1. For User To Enable Access_coarse_location Manually Mac
2. For User To Enable Access_coarse_location Manually File
3. For User To Enable Access_coarse_location Manually Download
4. For User To Enable Access_coarse_location Manually Windows 10
5. For User To Enable Access_coarse_location Manually Windows 7

Deploying an Exchange Hybrid solution offers many opportunities to extend messaging services into the cloud. This is one of the biggest strengths of the Microsoft offering. We can provide on-premises, cloud only and hybrid solutions.

In order to use the location services provided by Google Play Services and the fused location provider, connect your app using the Settings Client, then check the current location settings and prompt the user to enable the required settings if needed. Apps that use location services must request location permissions. I could write code that get user's location and that works fine in API enable manually device's GPS.

In order to receive location updates from NETWORKPROVIDER or GPSPROVIDER, you must request the user's permission by declaring either the ACCESSCOARSELOCATION or ACCESSFINELOCATION permission, respectively, in your Android manifest file. Without these permissions, your application will fail at runtime when requesting location updates.

One capability is cloud based archives. This allows either:

After you enable the permission, power restart the device. Now the device will upload locations to Codeproof Cloud Console. In the below image, The location permission is enabled. In the below image, Permissions are not enabled. Sep 07, 2019  Set the permissions for the user(s) you selected. Place checks next to “Allow” or “Deny” for each of the following options: Full Control: Allows everyone to read, delete, and edit files in this folder. This also grants this user the ability to change permissions on the folder.

• Office 365 mailbox with archive also in Office 365

This post assumes that you have already deployed Exchange hybrid with the correct Office 365 subscription, and that a version of Outlook which supports archives has been rolled out to the relevant users. Additionally you must correctly design and deploy the necessary retention policy tags and policies to meet your specific business requirements. Ensure that your legal team is heavily involved in this process.

One item that needs to be addressed is how to enable a remote archive in a Hybrid Exchange solution. Simply going to the the Office 365 portal (https://portal.office.com) and clicking the enable option for the archive does not work. The same happens with remote PowerShell to Exchange Online. The PowerShell error is shown below:

Enable-Mailbox user-15 -Archive:$true

The following error occurred during validation in agent 'Windows LiveId Agent': 'Unable to perform the save operation. 'Username' is not within a valid server write scope.'

Is there really a write scope restriction in RBAC that is blocking the command? Not so much. We need to enable the archive from the on-premises management toolset rather than the cloud. This lab is based on Exchange 2010 SP3 RU9, so will use the Exchange Management Console and the Exchange Management Shell on the on-premises Exchange server.

Enabling Remote Archive Using Exchange Management Console

The Office 365 tenant was successfully added to the Exchange 2010 Management Console. It was given the label of O365. To view both cloud mailboxes and on-premises mailboxes ensure that the focus is placed upon the Recipient Configuration node. This is highlighted in the image below.

To enable the remote archive, right click mailbox and select Enable Hosted Archive.

After confirming the prompt, the attributes on the mailbox will be updated. Through directory synchronisation they will flow to Office 365 and the archive will be provisioned.

Enabling Remote Archive Using Exchange Management Shell

To enable a remote archive through Exchange PowerShell we can run the below on the on-premises Exchange server:

Enable-RemoteMailbox MailboxName –Archive

As with the Exchange Management Console, the on-premises object’s attributes are then updated.

We are not yet done as the changes need to replicate to Office 365 through the directory synchronisation tool. Either wait for the next sync cycle or manually initiate one as noted here.

Examining The Attributes Modified

If we look at the MIISClient.exe tool on the directory synchronisation server, we can see the changes for the mailbox being replicated to Office 365. The below window shows the changes to the object User-15. Note that the changes column has been toggled to filter on attributes changed or added. The changes are highlighted in the red box as shown in the below image:

We can see that the msExchArchiveGuid and msExchArchiveName were added. The msExchRemoteRecipientType was changed from a value of 1 to 3.

Client Experience – Outlook

On the user’s Outlook 2013 client, Outlook automatically adds in the archive when autodiscover detects the updated settings. The instruction to mount up an archive is contain in the AlternativeMailbox section of the XML. This is highlighted below:

Which then looks like the below. Note that the archive is highlighted in the red box:

Client Experience – OWA

The user interface is very similar to Outlook 2013. Again the archive is highlighted.

Creating Office 365 Archive At Time Of Mailbox Creation

Updated 29-7-2015: Section below added for completeness.

It is also possible to directly create the archive mailbox in Office 365 when the mailbox is initially created. The below screenshots are from Exchange 2010. A mailbox is being created for Charlie Cloud. On the Archive Settings page, the default of no archive is then change to provision the archive mailbox directly in Exchange Online.

The previous screens have the default options, in the Archive Settings we now directly enable the archive in Office 365.

Note the remote routing address that is shown above. This lab was created using Exchange 2010 SP3 so it does not have the old school service domain present. This will be the case for most deployments, though if you did originally configure Exchange Hybrid back with Exchange 2010 SP1 using the manual steps then adjust the domain to be whatever you originally configured. Clicking the browse button allows you to easily see the target delivery domain that was configured.

Finally we complete the wizard which then starts execution.

And should then complete successfully.

Cheers,

Rhoderick

For User To Enable Access_coarse_location Manually Mac

One of the unique features of mobile applications is location awareness.Mobile users bring their devices with them everywhere, and adding locationawareness to your app offers users a more contextual experience.

Code samples

The ApiDemos repository on GitHub includessamples that demonstrate the use of location on a map:

• MyLocationDemoActivity: Using theMy Location layer, including runtime permissions
• LocationSourceDemoActivity: Using a customLocationSource
• CurrentPlaceDetailsOnMap: Finding the currentlocation of an Android device and displaying details of the place (businessor other point of interest) at that location. See the tutorial on showingcurrent place details on a map.

Working with location data

The location data available to an Android device includes the current locationof the device — pinpointed using a combination of technologies —the direction and method of movement, and whether the device has moved acrossa predefined geographical boundary, or geofence. Depending upon the needs ofyour application, you can choose between several ways of working with locationdata:

• The My Location layer provides a simple way to display a device'slocation on the map. It does not provide data.
• The Google Play services Location API is recommended for allprogrammatic requests for location data.
• The LocationSource interface allows you to providea custom location provider.

Location permissions

If your app needs to access the user's location, you must request permission byadding the relevant Android location permission to your app.

Android offers two location permissions: ACCESS_COARSE_LOCATION andACCESS_FINE_LOCATION. The permission you choose determines the accuracy of thelocation returned by the API. You only need to request one of the Androidlocation permissions, depending on the level of accuracy you need:

• android.permission.ACCESS_COARSE_LOCATION– Allows the API to use WiFi or mobile cell data (or both) to determinethe device's location. The API returns the location with an accuracyapproximately equivalent to a city block.
• android.permission.ACCESS_FINE_LOCATION– Allows the API to determine as precise a location as possible from theavailable location providers, including the Global Positioning System(GPS) as well as WiFi and mobile cell data.

Add the permissions to the app manifest

Add one of the following permissions as a child of the <manifest> elementin your Android manifest. Either the coarse location permission:

Or the fine location permission:

Request runtime permissions

Android 6.0 (Marshmallow) introduces a new model for handling permissions, whichstreamlines the process for users when they install and upgrade apps. If yourapp targets API level 23 or later, you can use the new permissions model.

If your app supports the new permissions model and the device is running Android6.0 (Marshmallow) or later, the user does not have to grant any permissionswhen they install or upgrade the app. The app must check to see if ithas the necessary permission at runtime, and request the permission if it doesnot have it. The system displays a dialog to the user asking for the permission.

For best user experience, it's important to request the permission in context.If location is essential to the functioning of your app, then you should requestthe location permission at app startup. A good way to do this is with a warmwelcome screen or wizard that educates users about why the permission isrequired.

If the app requires the permission for only part of its functionality, then youshould request the location permission at the time when the app performs theaction that requires the permission.

The app must gracefully handle the case where the user does not grantpermission. For example, if the permission is needed for a specific feature, theapp can disable that feature. If the permission is essential for the app tofunction, the app can disable all its functionality and inform the user thatthey need to grant the permission.

The following code sample checks for permission using the Support library beforeenabling the My Location layer:

The following sample handles the result of the permission request byimplementing theActivityCompat.OnRequestPermissionsResultCallbackfrom the Support library:

For User To Enable Access_coarse_location Manually File

For more code samples and best practices for Android runtime permissions, seethe documentation for the Android permissions model.

The My Location layer

You can use the My Location layer and the My Location button to show youruser their current position on the map. Call mMap.setMyLocationEnabled()to enable the My Location layer on the map.

For User To Enable Access_coarse_location Manually Download

The following sample shows a simple usage of the My Location layer:

When the My Location layer is enabled, the My Location button appears in thetop right corner of the map. When a user clicks the button, the camera centersthe map on the current location of the device, if it is known. The locationis indicated on the map by a small blue dot if the device is stationary,or as a chevron if the device is moving.

The following screenshot shows the My Location button at top right and theMy Location blue dot in the center of the map:

You can prevent the My Location button from appearing by callingUiSettings.setMyLocationButtonEnabled(false).

Your app can respond to the following events:

• If the user clicks the My Location button, your app receives anonMyLocationButtonClick() callback from theGoogleMap.OnMyLocationButtonClickListener.
• If the user clicks the My Location blue dot, your app receives anonMyLocationClick() callback from theGoogleMap.OnMyLocationClickListener.

From our Terms of Service

Protect user privacy,
keep them informed

Always inform users of how you will use their data, and don't make it possible to identify individual users. Get user consent before using their location, and let them revoke consent at any time.

The Google Play services Location API

The Google Play services Location API is the preferred methodfor adding location awareness to your Android application. It includesfunctionality that lets you:

For User To Enable Access_coarse_location Manually Windows 10

• Determine the device location.
• Listen for location changes.
• Determine the mode of transportation, if the device is moving.
• Create and monitor predefined geographical regions, known as geofences.

For User To Enable Access_coarse_location Manually Windows 7

The location APIs make it easy for you to build power efficient,location-aware applications. Like the Maps SDK for Android, the LocationAPI is distributed as part of the Google Play services SDK. For moreinformation on the Location API, please refer to the Android training classMaking Your App Location Aware or the Location APIReference. Code examples are included as part of the GooglePlay services SDK.