Juliana Bryant

Juliana Bryant

1618990704

3 Secrets for a Successful Microsoft Office 365 Migration

Today, businesses across the world are gravitating to Microsoft Office 365 since it offers a host of benefits including excellent collaboration and communication tools, empowers aging IT infrastructure, scalable with your business, best-in-class security and compliance, and many more. However, moving from on-premises Exchange Server to Office 365’s cloud-based program could be challenging. One wrong step and all your confidential business emails could go down the drain.

If you are also employing Exchange Server or IMAP/POP for emails, this informative piece is for you. Take a quick look at some powerful recommendations for migrating from Exchange Server or IMAP/POP to Office 365 with no hassle. Let’s get started.

1. Define your business needs and priorities

Before you opt for Microsoft Office 365 migration services, it’s wise to conduct a deep audit to understand the needs. You should ask yourself what you want to save to the cloud environment. Whether you need the cloud just for email or you want to save your documents and files as well. Regarding your requirements, it is recommended to opt for an Office 365 plan that comes with a file storage option (OneDrive and SharePoint). The reason being is that each user will get 1TB of cloud space to save their documents or create an online backup. Besides this, opting for a bundle of services is affordable as compared to subscribing to an individual service. For instance, email only will cost you $4 user/month, however, the business essential package will cost you only $5 user/month.

2. Choose the right Office 365 plan

Once you have determined your business requirements, you need to opt for a plan that fits perfectly to your requirements. Having a sound knowledge of your business environment and employee requirements enables you to make smart business decisions when opting for an Office 365 plan. However, if you are indecisive about what plan you should opt for, you can seek help from an Office 365 migration consultant.

The best part of Office 365 is that you can mix and match plans tailored to your business requirements and if you later find that you need customization in your selected plan, you can also do the same without any hassle. There are some plans that come with free features like email encryption, while in other subscription plans, you may be required to pay an amount for the same.

3. Plan for migration

Once you have selected the right plan, it’s time to prepare for the migration. For a smooth migration, you may seek help from Office 365 migration experts, if you are not a tech-savvy person. This will not only save you from all the migration hassle, but also ensure error-free migration without data loss or downtime.

Final Words

Undoubtedly, Office 365 migration offers a host of benefits to businesses, but it comes with a slew of risks, if not done properly. Therefore, it is recommended to not do it yourself, if you don’t have prior experience in data migration to the cloud and seek help from seasoned professionals.

#microsoft office 365 #office 365 #microsoft office 365 migration services #office 365 plan #office 365 migration experts #office 365 migration

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Buddha Community

3 Secrets for a Successful Microsoft Office 365 Migration
Juliana Bryant

Juliana Bryant

1618990704

3 Secrets for a Successful Microsoft Office 365 Migration

Today, businesses across the world are gravitating to Microsoft Office 365 since it offers a host of benefits including excellent collaboration and communication tools, empowers aging IT infrastructure, scalable with your business, best-in-class security and compliance, and many more. However, moving from on-premises Exchange Server to Office 365’s cloud-based program could be challenging. One wrong step and all your confidential business emails could go down the drain.

If you are also employing Exchange Server or IMAP/POP for emails, this informative piece is for you. Take a quick look at some powerful recommendations for migrating from Exchange Server or IMAP/POP to Office 365 with no hassle. Let’s get started.

1. Define your business needs and priorities

Before you opt for Microsoft Office 365 migration services, it’s wise to conduct a deep audit to understand the needs. You should ask yourself what you want to save to the cloud environment. Whether you need the cloud just for email or you want to save your documents and files as well. Regarding your requirements, it is recommended to opt for an Office 365 plan that comes with a file storage option (OneDrive and SharePoint). The reason being is that each user will get 1TB of cloud space to save their documents or create an online backup. Besides this, opting for a bundle of services is affordable as compared to subscribing to an individual service. For instance, email only will cost you $4 user/month, however, the business essential package will cost you only $5 user/month.

2. Choose the right Office 365 plan

Once you have determined your business requirements, you need to opt for a plan that fits perfectly to your requirements. Having a sound knowledge of your business environment and employee requirements enables you to make smart business decisions when opting for an Office 365 plan. However, if you are indecisive about what plan you should opt for, you can seek help from an Office 365 migration consultant.

The best part of Office 365 is that you can mix and match plans tailored to your business requirements and if you later find that you need customization in your selected plan, you can also do the same without any hassle. There are some plans that come with free features like email encryption, while in other subscription plans, you may be required to pay an amount for the same.

3. Plan for migration

Once you have selected the right plan, it’s time to prepare for the migration. For a smooth migration, you may seek help from Office 365 migration experts, if you are not a tech-savvy person. This will not only save you from all the migration hassle, but also ensure error-free migration without data loss or downtime.

Final Words

Undoubtedly, Office 365 migration offers a host of benefits to businesses, but it comes with a slew of risks, if not done properly. Therefore, it is recommended to not do it yourself, if you don’t have prior experience in data migration to the cloud and seek help from seasoned professionals.

#microsoft office 365 #office 365 #microsoft office 365 migration services #office 365 plan #office 365 migration experts #office 365 migration

A Wrapper for Sembast and SQFlite to Enable Easy

FHIR_DB

This is really just a wrapper around Sembast_SQFLite - so all of the heavy lifting was done by Alex Tekartik. I highly recommend that if you have any questions about working with this package that you take a look at Sembast. He's also just a super nice guy, and even answered a question for me when I was deciding which sembast version to use. As usual, ResoCoder also has a good tutorial.

I have an interest in low-resource settings and thus a specific reason to be able to store data offline. To encourage this use, there are a number of other packages I have created based around the data format FHIR. FHIR® is the registered trademark of HL7 and is used with the permission of HL7. Use of the FHIR trademark does not constitute endorsement of this product by HL7.

Using the Db

So, while not absolutely necessary, I highly recommend that you use some sort of interface class. This adds the benefit of more easily handling errors, plus if you change to a different database in the future, you don't have to change the rest of your app, just the interface.

I've used something like this in my projects:

class IFhirDb {
  IFhirDb();
  final ResourceDao resourceDao = ResourceDao();

  Future<Either<DbFailure, Resource>> save(Resource resource) async {
    Resource resultResource;
    try {
      resultResource = await resourceDao.save(resource);
    } catch (error) {
      return left(DbFailure.unableToSave(error: error.toString()));
    }
    return right(resultResource);
  }

  Future<Either<DbFailure, List<Resource>>> returnListOfSingleResourceType(
      String resourceType) async {
    List<Resource> resultList;
    try {
      resultList =
          await resourceDao.getAllSortedById(resourceType: resourceType);
    } catch (error) {
      return left(DbFailure.unableToObtainList(error: error.toString()));
    }
    return right(resultList);
  }

  Future<Either<DbFailure, List<Resource>>> searchFunction(
      String resourceType, String searchString, String reference) async {
    List<Resource> resultList;
    try {
      resultList =
          await resourceDao.searchFor(resourceType, searchString, reference);
    } catch (error) {
      return left(DbFailure.unableToObtainList(error: error.toString()));
    }
    return right(resultList);
  }
}

I like this because in case there's an i/o error or something, it won't crash your app. Then, you can call this interface in your app like the following:

final patient = Patient(
    resourceType: 'Patient',
    name: [HumanName(text: 'New Patient Name')],
    birthDate: Date(DateTime.now()),
);

final saveResult = await IFhirDb().save(patient);

This will save your newly created patient to the locally embedded database.

IMPORTANT: this database will expect that all previously created resources have an id. When you save a resource, it will check to see if that resource type has already been stored. (Each resource type is saved in it's own store in the database). It will then check if there is an ID. If there's no ID, it will create a new one for that resource (along with metadata on version number and creation time). It will save it, and return the resource. If it already has an ID, it will copy the the old version of the resource into a _history store. It will then update the metadata of the new resource and save that version into the appropriate store for that resource. If, for instance, we have a previously created patient:

{
    "resourceType": "Patient",
    "id": "fhirfli-294057507-6811107",
    "meta": {
        "versionId": "1",
        "lastUpdated": "2020-10-16T19:41:28.054369Z"
    },
    "name": [
        {
            "given": ["New"],
            "family": "Patient"
        }
    ],
    "birthDate": "2020-10-16"
}

And we update the last name to 'Provider'. The above version of the patient will be kept in _history, while in the 'Patient' store in the db, we will have the updated version:

{
    "resourceType": "Patient",
    "id": "fhirfli-294057507-6811107",
    "meta": {
        "versionId": "2",
        "lastUpdated": "2020-10-16T19:45:07.316698Z"
    },
    "name": [
        {
            "given": ["New"],
            "family": "Provider"
        }
    ],
    "birthDate": "2020-10-16"
}

This way we can keep track of all previous version of all resources (which is obviously important in medicine).

For most of the interactions (saving, deleting, etc), they work the way you'd expect. The only difference is search. Because Sembast is NoSQL, we can search on any of the fields in a resource. If in our interface class, we have the following function:

  Future<Either<DbFailure, List<Resource>>> searchFunction(
      String resourceType, String searchString, String reference) async {
    List<Resource> resultList;
    try {
      resultList =
          await resourceDao.searchFor(resourceType, searchString, reference);
    } catch (error) {
      return left(DbFailure.unableToObtainList(error: error.toString()));
    }
    return right(resultList);
  }

You can search for all immunizations of a certain patient:

searchFunction(
        'Immunization', 'patient.reference', 'Patient/$patientId');

This function will search through all entries in the 'Immunization' store. It will look at all 'patient.reference' fields, and return any that match 'Patient/$patientId'.

The last thing I'll mention is that this is a password protected db, using AES-256 encryption (although it can also use Salsa20). Anytime you use the db, you have the option of using a password for encryption/decryption. Remember, if you setup the database using encryption, you will only be able to access it using that same password. When you're ready to change the password, you will need to call the update password function. If we again assume we created a change password method in our interface, it might look something like this:

class IFhirDb {
  IFhirDb();
  final ResourceDao resourceDao = ResourceDao();
  ...
    Future<Either<DbFailure, Unit>> updatePassword(String oldPassword, String newPassword) async {
    try {
      await resourceDao.updatePw(oldPassword, newPassword);
    } catch (error) {
      return left(DbFailure.unableToUpdatePassword(error: error.toString()));
    }
    return right(Unit);
  }

You don't have to use a password, and in that case, it will save the db file as plain text. If you want to add a password later, it will encrypt it at that time.

General Store

After using this for a while in an app, I've realized that it needs to be able to store data apart from just FHIR resources, at least on occasion. For this, I've added a second class for all versions of the database called GeneralDao. This is similar to the ResourceDao, but fewer options. So, in order to save something, it would look like this:

await GeneralDao().save('password', {'new':'map'});
await GeneralDao().save('password', {'new':'map'}, 'key');

The difference between these two options is that the first one will generate a key for the map being stored, while the second will store the map using the key provided. Both will return the key after successfully storing the map.

Other functions available include:

// deletes everything in the general store
await GeneralDao().deleteAllGeneral('password'); 

// delete specific entry
await GeneralDao().delete('password','key'); 

// returns map with that key
await GeneralDao().find('password', 'key'); 

FHIR® is a registered trademark of Health Level Seven International (HL7) and its use does not constitute an endorsement of products by HL7®

Use this package as a library

Depend on it

Run this command:

With Flutter:

 $ flutter pub add fhir_db

This will add a line like this to your package's pubspec.yaml (and run an implicit flutter pub get):

dependencies:
  fhir_db: ^0.4.3

Alternatively, your editor might support or flutter pub get. Check the docs for your editor to learn more.

Import it

Now in your Dart code, you can use:

import 'package:fhir_db/dstu2.dart';
import 'package:fhir_db/dstu2/fhir_db.dart';
import 'package:fhir_db/dstu2/general_dao.dart';
import 'package:fhir_db/dstu2/resource_dao.dart';
import 'package:fhir_db/encrypt/aes.dart';
import 'package:fhir_db/encrypt/salsa.dart';
import 'package:fhir_db/r4.dart';
import 'package:fhir_db/r4/fhir_db.dart';
import 'package:fhir_db/r4/general_dao.dart';
import 'package:fhir_db/r4/resource_dao.dart';
import 'package:fhir_db/r5.dart';
import 'package:fhir_db/r5/fhir_db.dart';
import 'package:fhir_db/r5/general_dao.dart';
import 'package:fhir_db/r5/resource_dao.dart';
import 'package:fhir_db/stu3.dart';
import 'package:fhir_db/stu3/fhir_db.dart';
import 'package:fhir_db/stu3/general_dao.dart';
import 'package:fhir_db/stu3/resource_dao.dart'; 

example/lib/main.dart

import 'package:fhir/r4.dart';
import 'package:fhir_db/r4.dart';
import 'package:flutter/material.dart';
import 'package:test/test.dart';

Future<void> main() async {
  WidgetsFlutterBinding.ensureInitialized();

  final resourceDao = ResourceDao();

  // await resourceDao.updatePw('newPw', null);
  await resourceDao.deleteAllResources(null);

  group('Playing with passwords', () {
    test('Playing with Passwords', () async {
      final patient = Patient(id: Id('1'));

      final saved = await resourceDao.save(null, patient);

      await resourceDao.updatePw(null, 'newPw');
      final search1 = await resourceDao.find('newPw',
          resourceType: R4ResourceType.Patient, id: Id('1'));
      expect(saved, search1[0]);

      await resourceDao.updatePw('newPw', 'newerPw');
      final search2 = await resourceDao.find('newerPw',
          resourceType: R4ResourceType.Patient, id: Id('1'));
      expect(saved, search2[0]);

      await resourceDao.updatePw('newerPw', null);
      final search3 = await resourceDao.find(null,
          resourceType: R4ResourceType.Patient, id: Id('1'));
      expect(saved, search3[0]);

      await resourceDao.deleteAllResources(null);
    });
  });

  final id = Id('12345');
  group('Saving Things:', () {
    test('Save Patient', () async {
      final humanName = HumanName(family: 'Atreides', given: ['Duke']);
      final patient = Patient(id: id, name: [humanName]);
      final saved = await resourceDao.save(null, patient);

      expect(saved.id, id);

      expect((saved as Patient).name?[0], humanName);
    });

    test('Save Organization', () async {
      final organization = Organization(id: id, name: 'FhirFli');
      final saved = await resourceDao.save(null, organization);

      expect(saved.id, id);

      expect((saved as Organization).name, 'FhirFli');
    });

    test('Save Observation1', () async {
      final observation1 = Observation(
        id: Id('obs1'),
        code: CodeableConcept(text: 'Observation #1'),
        effectiveDateTime: FhirDateTime(DateTime(1981, 09, 18)),
      );
      final saved = await resourceDao.save(null, observation1);

      expect(saved.id, Id('obs1'));

      expect((saved as Observation).code.text, 'Observation #1');
    });

    test('Save Observation1 Again', () async {
      final observation1 = Observation(
          id: Id('obs1'),
          code: CodeableConcept(text: 'Observation #1 - Updated'));
      final saved = await resourceDao.save(null, observation1);

      expect(saved.id, Id('obs1'));

      expect((saved as Observation).code.text, 'Observation #1 - Updated');

      expect(saved.meta?.versionId, Id('2'));
    });

    test('Save Observation2', () async {
      final observation2 = Observation(
        id: Id('obs2'),
        code: CodeableConcept(text: 'Observation #2'),
        effectiveDateTime: FhirDateTime(DateTime(1981, 09, 18)),
      );
      final saved = await resourceDao.save(null, observation2);

      expect(saved.id, Id('obs2'));

      expect((saved as Observation).code.text, 'Observation #2');
    });

    test('Save Observation3', () async {
      final observation3 = Observation(
        id: Id('obs3'),
        code: CodeableConcept(text: 'Observation #3'),
        effectiveDateTime: FhirDateTime(DateTime(1981, 09, 18)),
      );
      final saved = await resourceDao.save(null, observation3);

      expect(saved.id, Id('obs3'));

      expect((saved as Observation).code.text, 'Observation #3');
    });
  });

  group('Finding Things:', () {
    test('Find 1st Patient', () async {
      final search = await resourceDao.find(null,
          resourceType: R4ResourceType.Patient, id: id);
      final humanName = HumanName(family: 'Atreides', given: ['Duke']);

      expect(search.length, 1);

      expect((search[0] as Patient).name?[0], humanName);
    });

    test('Find 3rd Observation', () async {
      final search = await resourceDao.find(null,
          resourceType: R4ResourceType.Observation, id: Id('obs3'));

      expect(search.length, 1);

      expect(search[0].id, Id('obs3'));

      expect((search[0] as Observation).code.text, 'Observation #3');
    });

    test('Find All Observations', () async {
      final search = await resourceDao.getResourceType(
        null,
        resourceTypes: [R4ResourceType.Observation],
      );

      expect(search.length, 3);

      final idList = [];
      for (final obs in search) {
        idList.add(obs.id.toString());
      }

      expect(idList.contains('obs1'), true);

      expect(idList.contains('obs2'), true);

      expect(idList.contains('obs3'), true);
    });

    test('Find All (non-historical) Resources', () async {
      final search = await resourceDao.getAll(null);

      expect(search.length, 5);
      final patList = search.toList();
      final orgList = search.toList();
      final obsList = search.toList();
      patList.retainWhere(
          (resource) => resource.resourceType == R4ResourceType.Patient);
      orgList.retainWhere(
          (resource) => resource.resourceType == R4ResourceType.Organization);
      obsList.retainWhere(
          (resource) => resource.resourceType == R4ResourceType.Observation);

      expect(patList.length, 1);

      expect(orgList.length, 1);

      expect(obsList.length, 3);
    });
  });

  group('Deleting Things:', () {
    test('Delete 2nd Observation', () async {
      await resourceDao.delete(
          null, null, R4ResourceType.Observation, Id('obs2'), null, null);

      final search = await resourceDao.getResourceType(
        null,
        resourceTypes: [R4ResourceType.Observation],
      );

      expect(search.length, 2);

      final idList = [];
      for (final obs in search) {
        idList.add(obs.id.toString());
      }

      expect(idList.contains('obs1'), true);

      expect(idList.contains('obs2'), false);

      expect(idList.contains('obs3'), true);
    });

    test('Delete All Observations', () async {
      await resourceDao.deleteSingleType(null,
          resourceType: R4ResourceType.Observation);

      final search = await resourceDao.getAll(null);

      expect(search.length, 2);

      final patList = search.toList();
      final orgList = search.toList();
      patList.retainWhere(
          (resource) => resource.resourceType == R4ResourceType.Patient);
      orgList.retainWhere(
          (resource) => resource.resourceType == R4ResourceType.Organization);

      expect(patList.length, 1);

      expect(patList.length, 1);
    });

    test('Delete All Resources', () async {
      await resourceDao.deleteAllResources(null);

      final search = await resourceDao.getAll(null);

      expect(search.length, 0);
    });
  });

  group('Password - Saving Things:', () {
    test('Save Patient', () async {
      await resourceDao.updatePw(null, 'newPw');
      final humanName = HumanName(family: 'Atreides', given: ['Duke']);
      final patient = Patient(id: id, name: [humanName]);
      final saved = await resourceDao.save('newPw', patient);

      expect(saved.id, id);

      expect((saved as Patient).name?[0], humanName);
    });

    test('Save Organization', () async {
      final organization = Organization(id: id, name: 'FhirFli');
      final saved = await resourceDao.save('newPw', organization);

      expect(saved.id, id);

      expect((saved as Organization).name, 'FhirFli');
    });

    test('Save Observation1', () async {
      final observation1 = Observation(
        id: Id('obs1'),
        code: CodeableConcept(text: 'Observation #1'),
        effectiveDateTime: FhirDateTime(DateTime(1981, 09, 18)),
      );
      final saved = await resourceDao.save('newPw', observation1);

      expect(saved.id, Id('obs1'));

      expect((saved as Observation).code.text, 'Observation #1');
    });

    test('Save Observation1 Again', () async {
      final observation1 = Observation(
          id: Id('obs1'),
          code: CodeableConcept(text: 'Observation #1 - Updated'));
      final saved = await resourceDao.save('newPw', observation1);

      expect(saved.id, Id('obs1'));

      expect((saved as Observation).code.text, 'Observation #1 - Updated');

      expect(saved.meta?.versionId, Id('2'));
    });

    test('Save Observation2', () async {
      final observation2 = Observation(
        id: Id('obs2'),
        code: CodeableConcept(text: 'Observation #2'),
        effectiveDateTime: FhirDateTime(DateTime(1981, 09, 18)),
      );
      final saved = await resourceDao.save('newPw', observation2);

      expect(saved.id, Id('obs2'));

      expect((saved as Observation).code.text, 'Observation #2');
    });

    test('Save Observation3', () async {
      final observation3 = Observation(
        id: Id('obs3'),
        code: CodeableConcept(text: 'Observation #3'),
        effectiveDateTime: FhirDateTime(DateTime(1981, 09, 18)),
      );
      final saved = await resourceDao.save('newPw', observation3);

      expect(saved.id, Id('obs3'));

      expect((saved as Observation).code.text, 'Observation #3');
    });
  });

  group('Password - Finding Things:', () {
    test('Find 1st Patient', () async {
      final search = await resourceDao.find('newPw',
          resourceType: R4ResourceType.Patient, id: id);
      final humanName = HumanName(family: 'Atreides', given: ['Duke']);

      expect(search.length, 1);

      expect((search[0] as Patient).name?[0], humanName);
    });

    test('Find 3rd Observation', () async {
      final search = await resourceDao.find('newPw',
          resourceType: R4ResourceType.Observation, id: Id('obs3'));

      expect(search.length, 1);

      expect(search[0].id, Id('obs3'));

      expect((search[0] as Observation).code.text, 'Observation #3');
    });

    test('Find All Observations', () async {
      final search = await resourceDao.getResourceType(
        'newPw',
        resourceTypes: [R4ResourceType.Observation],
      );

      expect(search.length, 3);

      final idList = [];
      for (final obs in search) {
        idList.add(obs.id.toString());
      }

      expect(idList.contains('obs1'), true);

      expect(idList.contains('obs2'), true);

      expect(idList.contains('obs3'), true);
    });

    test('Find All (non-historical) Resources', () async {
      final search = await resourceDao.getAll('newPw');

      expect(search.length, 5);
      final patList = search.toList();
      final orgList = search.toList();
      final obsList = search.toList();
      patList.retainWhere(
          (resource) => resource.resourceType == R4ResourceType.Patient);
      orgList.retainWhere(
          (resource) => resource.resourceType == R4ResourceType.Organization);
      obsList.retainWhere(
          (resource) => resource.resourceType == R4ResourceType.Observation);

      expect(patList.length, 1);

      expect(orgList.length, 1);

      expect(obsList.length, 3);
    });
  });

  group('Password - Deleting Things:', () {
    test('Delete 2nd Observation', () async {
      await resourceDao.delete(
          'newPw', null, R4ResourceType.Observation, Id('obs2'), null, null);

      final search = await resourceDao.getResourceType(
        'newPw',
        resourceTypes: [R4ResourceType.Observation],
      );

      expect(search.length, 2);

      final idList = [];
      for (final obs in search) {
        idList.add(obs.id.toString());
      }

      expect(idList.contains('obs1'), true);

      expect(idList.contains('obs2'), false);

      expect(idList.contains('obs3'), true);
    });

    test('Delete All Observations', () async {
      await resourceDao.deleteSingleType('newPw',
          resourceType: R4ResourceType.Observation);

      final search = await resourceDao.getAll('newPw');

      expect(search.length, 2);

      final patList = search.toList();
      final orgList = search.toList();
      patList.retainWhere(
          (resource) => resource.resourceType == R4ResourceType.Patient);
      orgList.retainWhere(
          (resource) => resource.resourceType == R4ResourceType.Organization);

      expect(patList.length, 1);

      expect(patList.length, 1);
    });

    test('Delete All Resources', () async {
      await resourceDao.deleteAllResources('newPw');

      final search = await resourceDao.getAll('newPw');

      expect(search.length, 0);

      await resourceDao.updatePw('newPw', null);
    });
  });
} 

Download Details:

Author: MayJuun

Source Code: https://github.com/MayJuun/fhir/tree/main/fhir_db

#sqflite  #dart  #flutter 

Martin Jilwor

1613372843

Office 365 Backup Software to backup Office 365 mailboxes to PST & others

Esistono vari motivi per eseguire il backup delle e-mail dell’account di Office 365: si desidera salvare i dati per visualizzarli offline, è necessaria una maggiore sicurezza, forse si desidera migrare su un’altra piattaforma e si desidera portare con sé tutti i vecchi dati. Qualunque sia la ragione, qui troverai una soluzione. Attraverso questo blog, abbiamo deciso di rendere gli utenti consapevoli di come eseguire il backup delle e-mail di Office 365 sul desktop di Windows.

Office 365 è uno dei servizi basati sul Web più popolari che offre diverse funzionalità oltre alla posta elettronica. In alcune situazioni, gli utenti devono eseguire il backup dei messaggi di posta elettronica di Office 365 sul proprio sistema locale ed è sempre meglio conservare una copia locale di tutti i file importanti dell’account cloud sul sistema.

Cerchiamo di capire l’argomento con una query:

Ciao, utilizzo Office 365 da alcuni anni ma ora ho deciso di passare all’applicazione desktop di Windows. Ma voglio leggere tutte le mie importanti e-mail di Office 365 sul mio desktop Windows, quindi voglio mantenere un file di backup. Qualcuno può aiutarmi a salvare il backup delle e-mail di Office 365 su Windows in modo da potervi accedere dal desktop di Windows? Grazie in anticipo."

Da questo scenario, hai capito perché gli utenti cercano un backup dell’account di Office 365. Passiamo ora alla soluzione.

Applicazione di backup di Office 365: per eseguire il backup delle e-mail dell’account di Office 365

Con la presente ti offriamo una soluzione professionale: Softaken Office 365 Backup. È una soluzione intelligente e conveniente per eseguire un backup delle e-mail di Office 365 con allegati su Windows. Può funzionare senza problemi su tutte le versioni di Windows.

Utilizzando questa applicazione, gli utenti sono liberi di eseguire il backup dei messaggi di posta elettronica completi dell’account di Office 365 in pochi clic. Nessuna complessità viene affrontata dagli utenti durante il backup dell’account di Office 365. Tutti gli allegati associati ai messaggi di posta elettronica di Office 365 vengono esportati dallo strumento nel sistema locale.

Offre cinque diversi formati di file per archiviare il backup dell’account di Office 365 su Windows e questi sono PST, EML, MSG, EMLX e MBOX. A seconda delle proprie esigenze, gli utenti possono selezionare uno qualsiasi dei formati per salvare il backup delle cassette postali di Office 365 su Windows.

Di seguito sono riportati i passaggi per utilizzare Office 365 Backup:

  1. Scarica e installa semplicemente l’applicazione sul tuo sistema.
  2. Immettere il nome utente e la password dell’account di Office 365.
  3. Seleziona tutte o le cartelle desiderate da Office 365 per il backup.
  4. Scegli un formato per salvare i dati di backup.
  5. Immettere la posizione per il file di output e premere il pulsante Esegui backup ora.

È così facile eseguire il backup delle e-mail di un account Office 365 con allegati in 5 semplici passaggi sul desktop di Windows. Questo non può mai essere possibile con una soluzione manuale. Pertanto, consigliamo strumenti professionali facili da usare e che fanno risparmiare tempo e fatica agli utenti.

Parole finali

Fare il backup delle e-mail dell’account Office 365 su Windows non è un compito facile. Può essere eseguito senza problemi quando gli utenti hanno la soluzione giusta con loro e una di queste soluzioni intelligenti viene offerta agli utenti in questo blog. Gli utenti possono prima testare liberamente l’applicazione e poi richiedere le chiavi di licenza. L’applicazione è completamente sicura da usare e fornisce sempre risultati accurati.

#office 365 #office 365 backup #backup office 365

How to Uninstall Microsoft Security Essentials? - www.office.com/setup

Microsoft Security Essential program is not designed by Microsoft and it is fake security software. If the user wants more information, then contact Microsoft team through www.office.com/setup download the get free key for office.

Method To Uninstall Microsoft Security Essential:

  1. Uninstall Anti-Spyware Programs:
It might be possible that security programs can conflict with each other. So, if you face issue then you should remove the antivirus software from your device. For this, you should click on Start option and then select Settings button. After this, you should find Apps and then you have to select the security program which is installed in your PC. At last, you should select Uninstall option and then follow the on-screen instructions which are provided on the screen.
  1. Download Microsoft’s Fix It tool:
As you all that Microsoft released a great tool which is capable of fixing the MSE uninstallation problem. You should first download the tool. Then, you should close all programs and then start the launcher. After this, you should follow the on-screen directions and then install the program. At last, you should Reboot your Computer system.
  1. Manually Delete Microsoft Security Essentials by Modifying Registry Keys:
You should first click on Start option and then enter Control Panel into the search box. Then, you should press Enter key and then open Control Panel. Here, you should pick System and Security and then choose Backup and Restore (Windows 7). Now in the left side of the window, you should click on Create a system image. If it is asked where you want to create the backup, then you should click on a hard disk. At this point, you should click on Start backup button. www office com setup

When you complete the backup procedure, then you should click on Start option and then select File Explorer. Now, you should go to Program Files which is by default located on C:\Program Files and then find Microsoft Security Client. At this point, you should find Setup.exe, and then right-click on it and then select Properties. After this, you should click on the Change settings for all users box. At the end, you should change the compatibility mode to Windows 7 and then tap on OK button.

know here this link: How to Scan A Word Document and Convert PDF to Word?

  1. Uninstall Program via Command line:
For this, you should click on Start option and then type in Command Prompt. After this, you should right-click the program and then give it admin rights. If the Command Prompt window opens, then you should insert the following line and press Enter key:

C:\Program Files\Microsoft Security Client\setup.exe” /x /disableoslimit

This method will launch MSE uninstaller and then you should click on Uninstall option.

The above method will help to uninstall Microsoft Security Essentials. If in case, the customer is still having any kind of problem then just contact to the customer care of Microsoft support team via office.com/setup get the download free key for office 2021. For more details, you can go to the official website of Microsoft Office.

read here also…

www.webroot.com/safe
www.avg.com/retail

#uninstall microsoft security essentials #microsoft security essential #www.office.com/setup #office.com/setup #microsoft office #office.com/myaccount

alina yewagat

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Como carregar o arquivo PST para o Office 365 sem Outlook?

Os usuários tiveram que carregar arquivos PST para contas do Office 365 várias vezes quando não tinham o MS Outlook com eles, e está se tornando muito difícil para eles fazerem isso sem o Outlook. Os usuários acharão mais fácil migrar agora que fornecemos uma solução simples neste blog para importar arquivos PST para o Office 365 com ou sem download do MS Outlook.

Baixe Agora

Devido à ampla variedade de recursos e funções fornecidas pelas plataformas em nuvem, a migração do Outlook baseado em desktop para o OWA está se tornando mais popular.

O Office 365 é simples e fácil de usar. Ele permite que os usuários operem em uma rede baseada em nuvem. Vejamos as diferentes maneiras de carregar o Outlook PST para o Office 365 Importer.

Existem várias maneiras de importar arquivos PST para a nuvem do Office 365.

A importação de arquivos da área de trabalho do Outlook para o OWA pode ser feita de várias maneiras. Vamos conhecer cada um deles individualmente -

  1. Use o método de upload de rede
  2. Usando um utilitário técnico
  3. Usando o método de envio por unidade (sem Outlook)

Método 1: use o upload da rede para importar um arquivo PST para a metodologia do Office 365

  1. Abra a ferramenta Azure AzCopy e cole a URL do SAS nela.
  2. Agora, carregue o arquivo PST. 3. Visualize o arquivo PST usando o Azure Storage Explorer.
  3. Crie um arquivo CSV para fins de mapeamento.
  4. Faça uma tarefa de importação de PST.
  5. Isso iniciará o processo de importação do arquivo PST para o Office 365.

O segundo método é usar o envio de unidade. Metodologia

  1. Para obter uma chave de armazenamento, execute WAImportExport.exe.
  2. Usando este método, copie o arquivo PST para o seu disco rígido.
  3. Crie um arquivo de mapeamento para transferir seu arquivo PST para o armazenamento do Azure.
  4. Crie um trabalho de importação agora.
  5. Envie o disco rígido para a Microsoft para que o arquivo PST possa ser carregado no espaço de armazenamento do Azure.

Método 3: PST qualificado para solução de importação do Office 365

Para o upload direto de arquivos PST em uma conta do Office 365 sem usar o MS Outlook, pode-se usar uma ferramenta automatizada como o Softaken Mail Importer. O aplicativo leva apenas alguns minutos para importar emails PST e anexos para uma conta do Office 365.

As medidas para fazer upload de arquivos PST para a nuvem do Office 365 são as seguintes:

  1. Baixe e execute o aplicativo PST para importador do Office 365.
  2. Escolha um ou vários arquivos PST para importar.
  3. Tenha informações de login para o Office 365.
  4. Selecione uma pasta de importação PST.
  5. Clique no botão “Carregar agora”.

É assim que as medidas do aplicativo são amigáveis ​​ao usuário. A melhor coisa sobre este programa é que ele não precisa da instalação do Outlook para importar caixas de correio PST para a conta do Office 365.

Qual método é melhor para enviar PST para o O365: manual ou profissional?

Em comparação com os métodos manuais mencionados acima, é óbvio que usar um sistema profissional como o PST para importador do Office 365 é a melhor maneira de carregar emails PST em uma conta do Office 365. Existem muitas explicações para isso -

  1. As soluções manuais são frustrantes e complexas, enquanto as soluções profissionais são fáceis de usar.
  2. Usuários sem experiência tecnológica terão dificuldade em entender os métodos manuais, ao passo que entender as soluções profissionais é simples graças às suas medidas autoexpressivas.
  3. O upload manual de um único arquivo PST é possível, mas as soluções profissionais carregam vários arquivos PST de uma vez para a importação do Office 365.

Conclusão

Nesta postagem, mostramos como importar arquivos PST para o Office 365 com ou sem Outlook. Depois de analisar as deficiências dos métodos de carregamento de rede e envio de unidade, é recomendável usar uma solução profissional, como PST para Office Importer, para importar arquivos do Outlook diretamente, em massa e facilmente para a nuvem do Office 365. Examine a funcionalidade do software primeiro instalando uma versão demo gratuita antes de obter as chaves de licença.

#pst para o office 365 #outlook pst para o office 365 importer #pst para contas do office 365 #pst para a nuvem do office 365