjoy!

Regards

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SharePoint Online – Missing Web Parts with custom script disabled

December 11, 2015 Leave a comment

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Missing Web Parts with custom script disabled…

AdminThe Custom Script setting (Default disabled)

As I have posted about before, during the end of 2014, beginning of 2015, a new security feature in SharePoint Online has been rolled out. The feature in itself is a great security feature if that is what you want.

Missing example:

WebpartsMissing

Expected webparts:

WebpartsThere

Note: changes to this setting might take up to 24 hours to take effect.

In my previous post on this setting, I listed the missing features, however this is not all that will go missing. In addition, quite a few webparts will be gone from your SharePoint Online environment. This may or may not be expected by you and your users/editors/developers…
Below is the list of webparts that you will not find with the Custom script setting off/disabled.

Web part category Web part
Blog Blog Archives

Blog Notifications

Blog Tools

Business Data Business Data Actions

Business Data Item

Business Data Item Builder

Business Data List

Business Data Related List

Excel Web Access

Indicator Details

Status List

Visio Web Access

Community About This Community

Join

My Membership

Tools

What’s Happening

Content Rollup Categories

Project Summary

Relevant Documents

RSS Viewer

Site Aggregator

Sites in Category

Term Property

Timeline

WSRP Viewer

XML Viewer

Document Sets Document Set Contents

Document Set Properties

Forms HTML Form Web Part
Media and Content Content Editor

Script Editor

Silverlight Web Part

Search Refinement

Search Box

Search Navigation

Search Results

Search-Driven Content Catalog-Item Reuse
Social Collaboration Contact Details

Note Board

Organization Browser

Site Feed

Tag Cloud

User Tasks

Find Microsofts support article on the setting here:
Turn scripting capabilities on and off (Microsoft support article)
https://support.office.com/en-us/article/Turn-scripting-capabilities-on-and-off-1f2c515f-5d7e-448a-9fd7-835da935584f?ui=en-US&amp

The complete list of settings affected and webparts missing: Save Site as Template, Save document library as template, Solution Gallery, Web Designer Galleries, Theme Gallery, Help Settings, Sandbox solutions, the Blog Archives, Blog Notifications, Blog tools Blog Webparts, the Business Data Actions, Business Data Item, Business Data Item Builder, Business Data List, Business Data Related List, Excel Web Access, Indicator Details, Status List, Visio Web Access Business Data Webparts, the About This Community, Join, My Membership, Tools, What’s Happening Community Webarts, the Categories, Project Summary, Relevant Documents, RSS Viewer, Site Aggregator, Sites in Category, Term Property, Timeline, WSRP Viewer, XML Viewer Content Rollup Webparts, the Document Set Contents, Document Set Properties Document Sets Webparts, the HTML Form Webpart, the Content Editor, Script Editor, Silverlight Webpart Media and Content Webparts, the Refinement, Search Box, Search Navigation, Search Results Search Webparts, the Catalog-Item Reuse Search-Driven Content Webparts and the Contact Details, Note Board, Organization Browser, Site Feed, Tag Cloud, User Tasks Social Collaboration Webparts.

References and Credits

None at this time…

Credits & many thanks to

Everyone!   SP2013logo _________________________________________________________ Enjoy!

Regards

Twitter | Technet Profile | LinkedIn

Office 365 – DTD is prohibited in this document issue

April 16, 2015 1 comment

 

 

 

 Office365logo       SP2013logo

Got trouble Connection PowerShell to SharePoint online? This could be the resolution to your troubles.
I had this myself, or we had it in our Company tenant. This is what the issue was and this is how I fixed it:

When trying to connect to PowerShell for SharePoint Online, using the Connect-SPOService command, we got a error that did not tell us anything.

PS dtd error 1

The error is:
Connect-SPOService : For security reasons DTD is prohibited in this document. To enable DTD processing set DtdProcessing property on XmlReaderSettings to Parse and pass the settings into XmlReader.Create method.

Well, its almost a joke right…
When searching the web for information on this particular, I struck zero…all I could find related to the ISP and the default search provider something. I quickly dismissed them as unrelated.
Then after some time had passed, I found a similar issue, this seemed related and it was a connectivity issue same as mine (If I still had the link I would give credit to where credit is due). This fellow had resolved the issue by adding a missing DNS record.
This made me think, since our tenant has existed since way Before Office 365 existed (BPOS) perheps we were also missing some of the required DNS records?
I checked with my collegues, and apparently we were missing the record as well.

So, if you ever see or get the ‘DTD prohibited’ issue, remember to check the DNS for the following record:

Type: CNAME
Alias: MSOID
Target: clientconfig.microsoftonline-p.net
Info: Used by Office 365 to direct authentication to the correct identity platform More Information

After I added this to DNS, Connect-SPOService works just fine!

SPO-Connect

 

Microsoft’s official explaination on the DNS record:
What’s the purpose of the additional Office 365 CNAME record?

When you run a client application that works with Office 365 such as Lync, Outlook, Windows PowerShell or Microsoft Azure Active Directory Sync tool, your credentials must be authenticated. Office 365 uses a CNAME record to point to the correct authentication endpoint for your location, which ensures rapid authentication response times.If this CNAME record is missing for your domain, these applications will use a default authentication endpoint in the United States, which means authentication might be slower. If this CNAME record isn’t configured properly, for example, if you have a typo in the Points to address, these applications won’t be able to authenticate.

If Office 365 manages your domain’s DNS records,, Office 365 sets up this CNAME record for you.

If you are managing DNS records for your domain at your DNS host, to create this record, you create this record yourself by following the instructions for your DNS host.

 

References and Credits
Nope, not this time…Credits & many thanks to To all of you.

_________________________________________________________

Enjoy!

Regards

Twitter | Technet Profile | LinkedIn

Office 365 guide series – Function to resolve a users OneDrive for Business URL

February 24, 2015 Leave a comment

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Hi SharePoint Online PowerShellers!

This time I will give you a Quick but great function to use if you are working with OneDrive for Business:

Function to resolve a users OneDrive for Business URL

Aggklockax

Simple solution, great to have, unbelievably efficient…

Ok, this is perhaps my shortest post ever…I’ll just explain real Quick.
OneDrive for Business gets it URL from the tenantname and the users UserPrincipalName. Creating this every time can be troublesome…
This is what I use, a function I created last summer when I was tired of doing them one at the time…

It works even with users that have a different domain in the UPN than what is the tenant name.
This is it:

Function GetODfBURL($UserPrincipalName, $TenantName)
# Creates a correct ODfB URL from email and TenantName/OrgName, returns URL as a String
{
    # ConStructing OneDrive personal URL from the UPN/Email address
    $StrUser = $UserPrincipalName
    $pos= $StrUser.IndexOf("@")
    $len = $StrUser.Length -1
    $StrUser = $StrUser.SubString(0, $pos)
    $StrUser = $StrUser -replace "\.", "_"
    $Orgpos = $pos + 1
    $Orglen = $len - $pos
    $StrOrg = $UserPrincipalName.SubString($Orgpos, $Orglen)
    $StrOrgNamePos = $StrOrg.IndexOf(".")
    $StrOrgName = $StrOrg.SubString(0, $StrOrgNamePos)
    $StrOrgSuffixPos = $StrOrgNamePos +1
    $StrOrgNameLen = $StrOrg.Length - $StrOrgSuffixPos
    $StrOrgSuffix = $StrOrg.SubString($StrOrgSuffixPos, $StrOrgNameLen)
    $StrOrg = $StrOrg -replace "\.", "_"
    $PersonalOrgURL = "https://" + $TenantName + "-my.sharepoint.com/personal/"
    $SiteUrl= $PersonalOrgURL + $StrUser
    $SiteUrl= $SiteUrl+ "_" + $StrOrg
    return $SiteUrl
}
$ODfBURL = GetODfBURL "thomas.balkestahl@blksthl.se" "blksthl"

This will give the URL: https://blksthl-my.sharepoint.com/personal/thomas_balkestahl_blksthl_se

Thats it. Use it or not 🙂

 

 

References and Credits


Nope, not this time…

Credits & many thanks to

To all of you.

_________________________________________________________

Enjoy!

Regards

Twitter | Technet Profile | LinkedIn

Office 365 guide series – Manage files and folders with PowerShell and CSOM

February 24, 2015 Leave a comment

 Office365logo       SP2013logo

How to manage files and folders with PowerShell and CSOM

DocLib1

How can we manage these items…?

This is a pure guide to using PowerShell to manage and manipulate files and folders, libraries and all document management related tasks in a SharePoint Online or OneDrive for Business environment.

The sections in this guide are:

– Prerequisites
– Load assemblies
– Load a CSOM Context
– Web
– List/Library
– GetFileByServerRelativeUrl and GetForlderByServerRelativeUrl
– Create a file from a local copy
– Create a folder from a local copy
– Set properties on a file
– Set properties on a folder
– ResolveUser (Function)
– GetItemProperties (Function)

Prerequisites

Before beeing able to do much in SharePoint Online or OneDrive for Business, you have to start using CSOM, or Client Side Object Model, this allows us to do pretty much everything we could do before using regular PowerShell and the SharePoint CMD’lets from the SharePoint PowerShell add-on.
Install assemblies:
Download and install ther latest version of the SharePoint Server 2013 Client Components SDK, this can be downloaded from here: http://www.microsoft.com/en-us/download/details.aspx?id=35585
After the SDK and the CSOM assembly DLL’s are in place, make sure you load the assemblies before calling them.

Load assemblies

 Add-Type -Path "C:\Program Files\Common Files\Microsoft Shared\Web Server Extensions\15\ISAPI\Microsoft.SharePoint.Client.dll"
 Add-Type -Path "C:\Program Files\Common Files\Microsoft Shared\Web Server Extensions\15\ISAPI\Microsoft.SharePoint.Client.Runtime.dll"

This will open up for usage of CSOM in PowerShell.

Load a context

$SPOUser = "administrator@blksthl.onmicrosoft.com"
# Uses a hardcoded password, use only during test/lab:
$SPOPassword = convertto-securestring "Password01" -asplaintext -force
# Better: $SPOPassword = Read-Host -Prompt "Please enter your password" -AsSecureString
$SPOODfBUrl = "https://blksthl.sharepoint.com/personal/jeffrey_lebowski_blksthl_com"
$Context = New-Object Microsoft.SharePoint.Client.ClientContext($SPOODfBUrl)
$Credentials = New-Object Microsoft.SharePoint.Client.SharePointOnlineCredentials($SPOUser,$SPOPassword)
$Context.RequestTimeout = 16384000
$Context.Credentials = $Credentials
$Context.ExecuteQuery()

Returns: $Context

Web

(Using $Context from the section on Context above)

$Web = $Context.Web
$Context.Load($Web)
$Context.ExecuteQuery()

Returns: $Web

List/Library

$SPODocLibName = "Documents"
$SPOList = $Web.Lists.GetByTitle($SPODocLibName)
$Context.Load($SPOList.RootFolder)
$Context.ExecuteQuery()

Returns: $SPOList

GetFileByServerRelativeUrl and GetForlderByServerRelativeUrl

In order to use the ‘Get…ByServerRelativeUrl’ methods you have to supply a relative path to the file or folder, this means a path starting from the FQDN.

Example 1
https://company.sharepoint.com/get/fileorfolder/by/relative/url
FQDN: https://company.sharepoint.com
ServerRelativeUrl: /get/fileorfolder/by/relative/url

Example 2
https://company-my.sharepoint.com/personal/firstname_lastname_company_com
FQDN: https://company-my.sharepoint.com
ServerRelativeUrl: /personal/firstname_lastname_company_com

Example file:

"/personal/jeffrey_lebowski_blksthl_com/documents/report1.xlsx"

Example folder:

 "/personal/jeffrey_lebowski_blksthl_com/documents/subfolder"

Create a file from a local copy

This can be accomplished in several ways, this is one:

1.
$LocalFile = Get-ChildItem -path "C:\Homedirs\jeff\report1.xlsx"
$FolderRelativeUrl = $SPOList.RootFolder.ServerRelativeUrl
$FileName = $LocalFile.Name
$FileUrl = $FolderRelativeUrl + "/" + $FileName
[Microsoft.SharePoint.Client.File]::SaveBinaryDirect($Web.Context, $fileUrl, $LocalFile.OpenRead(), $true)

Returns: New file created in SPO/ODfB

Create a folder from a local copy

$SPOFolder = $SPOList.RootFolder
$LocalFolder = Get-ChildItem -path "C:\Homedirs\jeff\" -Recurse -Include "folder1" 
$FolderName = $LocalFolder.Name
$NewFolder = $SPOFolder.Folders.Add($FolderName)
$Web.Context.Load($NewFolder)
$Web.Context.ExecuteQuery()

Returns: New folder created in SPO/ODfB

Set properties on a file

Input: $FileRelativeUrl, $SPOItemModifier, $SPOItemOwner, $ItemCreated, $ItemModified

$CurrentFile = $Context.web.GetFileByServerRelativeUrl($FileRelativeUrl)
$Context.Load($CurrentFile)
$Context.ExecuteQuery()
$ListItem = $CurrentFile.ListItemAllFields;
$ListItem["Editor"] = $SPOItemModifier; # Get object from ResolveUser
$Listitem["Author"] = $SPOItemOwner; # Get object from ResolveUser
$Listitem["Created"] = $ItemCreated;
$Listitem["Modified"] = $ItemModified;
$ListItem.Update()
$Context.Load($CurrentFile)
$Context.ExecuteQuery()

Returns: Folder stamped with new properties in SPO/ODfB

Set properties on a folder

Input: $FolderRelativeUrl, , $SPOItemModifier, $SPOItemOwner, $ItemCreated, $ItemModified

$CurrentFolder = $Context.web.GetFolderByServerRelativeUrl($FolderRelativeURL)
$Context.Load($CurrentFolder)
$Context.ExecuteQuery()
$SPOFolderItem = $CurrentFolder.ListItemAllFields;
$SPOItemOwner = ResolveUser $UserEmail # For ResolveUser see separate function described later in this post
$SPOFolderItem["Editor"] = $SPOItemModifier # Must be a userobject, see 'ResolveUser'
$SPOFolderItem["Author"] = $SPOItemOwner # Must be a userobject, see 'ResolveUser'
$SPOFolderItem["Created"] = $ItemCreated # In the format: "8/10/2013 7:04 PM", see 'GetItemProperties'
$SPOFolderItem["Modified"] = $ItemModified # In the format: "8/10/2013 7:04 PM", see 'GetItemProperties'
$SPOFolderItem.Update()
$Context.Load($CurrentFolder)
$Context.ExecuteQuery()

Returns: Folder stamped with new properties in SPO/ODfB

ResolveUser (Function)

Function ResolveUser ($InputUPN)
# Resolves a user to a userobject
{
    $OutputUserObject = $Web.Context.web.EnsureUser($InputUPN)
    $Web.Context.Load($OutputUserObject)
    $Web.Context.ExecuteQuery()
    Return $OutputUserObject
}

Returns: UserObject for $InputUPN (UserPrincipalName/Email)

GetItemProperties (Function)

Function GetItemProperties ($InFileObject)
# Gets basic properties to set on files and folders
{
    $Global:ItemCreated = $InFile.CreationTime
    $Global:ItemModified = $InFile.LastWriteTime
}

Returns: Global: Variables for ItemCreated and LastWriteTime of $InFileObject (File or Folder)

Thats all for now, I hope that you let me know if there is anything that seems to be wrong or does not work. The problem with describing all this in a complete way, is that it is easy to leave something out and it is also difficult to test every aspect while writing. Time is limited for all of us…
Anyway, my goal was to write a post that covered what I was myself missing…I hope that this is it. And again, please let me know if there are any mistakes in here.

References and Credits

None at this time…

Credits & many thanks to

LabCenter – you guys always publish my articles!

My family, my parents, Ia and the kids!

SP2013logo

_________________________________________________________

Enjoy!

Regards

Twitter | Technet Profile | LinkedIn