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CitrixWorkspace app can be used on domain and non-domain joined PCs, tablets, and thin clients. Provides high performance use of virtualized Skype for Business, line of business and HDX 3D Pro engineering apps, multimedia, local app access.

This ZIP file contains sample scripts to deploy and configure Citrix Workspace app. It is an optional download, provided on an as-is basis by Citrix to serve as an example. Before use, IT administrators must customize the scripts to suit their environment. The uninstall and install scripts may be used as noted in the upgrade guide for Citrix Workspace app for Windows (CTX135933). Version: 20.9.6.34 (2009.6)

This ZIP file contains ADMX and ADML files to deploy and configure Citrix Workspace app using group policy object editor. It is an optional download, to be used by IT administrators, and not meant for use by end-users. The administrative templates (ADMX and ADML files) may be used as noted in the upgrade guide for Citrix Workspace app for Windows (CTX135933). Version: 20.9.6.34 (2009.6)

I was previously running v6.34, with 2 Parity Disks (8TB), 2 Cache Disks (256GB SSD), and 13 Data disks (Mix of 3 & 4 TB SAS). Months back, I had added 4 new disks to expand the array. After which, when rebooting, those Disks would show as "Missing" / "No Device". I would then select the appropriate disk for each device and start the array. PITA, but hadn't been able to spend the time to troubleshoot. Jump to this morning, verified by nightly CA_Backup and upgraded to 6.4 through the Plugin. Upgrade completed successfully, I went into Settings\Disk Settings and disabled Auto Start prior to rebooting the array (since I assumed I would need to re-assign the "Problem" devices).

Sure enough, after reboot the same 4 disks are marked as "Missing" / "No Device". I selected the appropriate drives, at which point they change from "Missing" to "Wrong". Unlike in 6.34, which recognized the identification and allowed me to start the array.

So my big question is should I use Tools\New Config to reassign the disk to device mappings (Preserving the Parity and Cache slots), or is there a better way to resolve (I can always revert back to 6.34)?

I'm having a strange problem that sounds that it MIGHT be similar.. Unfortunately, I made the bad decision to make 3 differerent changes almost at the same time, which makes troubleshooting more "exciting"..

SO.. In addition to upgrading to the latest version, in the last 2 days, I have also changed out my controller card. I was using an onboard controller, and switched to an AOC-SASLP-MV8 controller. I also added a cache drive.

That being said.. the system came up just fine, and I was using it for a day or so. This morning I got up to see that the server was inaccessible. I went to the console to find continuous scrolling of write errors to drive 1. All I could do is cold boot.

Since the raid was up, I copied a few important files off, just in case, and then ran a quick SMART test on the "bad" disk, and everything looked fine. I assume this failure was not real, but I am fine with rebuilding if necessary, but before I could even think about the next step, it came up and said I had 3 bad disks in the system. At that moment, it seemed like the raid was still up, but just to be safe, I shut the machine down and stopped going further.

At this point, I haven't turned it back on. My plan was to investigate whether software problems have been detected in the latest version, and/or back out to the old version, plus remove the cache drive, since nothing has been written and it just confuses the situation for now. Also, I started looking for firmware updates on the SAS card, which I have found, but I'm confused because the docs say my machine should have been prompting me to hit CTRL-M to go into a setup mode, and I do not get that prompt.

Short of other guidance / recommendations, I am going to try to boot onto a DOS image, and see if I can run any diags /firmware for the HBA, and/or switch back to the motherboard SATA connectors and see what happens, but I'd be curious if anyone has any recommendations?

What are the ramifications to running "New Config" while preserving the Parity and Cache slot assignments. Then reassigning the disks to the same slots they were previously (with WWDN set to automatic)?

Won't that just keep the same Device/Identification naming problem that I'm currently seeing on those 4 data slots? I'm definitely not a guru on what "New Config' actually re-writes (frankly on anything), however reading the Utility's notes seems to imply that I should retain those slot groups that are "Known Good" (thus the Parity and Cache).

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Distortions of the observed cosmic microwave background provide a direct measurement of the microwave background temperature at redshifts from 0 to 1 (refs. 1,2). Some additional background temperature estimates exist at redshifts from 1.8 to 3.3 based on molecular and atomic line-excitation temperatures in quasar absorption-line systems, but are model dependent3. No deviations from the expected (1 + z) scaling behaviour of the microwave background temperature have been seen4, but the measurements have not extended deeply into the matter-dominated era of the Universe at redshifts z > 3.3. Here we report observations of submillimetre line absorption from the water molecule against the cosmic microwave background at z = 6.34 in a massive starburst galaxy, corresponding to a lookback time of 12.8 billion years (ref. 5). Radiative pumping of the upper level of the ground-state ortho-H2O(110-101) line due to starburst activity in the dusty galaxy HFLS3 results in a cooling to below the redshifted microwave background temperature, after the transition is initially excited by the microwave background. This implies a microwave background temperature of 16.4-30.2 K (1σ range) at z = 6.34, which is consistent with a background temperature increase with redshift as expected from the standard ΛCDM cosmology4.

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The first step to converting 6.34 to a fraction is to re-write 6.34 in the form p/q where p and q are both positive integers. To start with, 6.34 can be written as simply 6.34/1 to technically be written as a fraction.

Next, we will count the number of fractional digits after the decimal point in 6.34, which in this case is 2. For however many digits after the decimal point there are, we will multiply the numerator and denominator of 6.34/1 each by 10 to the power of that many digits. For instance, for 0.45, there are 2 fractional digits so we would multiply by 100; or for 0.324, since there are 3 fractional digits, we would multiply by 1000. So, in this case, we will multiply the numerator and denominator of 6.34/1 each by 100:

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We deeply thank our awesome contributors who helped to make this release happen. According togit shortlog -sn --no-merges finagle-6.33.0..finagle-6.34.0, 18 people contributed to this release:Kevin Oliver, Daniel Schobel, Eugene Ma, Vladimir Kostyukov, Ruben Oanta, Christopher Coco, JillianCrossley, Eitan Adler, Ryan Greenberg, Stu Hood, Antoine Tollenaere, Yoshimasa Niwa, Bing Wei, EdwardSamson, Liam Stewart, Lucas Langer, Miguel Cervera, Moses Nakamura, Peter Schuller.

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