Re: Fast Gsm Unlocking Client 0.0.0.12 Download
Chara Fiebig
We have a cluster of 3 RDS servers, all running Windows Server 2008 R2. We recently started using thin clients and have run into an issue: once a user is logged in, another user cannot "switch" to the login screen. The original user has locked the session and is the only one who can login until the session times out from inactivity (30 mins), or I manually kick off the first user from the RDS server (obviously not feasible each time).
Under most setups it is not possible to "switch user" from a locked RDP session on an RDS server. That said, if you set "Remote Desktop Host Configuration" of the RD Gateway to use native "RDP layer encryption" another user should be able to login to RDS via the same thin-client, even after the session has locked. This is because it allows the "other user" icon (blank user icon) to be brought up along side the logged on user's icon at the login screen. The downside to this is that native RDP-level encryption only provides weak security because it cannot use Network Level Authentication.
That should allow the end user to break out of the "locked" RDP session in FreeRDP. That way new user could login and the original user's session would remain on the RDS server (and could be picked up later or logged into from a different thin-client).
Even the fastest fulfillment operation is still at the mercy of the speed and quality of final-mile delivery. For most, this means national parcel carriers remain critical partners in enabling advantages around speed. But the parcel market continues to pose headwinds, such as escalating surcharges (which are likely to remain standard practice) and strict, enforced capacity agreements. These pressures have created headlines and headaches for retailers of all sizes. In response, retailers must develop strategies that allow them to meet peak demand but do so at a reasonable cost. There are viable alternatives to traditional, national contracts:
For most retail supply-chain leaders, creating a faster fulfillment network is rightfully top of mind. A recent McKinsey survey of consumers shows that five of the top nine factors driving customer value in omnichannel retail are related to logistics (Exhibit 1). But it is important to remember fulfillment-network improvement is but one among several capabilities a retailer must build to remain competitive in omnichannel retail. Indeed, the North Star of a great omnichannel strategy is removing friction from the parts of the fulfillment process that matter most to customers. Below are a few of the avenues retailers can explore with operations support.
The interface between the ROS 2 stack and Fast DDS is provided by the ROS 2 middleware implementation rmw_fastrtps.This implementation is available in all ROS 2 distributions, both from binaries and from sources.
ROS 2 RMW only allows for the configuration of certain middleware QoS(see ROS 2 QoS policies).However, rmw_fastrtps offers extended configuration capabilities to take full advantage of the features in Fast DDS.This tutorial will guide you through a series of examples explaining how to use XML files to unlock this extended configuration.
This tutorial assumes that you know how to create a package.It also assumes you know how to write a simple publisher and subscriber and a simple service and client.Although the examples are implemented in C++, the same concepts apply to Python packages.
In order to define a configuration for a specific topic, just name the profile after the the ROS 2 topic name (like /sync_topic and /async_topic in the example),and rmw_fastrtps will apply this profile to all publishers and subscribers for that topic.The default configuration profile is identified by the attribute is_default_profile set to true, and acts as a fallback profile when there is no other one with a name matching the topic name.
Among all the configurable attributes, rmw_fastrtps treats publishMode and historyMemoryPolicy differently.By default, these values are set to ASYNCHRONOUS and PREALLOCATED_WITH_REALLOC within the rmw_fastrtps implementation, and the values set on the XML file are ignored.In order to use the values in the XML file, the environment variable RMW_FASTRTPS_USE_QOS_FROM_XML must be set to 1.
However, this entails another caveat: If RMW_FASTRTPS_USE_QOS_FROM_XML is set, but the XML file does not definepublishMode or historyMemoryPolicy, these attributes take the Fast DDS default value instead of the rmw_fastrtps default value.This is important, especially for historyMemoryPolicy, because the Fast DDS deafult value is PREALLOCATED which does not work with ROS2 topic data types.Therefore, in the example, a valid value for this policy has been explicitly set (DYNAMIC).
Although we have created a node with two publishers with different configuration, it is not easy to check that they are behaving differently.Now that the basics of XML profiles have been covered, let us use them to configure something which has some visual effect on the nodes.Specifically, a maximum number of matching subscribers on one of the publishers and a partition definition on the other will be set.Note that these are only very simple examples among all the configuration attributes that can be tuned on rmw_fastrtps through XML files.Please refer to *Fast DDS* documentation to see the whole list of attributes that can be configured through XML files.
Although you can use these topic names to set the configuration profiles on the XML, sometimes you may wish to apply the same profile to all services or clients on a node.Instead of copying the same profile with all topic names generated for all services, you can just create a publisher and subscriber profile pair named service.The same can be done for clients creating a pair named client.
This configuration file sets the publication mode to SYNCHRONOUS on the service and to ASYNCHRONOUS on the client.Note that we are only defining the publisher profiles for both the service and the client, but subscriber profiles could be provided too.
I can confirm this, but it looks rather like a caching problem than cpu exhaustion. I gues the client retrieves the whole wallet from the server when being opened for the first time (or restarted after it got closed).
The performance on android needs to be improved.
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- Cards are not unlocked in the same order for everyone, but semi-random! There's a Starter set of cards that you always unlock first, and the rest has been put into 3 different Pools: Pool 1 is Collection Lvl 18 - 214, Pool 2 is Lvl 222 - 474, Pool 3 is 486+. Within these Pools, the order of unlocking cards is random.
Then we have Gigabit-class Internet -- something that's between 500Mbps to 1Gbps. But at the same time, we also have Wi-Fi 6/6E that can deliver up to 2.4Gbps of local speed -- via the current dual-stream (2x2) at 160MHz client -- or Gig+ sustained real-world rates.
A 10Gbps -- that's 10 Gigabit Ethernet, a.k.a 10GE, 10GbE, or 10GigE -- broadband connection changes all the above. The Internet is now the fastest pipe in your home. But it also brings about other issues for those wanting to get the absolute most out of their world-bound connection.
In other words, if you want to see a real 10Gbps sustained rate, you will need equipment that can handle 20Gbps or faster. I guess we'll get there at some point, but for now, that's still way too far in the future.
Most importantly, I didn't care. Even on my office "work" desktop mentioned above, 2.5Gbps is already crazy fast -- that's more than 2.5 times the speeds of Comcast on the download pipe and hundreds of times faster on the upload. Anything above that is ridiculous.
For example, if you host a BitTorrent client on a computer with a Gigabit connection, the client can use no more than 1000Mbps of Internet bandwidth at any given time. Supposedly, you still have some 9000Mbps for other things -- it's a matter of bandwidth.
My business partners and I use several Synology NAS servers in multiple locations and sync data between them as off-site backups. The super-fast broadband -- and the omission of a month data cap -- makes this much better. At least on my end.
As I said before in the post about Gigabit Internet, it's not how fast a connection is but what you do with it that matters. The point is that you should appreciate and make the most of what you have. A 10Gbps link put the latter a bit upside down -- don't kill yourself trying to make the most out of it! There's simply no need.
Recently upgraded my router to the Rog Rapture GT-Axe16000 and have achieved 8 gig up and 8 gig down when plugged dirctly into my gigabyte z690 aorus master motherboard. Put my GT-Axe11000 downstairs and got a single ZenWiFi Pro ET12 AXE11000 for the backyard. Now blanketed with fast wifi6 all over.
One possibility would be restructure the code so that only a single thread has to deal directly with the shared resources, and the other two threads each have a queue of requests they submit to that thread. That thread can then prioritize the requests, so both client threads get an equal chance to do their thing with the shared resources (or maybe not necessarily equal, but an appropriate amount for each).
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