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- Mac App Store: Click a Button to Install an App. We’re all used to app stores on our phones, but on the desktop they remain an oddity. Still, the Mac App Store is a decent first place to check. Open the store, search for the app you want, and click “Get” then “Download.”.
- An app will only show in 'Location Services' when it will request for the user location. Those apps which ask for Settings first befor asking for location will not appear in 'Location Services'. So its a developer bug, user can not do anything.
The following are the conditions governing the default folder location: -Mac app store: The path must already exist when the user is setting up the sync app.Standalone: The path will be created (if it doesn't already exist) after the user sets up the sync app. Only with the Standalone sync app you can prevent users from changing the location.
There are two basic ways that you, as an administrator, can deploy the OneDrive sync app to Mac users in your organization:
- Have users install and set up the OneDrive sync app themselves by following the instructions in Sync files with OneDrive on Mac OS X. To install the OneDrive sync app for Mac, a user has to be an administrator on the Mac or know an administrator account name and password.
- Download the installer package file to your local network, and then use your software distribution tools to deploy the app to your users. By using a software distribution tool, you have more control over the deployment, including which users get the sync app and when. The OneDrive sync app for Mac uses the Apple Installer technology for installation. This means you can continue to use the software distribution tools that you normally use to deploy software to Mac users. You can use Microsoft Intune. Other common tools are Jamf Pro, Munki, and AutoPkg. You can also use Apple Remote Desktop and AppleScript.
Manage OneDrive settings on macOS using property list (Plist) files
After the OneDrive sync app for Mac is installed, users can configure settings for the app. These settings are called preferences. As an administrator, you might want to provide users in your organization with a standard set of preferences. Preferences for the OneDrive sync app for Mac are stored in preference files. These files are often referred to as .plist files.
Standalone | Mac App Store | |
---|---|---|
PList Location | ~/Library/Preferences/com.microsoft.OneDrive.plist | ~/Library/Containers/com.microsoft.OneDrive-mac/Data/Library/Preferences/com.microsoft.OneDrive-mac.plist |
Domain | com.microsoft.OneDrive | com.microsoft.OneDrive-mac |
Configure sync app settings
Configure the settings on macOS as follows:
- Quit the OneDrive app.
- Define the settings you want to change by creating a Plist file with the values, or use a script to set the default values.
- Deploy the settings onto the local computer.
- Refresh the preferences cache.On the next start of OneDrive, the new settings will be picked up.
Overview of settings
Use the following keys to preconfigure or change settings for your users. The keys are the same whether you run the standalone or Mac App Store edition of the sync app, but the Plist file name and domain name will be different. When you apply the settings, ensure that you target the appropriate domain depending on the edition of the sync app.
List of settings
AllowTenantList
This setting prevents the users from uploading files to other organizations by specifying a list of allowed tenant IDs. If you enable this setting, the user gets an error if they attempt to add an account from an organization that is not in the allowed tenants list. If the user has already added the account, the files stop syncing. This setting takes priority over Block syncing OneDrive accounts for specific organizations setting. Do NOT enable both settings at the same time.
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The parameter for the AllowTenantList key is TenantID and its value is a string which determines the tenants for whom the Allow Tenant setting is applicable. For the setting to be complete, this parameter also requires a boolean value to be set to it. If the boolean value is set to True, the tenant is allowed to sync.
The example for this setting in the .plist file is:
<key>AllowTenantList</key>
<array>
<dict>
<key>TenantId1</key>
<Bool>True</Bool>
<key>TenantId2</key>
<Bool>True</Bool>
</dict>
</array>
<key>AllowTenantList</key>
<array>
<dict>
<key>TenantId1</key>
<Bool>True</Bool>
<key>TenantId2</key>
<Bool>True</Bool>
</dict>
</array>
AutomaticUploadBandwidthPercentage
This setting enables the sync app to automatically set the amount of bandwidth that can be used for uploading files, based on available bandwidth.
To enable this setting, you must define a number between 1 and 99 which determines the percentage of bandwidth the sync app can use out of the total available bandwidth.
The example for this setting in the .plist file is:
<key>AutomaticUploadBandwidthPercentage</key>
<int>(Bandwidth)</int>
<key>AutomaticUploadBandwidthPercentage</key>
<int>(Bandwidth)</int>
BlockExternalSync
This setting prevents the sync app from syncing libraries and folders shared from other organizations.
If you set the setting's value to True, the users are prevented from syncing OneDrive and SharePoint libraries and folders with organizations other than the user's own organization. Set this value to False or do not enable the setting to allow the OneDrive and SharePoint files to be synced with other organizations also.
The example for this setting in the .plist file is:
<key>BlockExternalSync</key>
<(Bool)/>
<key>BlockExternalSync</key>
<(Bool)/>
BlockTenantList
This setting prevents the users from uploading files to organizations that are included in the blocked tenant IDs list that is specified.
If you enable this setting, the users get an error if they attempt to add an account from an organization that is blocked. If a user has already added an account for a blocked organization, the files stop syncing. This setting does NOT work if you have Allow syncing OneDrive accounts for only specific organizations setting enabled. Do NOT enable both settings at the same time.
You must enable this setting by defining IDs for the TenantID parameter which determines the tenants to whom the block tenant setting is applicable. You must also set the boolean value to True for the ID of every tenant you want to prevent from syncing with the OneDrive and SharePoint files and folders.
Note: In the list, inclusion of the tenant ID alone does not suffice. It is mandatory to set the boolean value to True for the ID of each tenant who is to be blocked.
The example for this setting in the .plist file is:
<key>BlockTenantList</key>
<array>
<dict>
<key>TenantId1</key>
<Bool>True</Bool>
<key>TenantId2</key>
<Bool>True</Bool>
</dict>
</array> https://yellowvideos226.weebly.com/how-to-emulate-an-app-on-your-mac-book.html.
<key>BlockTenantList</key>
<array>
<dict>
<key>TenantId1</key>
<Bool>True</Bool>
<key>TenantId2</key>
<Bool>True</Bool>
</dict>
</array> https://yellowvideos226.weebly.com/how-to-emulate-an-app-on-your-mac-book.html.
DefaultFolderLocation
This setting specifies the default location of the OneDrive folder for each organization.
The parameters are TenantID and DefaultFolderPath.The TenantID value is a string that determines the tenants to whom the default folder location setting is applicable.The DefaultFolderPath value is a string that specifies the default location of the folder.
The following are the conditions governing the default folder location:-Mac app store: The path must already exist when the user is setting up the sync app.-Standalone: The path will be created (if it doesn't already exist) after the user sets up the sync app. Only with the Standalone sync app you can prevent users from changing the location.
The example for this setting in the .plist file is:
<key>DefaultFolder</key>
<array>
<dict>
<key>Path</key>
<string>(DefaultFolderPath)</string>
<key>TenantId</key>
<string>(TenantID)</string>
</dict>
</array>
<key>DefaultFolder</key>
<array>
<dict>
<key>Path</key>
<string>(DefaultFolderPath)</string>
<key>TenantId</key>
<string>(TenantID)</string>
</dict>
</array>
DisableHydrationToast
This setting prevents toasts from appearing when applications cause file contents to be downloaded.
If you set the setting's value to True, toasts do not appear when applications trigger the download of file contents.
The example for this setting in the .plist file is:
<key>DisableHydrationToast</key>
<(Bool)/>
<key>DisableHydrationToast</key>
<(Bool)/>
DisablePersonalSync
This setting blocks users from signing in and syncing files in personal OneDrive accounts. If this setting has been configured after a user has set up sync with a personal account, the user gets signed out.
If you set the setting's value to True, the users are prevented from adding or syncing personal accounts.
The example for this setting in the .plist file is:
<key>DisablePersonalSync</key>
<(Bool)/>
<key>DisablePersonalSync</key>
<(Bool)/>
DisableTutorial
This setting prevents the tutorial from being shown to the users after they set up OneDrive.
If you set this setting's value to True, the tutorial is blocked from being shown to the users after they set up the OneDrive.
The example for this setting in the .plist file is:
<key>DisableTutorial</key>
<(Bool)/>
<key>DisableTutorial</key>
<(Bool)/>
DownloadBandwidthLimited
This setting sets the maximum download throughput rate in kilobytes (KB)/sec for computers running the OneDrive sync app.
You must set this setting's value to an integer between 50 KB/sec and the maximum rate is 100,000 KB/sec which determines the download throughput in KB/sec which the sync app can use.
The example for this setting in the .plist file is:
<key>DownloadBandwidthLimited</key>
<int>(Download Throughput Rate in KB/sec)</int>
<key>DownloadBandwidthLimited</key>
<int>(Download Throughput Rate in KB/sec)</int>
FilesOnDemandEnabled
This setting specifies whether Files On-Demand is enabled.
If you don't set this setting, Files On-Demand will be enabled automatically as we roll out the feature, and users can turn the setting on or off.
If you set this setting to True, FilesOnDemand is enabled and the users who set up the sync app can view the online-only files, by default.
If you set this setting to False, FilesOnDemand is disabled and the users won't be able to turn it on.
The example for this setting in the .plist file is:
<key>FilesOnDemandEnabled</key>
<(Bool)/>
<key>FilesOnDemandEnabled</key>
<(Bool)/>
HideDockIcon
This setting specifies whether a dock icon for OneDrive is shown.
If you set this setting's value to True, the OneDrive dock icon is hidden even if the app is running.
The example for this setting in the .plist file is:
<key>HideDockIcon</key>
<(Bool)/>
<key>HideDockIcon</key>
<(Bool)/>
HydrationDisallowedApps
This setting prevents apps from automatically downloading online-only files. You can use this setting to lock down apps that don't work correctly with your deployment of Files On-Demand.
To enable this setting, you must define a string in JSON format as described below:
'appID' can be either the BSD process name or the bundle display name. 'MaxBuildVersion' denotes the maximum build version of the app that will be blocked. 'MaxBundleVersion' denotes the maximum bundle version of the app that will be blocked.
[{'ApplicationId':'appId','MaxBundleVersion':'1.1','MaxBuildVersion':'1.0'}]
'appID' can be either the BSD process name or the bundle display name. 'MaxBuildVersion' denotes the maximum build version of the app that will be blocked. 'MaxBundleVersion' denotes the maximum bundle version of the app that will be blocked.
The example for this setting in the .plist file is:
<key>HydrationDisallowedApps </key>
<string>
<(Bool)/>
<key>HydrationDisallowedApps </key>
<string>
[{'ApplicationId':'appId','MaxBundleVersion':'1.1','MaxBuildVersion':'1.0'}, {'ApplicationId':'appId2','MaxBundleVersion':'3.2','MaxBuildVersion':'2.0'}]
</string><(Bool)/>
OpenAtLogin
This setting specifies whether OneDrive starts automatically when the user logs in.
If you set this setting's value to True, OneDrive starts automatically when the user logs in on Mac.
The example for this setting in the .plist file is:
<key>OpenAtLogin</key>
<(Bool)/>
<key>OpenAtLogin</key>
<(Bool)/>
SharePointOnPremFrontDoorUrl
This setting specifies the SharePoint Server 2019 on-premises URL that the OneDrive sync app must try to authenticate and sync against.
To enable this setting, you must define a string containing the URL of the on-premises SharePoint Server.
The example for this setting in the .plist file is:
<key>SharePointOnPremFrontDoorUrl</key>
<string>https://Contoso.SharePoint.com</string>
<key>SharePointOnPremFrontDoorUrl</key>
<string>https://Contoso.SharePoint.com</string>
SharePointOnPremPrioritizationPolicy
This setting determines whether or not the client should set up sync for SharePoint Server or SharePoint in Microsoft 365 first during the first-run scenario when the email is the same for both SharePoint Server on-premises and SharePoint in Microsoft 365 in a hybrid scenario.
If you set this setting's value to 1, it is an indication that OneDrive should set up SharePoint Server on-premises first, followed by SharePoint in Microsoft 365.
The example for this setting in the .plist file is:
<key>SharePointOnPremPrioritizationPolicy</key>
<int>(0 or 1)</int>
<key>SharePointOnPremPrioritizationPolicy</key>
<int>(0 or 1)</int>
SharePointOnPremTenantName
This setting enables you to specify the name of the folder created for syncing the SharePoint Server 2019 files specified in the Front Door URL.
If this setting is enabled, you can specify a TenantName which is the name the folder will use in the following convention:
OneDrive – TenantName (specified by you)
TenantName (specified by you)
OneDrive – TenantName (specified by you)
TenantName (specified by you)
If you do not specify any TenantName, the folder will use the first segment of the FrontDoorURL as the its name. For example, https://Contoso.SharePoint.com will use Contoso as the Tenant Name in the following convention:
OneDrive – Contoso
Contoso
OneDrive – Contoso
Contoso
The example for this setting in the .plist file is:
<key>SharePointOnPremTenantName</key>
<string>Contoso</string>
<key>SharePointOnPremTenantName</key>
<string>Contoso</string>
UploadBandwidthLimited
This setting defines the maximum upload throughput rate in KB/sec for computers running the OneDrive sync app.
To enable this setting, set a value between 50 and 100,000 which is the upload throughput rate the sync app can use.
The example for this setting in the .plist file is:
<key>UploadBandwidthLimited</key>
<int>(Upload Throughput Rate in KB/sec)</int>
<key>UploadBandwidthLimited</key>
<int>(Upload Throughput Rate in KB/sec)</int>
You can also configure the OneDrive Standalone sync app to receive delayed updates.
PList Location | Domain |
---|---|
~/Library/Preferences/com.microsoft.OneDriveUpdater.plist | com.microsoft.OneDriveUpdater |
Setting | Description | Parameters | Example Plist Entry |
---|---|---|---|
Tier | Defines the update ring for the computer | UpdateRing (String): This parameter has two different values. Production - The default update ring for OneDrive updates. Insiders - This update ring receives updates that are 'pre-production' and that allow you to play with features before they are released. Note that builds from this ring may be less stable. Enterprise - This update ring (now called 'Deferred') receives updates after they have been rolled out through the Production ring. It also lets you control the deployment of updates. For more information about the update rings and the procedure used by the sync app for checking for updates, see The OneDrive sync app update process. | <key>Tier</key> <string>(UpdateRing)</string> |
The trend of geolocation has densely entrenched in the mobile application market. Geolocation in the mobile app has opened the door for new startup ideas and has established businesses that basically couldn't exist without this technology.
On the other hand, the ability to integrate geolocation in the mobile app has brought a new client service treatment for existing goods and services and a new level of marketing strategies. It has changed the whole workflow of interaction with the consumer.
Some applications are entirely based on this technology, and even created a new niche of location-based services in the market. Others use it as an additional feature to extend the service and make it more advanced.
Here's our take on explaining how to make a location-based app. It is not as easy as it seems since many features are overlapped, complement each other or extrapolates attributes to other areas, thus creating a new niche. So, please, don't hesitate to share your thoughts in the comments.
How to make a location-based app: step-by-step
Step 1. Research Your Idea
Research the market and competitors to look at the market potential and figure out how to make your app better.
Step 2. Create Wireframe of your geolocation app
To bring your idea into reality, you and your app development team need to put your idea down on paper and develop a storyboard.
Step 3. Develop GPS app MVP
Create a minimum variable product to evaluate your business idea at a minimum budget and receive feedback from app users.
Step 4. Create a feature-rich map based app
After receiving user feedback, you can start the second development stage and add other important features to your app.
Mobile Apps that Benefit from Geolocation Feature
Maps and navigation
The first thing that comes to mind when we talk about geolocation app development, a service that helps to navigate the terrain. These include Google Maps, Waze, as well as a variety of compasses, schedules of urban transport, and astronomy.
How To Add Apps To Location Services On Mac Os
Read our article about creating a navigation app like Waze to know more.
Place annotation and recommendations
Such apps are all about places to go out and recalls from other consumers. We consistently receive a lot of requests for GPS app development for a startup like Yelp and Foursquare.
[The APP Solutions Project for Nuwbii]
Geosocial apps
This type of apps is more about social component than geolocation. Users share content based on locations in apps like Instagram and Facebook Places. This category also includes streaming services like Periscope.
GPS tracking apps https://yellowvideos226.weebly.com/what-mac-app-to-iopen-a-webp-file.html.
This type of apps is widely used for security reasons: to keep children protected, to find a stolen car, to keep a check on employees or family members.
Weather forecast aplications
Apps like Yahoo Weather and Weather Underground use geolocation data to increase the usability and skip a few steps between the consumer and the product. You have such apps or widget on your smartphone for sure. There is one more interesting fact about it. Weather apps are the most leading category to which users turn on geolocation. About 65% in comparison to 38% of social networking apps.
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The technology of geolocation has enabled a new way to provide such services as taxi, food delivery or domestic issues assistance. Talking about this category, we should mention Uber and Lyft.
Health and fitness apps
Apps that use GPS data for tracking sports activities and patterns. Most famous of them are RunKeeper, Runtastic, and Moves.
Lifestyle and hobbies
Lifestyle apps connect users according to their interests and lifestyle - for example, their passion for golf or hiking.
[The APP Solutions Project for All Square]
Event apps
Event applications provide the organization of events and put together event hosts and users. One of the biggest players in this market is Eventbrite.
Travel apps
All types of apps that are required to set up a vacation or business trip. Very often they are an extension of the web version. In this niche, you can find TripAdvisor, Airbnb and a lot of others.
Time-based and memory apps
They use information about the location to remind customers about events that took place in the same spot. Check Path and TimeHop for some magic.
Social networking and dating services
Dating services, along with usual social media apps, help to connect people according to their business or private interests. The niche of dating services like Tinder or Badoo has reached a massive part of the market recently.
Local experts and real-time knowledge
Apps like Localmind or Nextdoor help to get people together in their neighborhood for social and political initiatives and connect people with local experts.
[The APP Solutions Project for Que Pro]
E-commerce apps
Mobile apps for electronic commerce business like eBay or Asos make everyday consumer experience more fast and smart, and information about geographical location brings the new advantages for logistics and delivery.
For more details also check 'Do You Need a Mobile eCommerce App for Your Business?' Force close app mac.
Apps for offline business
Even offline business can get a profit from the location-based mobile app for its users. Firstly, it’s an easy way to inform customers and provide loyalty program. Secondly, there are indoor location technologies, which are just intended for offline stores. About it read a bit below.
Augmented reality and games
2020 seems to be a year of augmented/virtual realities. The popular brands lightning fast picked up this trend for their advertising campaigns and a feature of geolocation makes this experience more bright and complete. Same thing with the games.
Technologies to build an app with geolocation
To build a location-based app, we need two components: location services and maps.
There are a few different ways to determine outdoor geolocation with various services. We'll talk about the most widespread of them.
GPS
All modern smartphones equipped with Global Positioning System chip inside. GPS uses the information about location and timing that satellites send from space. Smartphone needs data from at least four satellites to determine position with about 60 feet accuracy.
Cell ID
If the GPS signal is unavailable, we can use the information from cell towers. Mobile networks help to determine which cell uses the customer and compare it with a base-stations database. This method works better in major cities with a vast amount of cells.
Assisted GPS
Assisted GPS approach combines GPS and Cell ID tools and happens to be even more precise than just GPS by itself.
Wi-Fi
Wi-Fi determines the position of the user the same way the Cell ID does, but it is more precise because it covers smaller areas.
There two ways to determine location with Wi-Fi. The first one is RSSI (receive a signal strength indication) that refers to signals from the phone with Wi-Fi points database. The other one is used in frequently visited places. It uses profiles of some locations that are on Wi-Fi networks and called wireless fingerprint. It identifies the user's position with 2 meters accuracy.
After the location of a user is captured, we use services like Google Maps geolocation or some Map Kit Framework to put it on a real map. Google Maps API's for iOS and Android devices provide the performance of geolocation apps, including all information about the location, detailed maps, search for nearby places and other features.
Google Maps SDK for iOS is responsible for adding maps and Google Places API for iOS implements the detection of location and other advanced features. The same tools are provided for Android devices with Google Maps Android API and Google Places API for Android.
Our developers usually recommend building native applications, which means a custom development for every single operating system. But there is also an option to create a cross-platform app using HTML5 geolocation and JavaScript geolocation libraries.
Indoor Geolocation Technologies
Speaking of marketing facilities of geolocation, we also should mention indoor technologies of Geofencing and iBeacon/Eddystone. Here are two interesting facts that will help you to do justice to these tools.
Firstly, according to studies, the indoor location-based market has grown from $8,12 billion in 2014 to $30,6 billion in 2016. Secondly, some mobile devices per capita are on the rise from 9.6% in 2011 to 31.3% in 2016. To top it all, it is worth noting that 8 of 10 consumers prefer using their smartphones for making a final decision before purchasing in the market.
All this indicates that location-based marketing is the new step to customers acquisition and retention, so don't miss it while planning your next marketing strategy.
Geofencing
Geofencing uses GPS in users' mobile devices to determine how close they are to a particular point: whether users are inside or outside the shop or they have just entered or left it. Although geofencing can be used as a way of sending offers or coupons to consumers, the operating range is much further and can be used to provide a personalized experience.
There are three types of geofencing triggers:
- Static triggers are based on the user's position in a particular place. For example, a message comes to individual users when they enter the store.
- Dynamic triggers are based on the user's location and let them know about the changing data stream. For example, a notification about the free parking space is sent to the user that is passing nearby.
- The combined approach is based on the user's location about other users. For example, notification about friend's check-in with apps like Yelp, Facebook, or Foursquare.
iBeacon and Eddystone
Apple iBeacon & Google Eddystone technologies do not deliver offers or other content by themselves. They only send out the identifiers (Bluetooth Low Energy signals, BLE), which trigger actions in custom-designed mobile apps for iBeacon/Eddystone.
Unlike geofencing, beacons cannot determine the user's position on the map. Instead of this, they use BLE to assess whether the mobile user is in the area of their performance.
Geofencing is much less accurate when it is necessary to determine the precise geolocation, but it can be a helpful tool when you need to bring customers to the market from the street or parking.
While iBeacons with their ability to determine the location of the client with greater accuracy, perform better if you need services based on geolocation indoors. For example, the beacons can be used to provide more accurate navigation inside the building.
Geolocation for IoT
Geofencing and iBeacon evolution have led to a new round of IoT development.
Currently, the Internet of Things is growing fast and changes the industry landscape. It connects more and more devices inside the shop and provides a superior shopping experience.
Experts predict the market increase up to $1.7 trillion by 2020 and about 29.5 billion connected devices in 2020 (compared to 16.9 billion in 2014).
Geolocation and Security
There is a stumbling block, though. Geolocation technologies increase privacy concerns. A vast amount of users refuses giving access to their data as they are an affair that this information could be used to harm them. Companies have to offer valuable benefits to users as well as guarantee information security.
Takeaway
Location-based apps tend to shake up all industries and change the way brands interact with their customers online and offline. Create a geolocation app for your business, and you can always deliver information and benefits to your audience at the right place and time.
Gain trust and ensure customers that their private information is safe - this is the secret ingredient of successful geolocation app.