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In Connected IO mode, returns the number of timer ticks that your model lags behind the real-time kernel. When the model lags by more than Maximum missed ticks, the software reports an error and simulation stops.

Enter a value, in seconds, that represents how frequently youwant the block to execute and interact with the I/O hardware. Theblock synchronizes your model with the real-time clock at this samplerate.

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In Connected IO mode, enter the number of timer ticks that your model can lag behind the real-time kernel. When the model lags behind by this number or fewer timer ticks, the software assumes that the lag is temporary. It allows the model to catch up, even if the model misses some ticks. When the model lags by more than this number, the software reports an error and simulation stops.

Businesses, especially retailers, often have more than one selling channel and sometimes a number ofwarehouses. This can easily go beyond the control of the business owners if there is no real-time synchronization system. Managing multiple touchpoints needs a centralized system to manage the business anywhere, at any time, and on any device. This is the task of real-time synchronization which cannot be easily done by human labor.

Real-time synchronization maintains accurate and secure management of data. It ensures the latest updates of data are available for viewing, analyzing, and organization to ensure an omnichannel experience. For example, businesses that have multiple online and offline stores would need data consistency to view performance improvement. These data can include, but not limited to:

Customers can also benefit from real-time synchronization. These benefits can range from interaction with department members for the most up-to-date information, to their own search on online platforms. Other stakeholders within the process, such as the manufacturers, can also gain visibility and pinpoint vulnerabilities of their tasks in relation to the business. This can create joint management by stakeholders, thus diminishing the potential risks in the future.

Is it possible to have real time sync between my two devices? I would like to draw graphs and mathematical expressions with my Ipad and add text with my MacBook, but I'm having a lot of delay in the sync between them, what makes it impossible to do it in a seamless manner.

If you want to sync data in real time you need to enable a live qiery server for the tables that you want to sync. It will open a websocket connection and then you can listen for the update event to fetch data every time something changes. This is about 40 lines of frontent code for each table. This is how it happens in parse. Yet If you have more than 3 tables that you want a realtime sync for, you may have difficulties. Also on high traffic websockets may not be that reliable, but putting a redis cache should help significantly. Overall though I feel like firebase is better for realtime sync.

Workday Real Time Sync (RTS) allows Okta to receive user creation, update, and termination events from Workday on a real-time basis. User changes in Workday are reflected immediately in Okta and its downstream applications.

RTS is used to trigger an update from Workday to Okta in real time. It should be used for changes where timeliness is critical such as immediate termination of a worker. A business process must be configured in Workday to send the trigger to Okta to start this process. Included in the RTS import are base attributes, non-future, and future effective dated custom attributes.

This completes the steps for adding the Integration System event to the Business Process.For the sync between Workday and Okta, see Table 3 for the optimal combination of Business Process and Transaction Type.

Hi, I would like to have some data synced up among different users of the same app. Simple example is when user A is accessing a row in table, this row select should ideally get disabled for other users until user A selects another row. From the docs, I understand this can be done through localStorage. But how can the value in localStorage be shared across multiple instances? Since this is for a short period, DB operations would be very high for this.

Thanks in advance.

While there is an integration with LinkedIn Sales Navigator and an extension for Office 365 and Outlook desktop, it's not possible to import contacts from LinkedIn and Outlook or to set up a real-time synchronization.

In real time as far as i know there's only DRBD. But I don't think it applies at your situation, since when you delete a file you'll delete it also on the external disk.More easily you can use rsync and a cron script that run every few minutes.

lsyncd seems to be the perfect solution. it combines inotify (kernel builtin function witch watches for file changes in a directory trees) and rsync (cross platform file-syncing-tool).

Lsyncd watches a local directory trees event monitor interface (inotify or fsevents). It aggregates and combines events for a few seconds and then spawns one (or more) process(es) to synchronize the changes. By default this is rsync. Lsyncd is thus a light-weight live mirror solution that is comparatively easy to install not requiring new filesystems or blockdevices and does not hamper local filesystem performance.

git-annex allows managing files with git, without checking the file contents into git. While that may seem paradoxical, it is useful when dealing with files larger than git can currently easily handle, whether due to limitations in memory, time, or disk space

Real-time Sync automatically synchronizes record changes from Zuora to Salesforce in real time. It monitors and listens to the record changes in Zuora database and synchronizes changed records to Salesforce once the number of record change events reaches the configured threshold. Because of this event-driven triggering, Real-time Sync synchronizes a small number of record changes more efficiently than Turbo Sync which requires a database scan to find the records changed. Real-time Sync uses Salesforce APIs.

Generally, Real-time Sync is a faster and more efficient way to sync records from Zuora to Salesforce. Turbo Sync starts to be faster than Real-time Sync when there are 10,000 events generated per minute.

A Turbo Sync session is automatically scheduled to run immediately before the first Real Time sync session runs. The Turbo Sync should complete with the "Finish" or "Finish with Errors" status at least once before the first Real-Time Sync session is triggered.

The Real-time Sync trigger settings determine when the next Real-time Sync job is automatically triggered. A sync job occurs when either of the following trigger condition is met, whichever comes first.

IMPORTANT: If a Salesforce connector job has both Real-time sync fields and scheduled fields, then only Real-time sync fields will be updated in Real-time as part of this feature. The scheduled fields will be updated as per the defined job schedule.

To allow the fields to be synced in Gainsight, the user who is authorizing the Salesforce connection must be a System Admin for the Salesforce org or the Salesforce user should have the following permissions:

This tab is only displayed if you select Sync in Real Time for any fields from the source object. You must map the source real-time field with the target field in the Direct Mapping section. If you have selected a field in the source object which has a lookup to another field, then you must map the field in the Derived Mapping section.

Note: The Identifier fields can only be set as a part of the Scheduled fields. However, they are also synced in real-time along with Required fields.

A Real-time activity is created when a Real-time enabled job within Salesforce Connector is executed. When you select the Real Time Activities in the Activity tab, the following job details is displayed:

FreeFileSync is an awesome freeware tool for files and folders synchronization and backup. It has a lot of premium-like features (but for free!) that no other freeware tool on the market can match today, and it even outmatches many premium backup & sync tools out there.

Of course, *.ffs_gui is straightforward to explain: it is simply a settings file of all the options you set in the main program (app) windows with graphical user interface (hence, _gui part), containing folder pairs, sync modes, exclusion list etc. In another words, this is simply a backup file of main program configuration.

Process monitors changes, and when the timer reaches predefined delay without any further changes activities, it runs the sync procedure automatically in the background. Then the new cycle runs, but if there are no changes made, there will be nothing to sync.

RealTimeSync receives change notifications directly from the operating system in order to avoid the overhead of repeatedly polling for changes. Each time a file or folder is created/updated/deleted in the monitored directories or their sub directories, RealTimeSync waits until a user-configurable idle time has passed in which no further changes were detected, and then runs the command line. This makes sure the monitored folders are not in heavy use when starting a synchronization. ff782bc1db