Garmin Iq Download Queue

I installed an obnoxious watch face called Data Lover which kept on putting itself back on the install queue after I uninstalled it. Just could never got rid of it until I got your help. Thanks a lot.

I can't seem to manually remove the items from the queue or start/stop them. As such none of my music/apps are updating (one was updated over a week ago and hasn't downloaded yet) and I can't download anything new to the app.

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I've tried resetting cache/data on connect iq app, I tried looking in connect.garmin.com for pending downloads (there were none). I tried using Garmin Express which just keeps trying to install two updates (one watch face, and one music app). But it is not updating on the watch.

The sync queue will show any pending items that have not yet been transferred over via a sync. This may include software updates, segments, changes to settings or goals, etc. Items in the sync queue will typically be cleared out automatically whenever you sync your device, but in some cases it may be necessary to manually clear out the sync queue. For example:

I have the titanium version with North America topo map loaded. I've loaded a couple other maps via Garmin Express. On the watch, they show up in Map Manager as 'queued'. But they never load when I sync the watch and the only option I'm given is to remove them from the 'queue', whatever that is. I've talked to Garmin. They say 'interesting' and promise to look into it, but haven't got back to me. Any suggestions?

I just tried a small 20mb (zipped) generic routable by manually choosing a few tiles and that was returned in about a minute, though the message said "This request is #2 in the queue. The delay is approximately 12 minutes. "

I have a new activity that was not syching and I tried this feature, but it did not work. I did not get any error messages, but the confirmation that my activity has been added to the queue. The activity does not show in Home, LifeMap or Status.

This is same for me. Saturday I could see under the Strava Sync that I had two activities in the queue, but they were not added, but when I tried to add them to the queue with this method (I am a supporter) it said they were already in the queue.

Is it possible to have an option to flag and remove irrelevant Strava activities from our status list? I am doing a lot more cross training right now so there is a bunch of cycling and weight training activities often sitting in my queue that could be omitted to save on API calls.

I have always been stumped about the Connect IQ download queue. My experience seems the same as yours. Phone app will show things in queue with no way that I can tell the move things along. Things do seem to resolve themselves eventually.

I got mine already. I had some issues setting it up to work with an iPhone app. The company could not have been more responsive to my needs, nor faster in their response. Now it takes my ant+ garmin output and sends it over BLE to my phone without any dongles or devices in between. I love it.

I realized I have the same problem. I had downloaded the South America map using Garmin Express. But in the watch it was still showing "update available". When setting it to update, it only stayed in queued status, even if the watch pluged and connected to wifi.

Be aware that several problems have been reported for garmin.openstreetmap in the past few weeks. I don't know whether they are already resolved. An alternative website to download maps is . Pick any of the Garmin formats, most likely the UTF-8 formats to see the correct names. I don't know whether all Garmin devices support UTF-8.

Has anyone managed to download/update a map over wifi? I'm on my 3rd charge cycle and have never managed to get to say anything but queued. I separately attempted both updating the NA maps and downloading Japan. I've even emptied the queue and added them while it was connected to the charger at which point it just displays the same will download when plugged in screen and it sits as queued.

If you have chosen to import your last 30-days of workouts from Garmin Connect, this will not happen until you have uploaded your first workout to Garmin (after you have synced your Final Surge account with Garmin Connect). Once you upload that initial workout, Garmin will then queue up your history at that time and send that history over to Final Surge within 24-78 hours.

All of our traffic-enabled products bring route-relevant, real-time alerts as you drive, keeping journey times to a minimum and avoiding wasting fuel and your time sat in a queue. Cameras every 2-4 miles along motorways and major trunk roads in England, Scotland and Wales combined with a network of other quality and timely traffic data providers bring live analysis and incident reporting, so you can find you a route around the tailbacks. Based on Trafficmaster data which is transmitted over radio waves, traffic flow is monitored 24 hours a day, 365 days a year. So no matter when or where you are driving, Garmin can help you reach your destination on time and stress-free

I've been reviewing low quality posts in earnest for several months now, and here's what I've noticed: People tend to just delete everything. Sure, most posts in the queue are crap. I get that. And reviewers have been doing a good job of executing justice on these junk answers...in the same way that courts would if they just sentenced everyone to 10 years in jail unless they could really really prove they were innocent and happened to have some good treats for the jury.

Low quality answers. Yes, I know the queue is named "low quality posts", but not every minor problem needs to be deleted. Consider first if you can edit - or leave a comment for the author asking for more details, a better explanation, etc. Only if you can't plausibly imagine anyone putting in the work to fix the post should you opt to delete these kinds of answers.

I have configured the triggers such that the build projects runs every time a commit occurs in VCS. What I would like to do is to queue up the test project to run as lower priority. However, if multiple commits are made in a short space of time (a few minutes), I do now want to queue up lots of test projects.

For batching frequent commits you can use 'Quiet period mode' in VCS trigger settings, read about this here. To avoid build triggering if the configuration in queue now - disable checkbox 'Trigger a build on each check-in' in VCS trigger settings.

Use the "Bytes at Port" property to read how many bytes are in the hardware buffer. If that value's zero, don't do a read until there's something there, otherwise you'll get the timeout. When there is some amount of data there, read that hardware buffer out and stuff it into a labview program buffer... either a shift register or queue. In your software, parse that program buffer for the info you're interested in and handle it from there.

So I am in the middle of updating my best practices guide for vSphere on FlashArray and one of the topics I am looking into providing better guidance around is ESXi queue management. This breaks down to a few things:

We can confirm this by looking at ACTV. ACTV reports at 32, so our device queue depth is currently full. Furthermore, we can look at QUED. This is currently 29, but if you watch it live it goes up and down between that and 32 (due to sampling differences and no workload is perfectly constant some numbers are a little off here and there). Basically we have up to 32 I/Os always waiting to be sent.

So we have at least one bottleneck. Since we have a non-zero KAVG and a non-zero QUED, our device queue depth is too low. More I/Os are being issued than what the device is configured to handle at once.

Our workload is configured to run 96 outstanding IO/s leading to a queue depth of 96. But the PVSCSI adapter is only configured by default to allow 64, so the rest queues in the VM. Therefore, the maximum ESXi sees as queued (in QUED) outside of the VM is 32. An additional up to 32 I/Os queue in the guest. This is why we have a lower latency in GAVG than what the VM actually sees. In this case ESXi is adding some of the latency by forcing some queuing and also the PVSCSI adapter is adding some latency before that by forcing some I/O to queue before it gets to ESXi.

Basically no performance benefit was achieved. We just moved the queuing down the stack. Instead of the VM queuing I/Os and then ESXi is queuing I/Os like before, the VM is immediately sending everything and now ESXi is the only one queuing. In other words, earlier before changing PVSCSI, all I/Os queued in the VM for .4 ms and then queued in ESXi for .4 ms. Now the VM queue is zero and all of the I/Os queue in ESXi for .8 ms as can be seen in KAVG.

So, technically I only have to raise this to 96. But in general, if you think you might ever need to raise this, I would just raise it to 256 (the max) instead of some other value. The reason for this, is that in general, most datastores have more than one VM. So DSNRO will come into play. DSNRO is 32 and will override a higher device queue depth anyways. DSNRO is also able to be changed online. So I can set my device queue depth to the maximum and reboot once. Then control my actual DQLEN via changing DSNRO, which I can change on the fly. But for demonstration purposes, I will stick with 96.

Furthermore, this workload was tailored a little to make a point. So just changing your queue may not give you a dramatic improvement like this. But, in the end, if you want to push a lot of I/O to a single virtual disk on a single datastore, this will be required.

If you do change these values, do so with discretion and planning. Maybe a high-performance cluster etc. Do you need the queues changed everywhere in the stack? Etc. Furthermore, I recommend using vSphere QoS if you do as well. This will reduce or eliminate the noisy neighbor problem. In vSphere 6.5, things like IOPS limits can be applied via policy which makes it easy even at scale to do. e24fc04721