#Parallels client serial
#Parallels client Pc

If you have questions about Parallels Client, please visit our support page.įor more information about Parallels Client, visit Parallels RAS is one of the most cost-effective solutions to securely deliver applications, desktops and data to any device without complexity.įixed: Reporting HTML5 instead of Chrome to the server. Remote sound for a truly native experience.Universal printing allows you to print from your device to any printer.

#Parallels client Pc

Works with virtual desktops, terminal server/RD session host, and Windows PC host.Higher level of security when you authenticate with two-factor authentication.Seamless access to Windows applications on your device.Resize and optimize published applications for a look and feel that feels native.Parallels RAS and Parallels Client allow you to: It's the fastest, simplest, and most reliable way to use virtualized applications and desktops on your device. Parallels Client, when connected to the Parallels Remote Application Server (RAS), provides secure access to business applications, virtual desktops, and data. Note that waiting/polling on these objects requires polling the Hubover the network, AsyncHubResult ( client, msg_ids, fname='unknown', targets=None, tracker=None ) ¶Ĭlass to wrap pending results that must be requested from the Hub. _init_ ( client, msg_ids, mapObject, fname='', ordered=True ) ¶ class. Results will be yielded in the order they were submitted. If ordered=False, then the first results to arrive will come first, otherwise This class is iterable at any time, and will wait on results as they come. It's the fastest, simplest, and most reliable way to use virtualized applications and desktops on your smartphone or tablet. This will properly reconstruct the gather. Parallels Client, when connected to the Parallels RAS, provides secure access to business applications, virtual desktops, and data. AsyncMapResult ( client, msg_ids, mapObject, fname='', ordered=True ) ¶īases: .AsyncResultĬlass for representing results of non-blocking gathers. Which happens as a result of client.spin().įor similar comparison of other timestamp pairs, check out AsyncResult.timedelta. The received timestamp is created when a result is pulled off of the zmq queue, Only reliable if Client was spinning/waiting when the task finished, because Interactive wait, printing progress at regular intervals wall_time ¶Īctual computation time of a parallel calculationĬomputed as the time between the latest received stamp wait_interactive ( interval=1.0, timeout=-1 ) ¶ Timeout is in seconds, and will raise TimeoutError if it is reachedīefore the send completes. This is necessary when sending arrays that you intend to edit in-place. Wait until the result is available or until timeout seconds pass. The time elapsed (in seconds) between the two selected timestamps. ar.submitted)Įnd : one or more datetime objects (e.g. Start : one or more datetime objects (e.g. The default behavior is to use the earliest of the firstĪnd the latest of the second list, but this can be changed timedelta ( start, end, start_key=, end_key= ) ¶Ĭompute the difference between two sets of timestamps Will raise AssertionError if the result is not ready. Return whether the call completed without raising an exception.

#Parallels client serial

Serial computation time of a parallel calculationĬomputed as the sum of (completed-started) of each task successful ( ) ¶ result_dict ¶Ĭheck whether my messages have been sent. Result property wrapper for get(timeout=-1). The number of tasks which have been completed at this point.įractional progress would be given by 1.0 * ar.progress / len(ar) r ¶ Property for accessing execution metadata. Get the results as a dict, keyed by engine_id. Remote call raised an exception then that exception will be reraisedīy get() inside a RemoteError. Timeout seconds then TimeoutError is raised. If timeout is not None and the result does not arrive within Plots together, then all of the second plots, and so on.Įlapsed time since initial submission get ( timeout=-1 ) ¶ Several plots, and you would like to see all of the first Prerequisite In order to establish the connection, you need a VPN client. Unlike the standard RDP client, it reestablishes the connection to the current session in case of a sudden interruption to the BMD Cloud system. This is meant for cases of each command producing Parallels Client (formerly 2X Client) sets up a connection to the BMD Cloud servers. Like ‘type’, but further collate individual displaypub

Group outputs by type (show all stdout, then all stderr, etc.):ĭisplay outputs for each engine before moving on to the next: