Mar 04, 2021 Hi, Before posting I searched for “nimble” but didn’t find anything relevant to the problem I am having. I accepted an espressif32 update a few days ago. Since then I get this problem 'Cannot find “C: Users David.platformio packages framework-arduinoespressif32 tools sdk include nimble”. The build works ok and I can delete the two lines referencing nimble from the json file. Step 1: Failure Alerts. As soon as a disk failure occurs, Nimble’s intelligent InfoSight will detect it (before IT can) and will trigger the following three things to happen: Emails will be sent to those recipients dictated in setup. Failure info will be sent directly to InfoSight website. A Support case will automatically open immediately. How To FIND NIMBLE VALLEY! Slime Rancher Quicksilver SLIMES! Mochi Megabucks Update! Z1 Gaming. In this episode of slime rancher I show: How to find the n. Open a Case with Our Support Team. HOURS: M-F, 8:30am – 5:00pm EST. Nimble AMS Support will be closed the following dates:. New Year’s Day – Friday, January 1, 2021. Martin Luther King Jr. Day – Monday, January 18, 2021. Good Friday – Friday, April 2, 2021.
Nimblewill
Contents.History Nimble Storage was founded in January 2008 by Varun Mehta and Umesh Maheshwari. Nimble announced its first product, the CS200 series, in July 2010 at.The company received a total of $98 million in funding in 5 rounds from a total of 7. A third round of $16 million was announced in December 2010 from existing investors.
Biology:Nimblewill (Muhlenbergia schreberi) is a warm-season perennial grass found throughout the northeast, southeast, and Midwestern United States. It can often be mistaken for other mat-forming grasses with blue-green foliage such as bermudagrass or creeping bentgrass. It grows well in moist, shady areas but it is also found in dry, sunny areas. Nimblewill spreads vegetatively through short, weak stolons and creates patches in lawns that start off small, but then grow into larger patches.
Identification: Nimblewill forms mat-like patches in lawns as it spreads radially via short, weak stolons. It is usually distinguishable in cool-season lawns from its gray-green, coarse textured leaves. Nimblewill patches may be observed during the summer months as cool-season lawns are stressed by heat and drought. It is also easily distinguishable as brown, dormant patches surrounded by green cool-season turf during the winter months. It is often confused with bermudagrass, but has a short, jagged, membranous ligule compared to a hairy ligule on bermudagrass. Nimblewill often produces loose, spike-like panicles in late summer to early fall. Seeds on the seedhead will have long, hair-like awns that help further distinguish nimblewill from bermudagrass.| Nimblewill has short, pointed leaves |
| Nimblewill seedhead |
| Nimblewill seedhead with arrows pointing to awns |
| Dormant nimblewill in a shady lawn. Small patches grow together to form large areas. |
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| New growth in the early spring |
| Dormant patch of nimblewill in the spring during greenup. |
| New growth in the early spring |
| Nimblewill leaves (center) in a cool-season lawn |
| Blue-grayish colored nimblewill leaves (Center) in a cool-season lawn |
| Patches of nimblewill that are green during drought. Nimblewill is drought tolerant as shown in this photo. |
There are nonselective and selective control options available for nimblewill. Usually, stoloniferous, perennial grasses are controlled by spot-treating with a nonselective systemic herbicide such as glyphosate (Roundup). For best results, apply when the plants are young and actively growing. However, because nimblewill is capable of re-establishing through surviving stolons, at least two glyphosate applications are recommended, but three or more may be needed for complete eradication. It is important to allow the weed to regrow before making any follow-up applications.Two new herbicides provide selective control options for nimblewill in cool-season turf. These herbicides are applied at relatively low use rates and homeowners are encouraged to hire lawn care professionals to make applications.
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Mesotrione (Tenacity) can be used for selective control of nimblewill growing in a cool-season turf. To control nimblewill, start applying mesotrione in the spring (late-April) with a nonionic surfactant at 0.25% (v/v). You will need to make two or three applications. If you make three applications, use the 5 fl oz/A rate (or 6, 6 and 4 fl oz/A). The product does have a yearly maximum use rate, and the label states “do not apply more than 16 oz of Tenacity per acre per year or per crop (equivalent to a maximum of 0.50 lb of mesotrione per acre per year).” You can also apply mesotrione in late summer and fall, but you should initiate them by August for best results.
Another option is to apply topramezone (Pylex) at 1-1.5 fl oz/A at 21- to 28-day intervals starting in late April. For best results, include a methylated seed oil at 0.5-1.0% (v/v).
For more information on weed control, search this blog and check out our Turfgrass Weed Control for Professionals Publication.For archives of past weed of the month postings, visit our Weed of the Month Archive.
I was looking at the volume usage in both the array GUI and in Infosight. Both showed wildly different numbers and I found no explanation for the numbers so I logged a support case. Here is the run-down for a VMDK on VMware VVol.
First the Infosight numbers
Volume usage at 6.9 GiB is the logical space used in the VMDK, before dedupe and compression, out of the 80GiB provisioned.
Snapshot usage at 5.6 GiB is the logical space used by the snapshots(ie backups), before dedupe and compression.
Simple enough, on the array GUI.
The names are the same, but the numbers are not!
Volume usage is suddenly 2.7GiB. This is physical space used after compression.
Snapshot usage at 2.3GiB. This is also after compression.
Total usage at 5.0GiB, the sum of volume and snapshot usage. Easy enough.
Compression savings at 7.6GiB. This is what compression saved you of physical disk.
Total usage at 5.0GiB plus compression savings at 7.6GiB is 12.6GiB.
Back to Infosight, the sum of volume and snapshot usage is 12.5GiB.
Hey! What’s up with the 0.1GiB difference?
Infosight is based on the daily logs, so it lags a bit behind. Which might cause the difference.
What about deduplication? It is run before compression, but it is not shown on the volume level, you can only see it on the array level.
Let’s check one more.
Ok, 10.7TiB in Infosight.
9.3TiB + 1.4TiB in the array GUI, so 10.7TiB in total. Perfect! Just the same as in Infosight.
Still asking about deduplication for the volume? Sorry, you just can’t see it.
My 2 cents? I’m not 100% convinced that compression savings in the array GUI is just from compression, even though that’s what support said.
Why? When checking the array level data reduction savings on where this last VM is stored I see a savings due to compression at 937GiB.
The VM we just looked at had a savings from “just compression” at 1.4TiB. It doesn’t make sense that the array itself has huge drop in savings from compression compared to one of the VMs it contains.
It is also a bit suspicious that this last VM in Infosight is at 10.7TiB after savings(both dedupe and compression), while the array GUI claims it is 10.7TiB without dedupe savings. So zero or close to zero savings on this VM for dedupe? A bit odd.
Well, now you have it. What I got from support and my personal comment. Feel free to add your own comments below.