Office365

As Microsoft has called out the end of support for Basic Authentication access to Exchange Online API’s for Office365, the Office365 driver will be deprecated. As there will be no further updates to Office365 driver, you must now use the Azure AD driver to connect to the Office365/Azure account. A migration tool is developed for customers to migrate from the existing O365 driver to the Azure AD driver. The tool automates the migration of resources from the Office365 driver to Azure AD driver, but retains the historical data, such as Resource assignments and its history.This document comprises the following sections: Overview System Requirements Handling License Resources and Custom License Resources Migrating Custom Polices from Office365 to Azure AD Driver Test the Python Version on your Machine Verifying the Availability of the Required Modules Migrating Office365 Driver to Azure AD Driver Steps Executed as a Part of Migration ProcessOverview The migration tool helps a user to:Automate the migration of resources from Office365 to Azure AD driver.Manage the access permissions of existing resources and their roles without any data loss.Retain the historical data of all the operations that were performed on resources in Office365 driver.Manage all the resources of Office365 driver using the new Azure AD driver post migration.IMPORTANT: Prior to running the migration tool, it is mandatory to migrate all the Office365 license and custom license resources manually. The migration tool does not migrate the following:Licence and custom license resources. For more information, see Handling License Resources and Custom License Resources.The custom policies configured in the Office365 driver. (They should be manually configured in Azure AD driver. For more information, see Migrating Custom Polices from Office 365 to Azure AD Driver). System RequirementsIdentity Manager running on Linux or WindowsPython 3.6 or later with request, ldap3 and urllib3 modulesHandling License Resources and

Home PST to M365 Migration How to Works VSPL PST to M365 Migration Software is working step by step process to repair or recover Outlook PST file to Office365. Step 1 : First Impression of VSPL PST to M365 Migration This is first impression of VSPL PST to M365 Migration Software which helps to convert Outlook PST Items Imported into Office365 or Live Exchange Server. Step 2 : Select Outlook PST file Here select the outlook pst file which is supported Outlook versions 2003, 2007, 2010, 2013 ,2016 2019 and 2021. Step 3 : Scanning Outlook PST file and Rebuild PST Folder Structure Click Next Button to Start Scanning of Outlook PST file using VSPL PST to M365 Migration Software and After Scanning process completed Extract folder tree structure. Step 4 : Extract PST Message Informations After click folder items extract folder message information from Outlook PST file. Step 5 : Export Options : Export PST Contact Items into Office365 or Live Exchange Server Step 6 : Login to Office365 Account Here Login to Office365 or Live Exchange Server Account. Step 7 : Migrate PST File Items into Office365 or Live Exchange Server Account Migrate PST File Items into Office365 or Live Exchange Server Account Step 8 : Completed Contact Saving Status Showing Message Saving Status into Migrate PST File Items into Office365 or Live Exchange Server Account.

Office365 driver and then import them to the Azure AD driver. Exporting Custom Policies from Office365 Driver Open the project in Designer. In the Outline view, navigate to Office365 driver and select the custom policies of the Office365 driver to export. Right-click and select Export to Configuration File. Select a location to export the policies. Click Save > OK. Importing Custom Policies to Azure AD Driver Open the project in Designer. In the Outline view, right-click the Azure AD driver and select Import from Configuration File. Click Browse and navigate to the location where the custom policies of Office365 are exported. Select the exported policies and click Open > OK. Test the Python Version on your MachineEnter the following commands as required to test the python versions installed in your machine:python3 --version - if your machine is having both python 2 and 3 versions.python --version - if your machine is having only python 3.Verifying the Availability of the Required ModulesEnter the command to verify the required module is present in your machine:pip3 list: If both python 2 and 3 are present in the machine. pip list: If only python 3 is present in the machine.Ensure the modules request, ldap3 and urllib3 entries are present. If the entries are not listed, install the required module with the command:pip install [module name] or pip3 install [module name].Migrating Office365 Driver to Azure AD DriverYou must perform the following steps to migrate Office365 to Azure AD driver:NOTE: It is recommended to run the migration tool on a different server to avoid high utilization of CPU memory in Identity Manager server.Ensure that the Azure AD driver is deployed and running.Shutdown and disable the Office365 driver. NOTE: Disabling this driver ensures that none of the events are stored in the driver cache.Perform one of the following

See more Office365 ExamplesDemonstrates how to authenticate using OAuth2 with shared mailboxes in outlook.office365.com. (SASL XOAUTH2 authentication for shared mailboxes in Office 365)For more information, see import sysimport chilkat2# An Office365 OAuth2 access token must first be obtained prior# to running this code.# Getting the OAuth2 access token for the 1st time requires the O365 account owner's # interactive authorizaition via a web browser. Afterwards, the access token# can be repeatedly refreshed automatically.# See the following examples for getting and refreshing an OAuth2 access token# Get Office365 SMTP/IMAP/POP3 OAuth2 Access Token# Refresh Office365 SMTP/IMAP/POP3 OAuth2 Access Token# First get our previously obtained OAuth2 access token.jsonToken = chilkat2.JsonObject()success = jsonToken.LoadFile("qa_data/tokens/office365.json")if (success == False): print("Failed to open the office365 OAuth JSON file.") sys.exit()imap = chilkat2.Imap()imap.Ssl = Trueimap.Port = 993# Connect to the Office365 IMAP server.success = imap.Connect("outlook.office365.com")if (success != True): print(imap.LastErrorText) sys.exit()# Use OAuth2 authentication.imap.AuthMethod = "XOAUTH2"# In case of shared mailbox access using OAuth, application needs to obtain the access token on behalf of a user# but replace the userName field in the SASL XOAUTH2 encoded string with the email address of the shared mailbox.# Login using the shared mailbox email address for the username, and the access token for the password.# This will cause the SASL XOAUTH2 format to be used, as described at Office 365 SASL XOAUTH2 format success = imap.Login("SHARED_MAILBOX_EMAIL_ADDRESS",jsonToken.StringOf("access_token"))if (success != True): print(imap.LastErrorText) sys.exit()print("O365 OAuth2 shared mailbox authentication is successful.")# Do something...success = imap.SelectMailbox("Inbox")if (success != True): print(imap.LastErrorText) sys.exit()# Your application can continue to do other things in the IMAP session....# When finished, logout and close the connection.success = imap.Logout()success = imap.Disconnect()print("Finished.")