Overview¶
This testbed for regional hurricane risk assessment of Lake Charles, LA under wind hazards adopts an approach consistent with that developed for the Atlantic County testbed. Its intent is to (1) explore the possibility of using advanced machine learning and artificial intelligence techniques to populate/predict important building features that are limited by the tax assessor and open inventory data, (2) further validate the developed workflow with a recent hurricane event with field investigation data, and (3) identifying potential research needs for refining/upgrading/extending damage assessment methods and models at parcel levels. Similar to the general idea of other testbeds, community developers can progressively contribute refinements that increase the fidelity and capacities of the backend regional resilience assessment workflow. This documentation specifically demonstrates the process of: (1) asset description, (2) hazard characterization, (3) asset representation, (4) damage and loss modeling for the Lake Charles inventory. Sample results are presented to verify the workflow and validate its different aspects against multiple published datasets.
Rationale¶
As detailed in [Roueche20], Hurricane Laura made landfall as a strong Category 4 storm near Cameron, LA in the early hours of 27 August 2020, tying the Last Island Hurricane of 1856 as the strongest land-falling hurricane in Louisiana history. Wind speeds are estimated to have reached or exceeded the design wind speeds for Risk Category II buildings and other structures, as defined in ASCE 7-16 ([ASCE16]) and the 2018 International Building Code (MRI = 700 years) ([ICC18]), by as much as \(8 km/h\) (\(5 mph\)) near Lake Charles, LA (specifically, northeastern Calcasieu Parish and the eastern half of Beauregard Parish) ([ARA20]). Meanwhile, storm surge resulted in high water marks of over \(5 m\) (\(17 ft\)) above ground in Oak Grove, LA in Cameron Parish ([Pasch21]). These combined hazards resulted in substantial impacts to port and industrial facilities serving the oil and gas sector, widespread damages in the residential sector, and sustained outages of water and power impacting the operation of hospitals providing critical care during a pandemic. Notable damage was reported to commercial facilities, particularly to hotels, including high-rise buildings in Lake Charles associated with casinos and resorts. As the storm’s well-predicted track facilitated coordinated, multi-entity surface measurements of wind fields (surface observation networks and mobile radar) and storm surge, Laura is one of the best documented storm events and thus provides novel opportunities to understand the vulnerabilities underpinning losses across a diversity of building occupancies and other critical infrastructure.
This testbed builds upon existing relationships between SimCenter and the Structural Extreme Events Reconnaissance (StEER) Network, which made various reconnaissance data in the affected region available for initial validation. The validation did not take advantage of the extensive street-level panoramas (available in Google Maps) that can provide an even richer validation data set for this hurricane. Notably, the areas impacted by Laura were previously impacted by Hurricane Rita (2005), with many structures reconstructed or repaired and unfortunately again damaged. As a large swath of modern (post-IBC/IRC construction) single-family residential structures were impacted by design-level winds during Hurricane Laura, underscoring vulnerabilities to garage doors and high rates of roof cover losses, the current implementation mainly focuses on establishing the residential inventories, though other building classes warrant future investigation, including mobile homes where even Zone II anchorages were observed to fail. Notably, regrettably low rates of impact-resistant fenestration was observed by StEER across the region, further suggesting opportunities to explore this attribute in the ensuing losses.
This testbed also demonstrates the challenges of creating inventories in areas where tax assessor and other open inventory data are limited. Thus, the experience creating this testbed models best practices and strategies for augmenting sparse inventory data in a given region, e.g., semantically describing assets using information inferred by artificial intelligence.
Capabilities & Supported Hazards¶
The testbed supports the transition from census-block-level loss projections to asset-level projections that assess the damage to individual buildings under hurricane-induced wind hazards. Water penetration due to the breach of building envelopes and/or wind-borne debris impact are also captured in the damage and loss modeling, though the physics of these phenomena themselves are not explicitly modeled. Storm surge, flood and other rainfall-induced hazards are not included in the current implementation. Moreover, the inventory focuses only on wood-frame residential construction. These intentional focuses of the current implementation leave ample room for further community-led development. The adoption of HAZUS loss estimation frameworks [FEMA18] takes advantage of a process developed in Atlantic County, NJ for assigning attributes to specific building footprints using time-evolving heuristic rulesets grounded in local codes/standards and normative practice. As this testbed demonstrates a quick “spin-up” after a hurricane, the rulesets from New Jersey are directly applied; while many of the practices are common, further refinements of the workflow should revise these rulesets to reflect the phasing of specific regulations and mitigation measures in Lake Charles.
Current Implementation¶
For the initial implementation of the backend workflow, asset description adopts an augmented parcel and available hindcast wind fields provide the Peak Wind Speed (PWS) during the hurricane (used as hazard intensity measure). In lieu of a structural analysis model, assets are assigned attributes associated with various HAZUS-consistent building classifications. The adoption of HAZUS damage and loss assessment methodology for hurricanes thus enables these intensity measures to be related to probabilities of damage and loss, based on the building class and assigned attributes.
Available Inventories¶
The constructed building inventory developed for Lake Charles is accessible via DesignSafe.
Among the total 30,072 collected buildings in the city of Lake Charles, 26,516 are classified as residential buildings and
3,556 are commercial buildings (classified by BRAILS, more details will be introduced in Asset Description).
This testbed creates and focuses on an inventory of the 26,516 residential buildings. fig-yearBuilt
visualizes the
Year Built of the buildings in the inventory. fig-occupancyClass
shows the geospatial distribution
of the occupancy classes in the inventory.
fig-inventoryPineChart
summarizes characteristics of the testbed inventory, including distribution by
year built, occupancy class, and number of stories.
Notably, these inventories are typified by older vintages of construction (85% of buildings were constructed
before 1980), with a dominance of low-rise (1-2 stories) buildings (approximately
98% of inventory buildings). About 88% of buildings are of residential use.
- Roueche20
Roueche, D., Kameshwar, S., Marshall, J., Mashrur, N., Kijewski-Correa, T., Gurley, K., et al. (2020). Hybrid Preliminary Virtual Reconnaissance Report-Early Access Reconnaissance Report (PVRR-EARR). StEER - Hurricane Laura. DesignSafe-CI. doi:10.17603/ds2-ng93-se16
- ASCE16
ASCE (2016), Minimum Design Loads for Buildings and Other Structures, ASCE 7-16, American Society of Civil Engineers.
- ICC18
International Code Council. (2018). International building code. Falls Church, Va. :International Code Council,
- Pasch21
Pasch, R. J., Berg, R., Roberts, D. P., & Papin, P. P. (2021). National Hurricane Center Tropical Cyclone Report (Hurricane Laura). National Hurricane Center. https://www.nhc.noaa.gov/data/tcr/AL132020_Laura.pdf
- FEMA18
FEMA (2018), HAZUS – Multi-hazard Loss Estimation Methodology 2.1, Hurricane Model Technical Manual, Federal Emergency Management Agency, Washington D.C., 718p.
- ARA20
ARA. (2020). Hurricane Laura Rapid Response Windfield Estimate, Preliminary Windfield Release 3, National Institutes of Standards and Testing & Applied Research Associates, September 4, https://www.designsafe-ci.org/data/browser/public/designsafe.storage.community/Recon%20Portal/2020%20Hurricane%20Laura%20Cameron%20Louisiana%20USA.


Unfortunately, an error occurred while trying to serve your web site. We are doing all we can to solve your problem. Please contact us, if this should happen again.
If you only want to see the API, please click here.


This is another sample page showing how a page can look with a menubar.
Displaying a menubar
The menubar gets its content from a data file in your site’s _data
directory. Simply set the name of your data file in the page’s menubar setting in the frontmatter.
title: Page with menubar
subtitle: Demo page with a menubar
layout: page
show_sidebar: false
menubar: example_menu
You will probably want to disable the show_sidebar otherwise there will be little room for the page’s content.
Creating a menubar data file
Create a data file in the _data directory and use the following format (if using yml)
- label: Example Menu
items:
- name: Home
link: /
- name: Pages
link: #
items:
- name: Page With Sidebar
link: /page-1/
- name: Page Without Sidebar
link: /page-2/
- name: Page With Menubar
link: /page-3/
- name: Blog
link: /blog/
Multiple menus
You may make multiple menus in the same file, separated by the label
- label: Menu Label
items:
- name: Example item
link: /example-item/
- label: Second Menu Label
items:
- name: Parent Item
link: /parent-item/
items:
- name: Sublink
link: /sublink/
- name: Sublink 2
link: /sublink2/
- label: Third Menu Label
items:
- name: Another example item
link: /another-example-item/


Objective
In this challenge, we practice calculating standard deviation.
Task
The heights of a group of children are measured. The resulting data has a mean of $0.675$ meters, and a standard deviation of $0.065$ meters. One particular child is $90.25$ centimeters tall. Compute $z$, the number of standard deviations away from the mean that the particular child is.
Enter the value of $z$, correct to a scale of two decimal places.
Output Format
Your output must be a floating point/decimal number, correct to a scale of $2$ decimal places. You can submit solutions in either of the $2$ following ways:
Solve the problem manually and submit your result as Plain Text.
Submit an R or Python program, which uses the above parameters (hard-coded), and computes the answer.
Your answer format should resemble something like:
4.23
(This is NOT the answer, just a demonstration of the answering format.)


[gecode-users] Installation on Windows w/ or wo/ Cygwin
Christian Schulte
cschulte at kth.se
Fri Nov 15 13:58:11 CET 2013
Sorry that is incorrect. There is indeed some nonsense which I did not write ;-( It'll be removed in the next version of MPG.
C
--
Christian Schulte, Professor of Computer Science, KTH, www.ict.kth.se/~cschulte/
From: Christian Schulte [mailto:cschulte at kth.se]
Sent: Friday, November 15, 2013 1:54 PM
To: 'Jose A Magaña'; 'users at gecode.org'
Subject: RE: [gecode-users] Installation on Windows w/ or wo/ Cygwin
Well the only difference is that it lists old version numbers. Otherwise the explanation is correct. C
--
Christian Schulte, Professor of Computer Science, KTH, www.ict.kth.se/~cschulte/
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf Of Jose A Magaña
Sent: Friday, November 15, 2013 1:48 PM
To: users at gecode.org
Subject: Re: [gecode-users] Installation on Windows w/ or wo/ Cygwin
Christian,
thanks for your quick reply.
You should then update the MPG file. It is confusing that a file dated 2008-2013© is not up-to-date in such an important topic and that it would be so easy to properly state on the document.
Again thanks for your help
Best regards
Jose
From: Christian Schulte <mailto:cschulte at kth.se>
Sent: Friday, 15 November, 2013 13:40
To: 'Jose A Magaña' <mailto:jose_a_magana at hotmail.com> ; users at gecode.org
Subject: RE: [gecode-users] Installation on Windows w/ or wo/ Cygwin
Hi,
Gecode does not work with cygwin (this has been discussed several times alread on this mailing list). As explained in MPG you have to install Microsoft Visual Studio, try the current free version Visual Studio Express 2013 and then install Gecode with the matching msi. Luckily, the current Visual Studio version supports both x64 (64 bit) as well as x86 (32 bit), so you can actually choose which variant of Gecode you want to use with Visual Studio.
Cheers
Christian
--
Christian Schulte, Professor of Computer Science, KTH, www.ict.kth.se/~cschulte/
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf Of Jose A Magaña
Sent: Friday, November 15, 2013 1:30 PM
To: users at gecode.org
Subject: [gecode-users] Installation on Windows w/ or wo/ Cygwin
Hello all,
I have just started to use Gecode as part of a university course on CSP.
First, congrats for the tool and the amazing work you do in supporting it.
I am trying to install the tool on a Windows 8 system and some doubts have arised during the process as well as some issues related to Cygwin. I have made some effort on reading the documentation (Chapter 2 mainly of MGP) and reviewed some previous questions on this list.
Going to the point:
1) On a Windows installation, using the .msi packages. Is it required to do something else? I understand not but want to be sure. I don’t want to start working and then finding that the installation was not properly completed.
I have missed a Test.exe that validates that the installation is OK as it exists for Linux although I also understand that if nothing needs to be done after msi install, then the test would be very simple (if any needed).
Does this means that I can use Gecode on a 100% Windows environment (no cygwin at all)? Section 2.3.1 indicates in other direction and combines VSstudio with Cygwin. Is that required or just an option? I understand I have all the .h* and libs in the installation folder.
The documentation(section 2.6.1) refers to pre-compiled binaries... are those the .msi or do you refer to the .tar.gz?
2) On a Windows installation using cygwin, that I have also attempted. I have been able to make the install using CC=”gcc” CXX=”g++”.
Everything gets installed, even to the /usr/local folders and the Test.exe shows everything is working.
I need this to work since the teacher uses a Linux machine for the lab classes. In addition some scripts are distributed to compile some examples that I would need to modify during the class.
I cab compile but I have not been able to link.
Here is where I have my doubts. I have read in some old questions to the list, that you were considering not supporting cygwin with g++/gcc due to the problems with dynamic linking. The discussions date back to 2008 and 2010.
Is it a supported configuration?
Which additional settings should I add to my linking command?
g++ -o basic -L/usr/local/lib basic.o -lgecodedriver -lgecodesearch -lgecodeminimodel -lgecodeint -lgecodekernel –lgecodesupport
Thanks in advance for your support.
Jose A. Magaña
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More information about the users
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Dogs get abused daily by people who think its ok or who have anger issuses and resort to hitting animals instead of humans because they think it isn't as bad but it is.
this page is to inform people and to help those who might have anger issues or who might get angry while trainig their new doy this is a way for then to do it safley.
This is very helpful and we will have links for anyone who wants to learn more or talk to places to get a dog.
These are safe ways for you to train your dog if your feeling a little mad just know its a puppy and doesn't know any better.
petco is a good place to go as well as petsmart and P.A.W.S
Feel free to email us you nedd any help but i would say to look at petco for help aswell or to just say hello!
to learn more


collaborators
A brief list of the people who have been part of my exciting research journey so far.
present collaborations
- Prof. Archan Misra Vice Provost and Professor,
- Dr. Pandarasamy Arjunan Postdoctoral Scholar,
- Dr. Milan Jain Data Scientist II,
- Dr. Anil Sharma Research Scientist,
Deputy Director, LARC and Livelabs,
School of Computing and Information Systems,
Singapore Management University, Singapore
Berkeley Education Alliance for Research in Singapore (BEARS)
National University of Singapore, Singapore
Analytics & Learning,
Optimization & Control Group,
Pacific Northwest National Laboratory, USA
Sony corporation, Japan
past collaborators & mentors
- Prof. Shwetak N. Patel Washington Research Foundation Endowed Professor,
- Dr. Sidhant Gupta Director,
- Dr. Amarjeet Singh CTO & Co-founder at Zenatix
- Prof. Shobha Sundar Ram Associate Professor,
- Dr. Edward Jay Wang Assistant Professor,
- Dr. Alex Mariakakis Assistant Professor,
- Dr. Mayank Goel Assistant Professor,
- Dr. Nipun Batra Assistant Professor,
- Mr. Sourabh Sankule Senior Engineering Manager,
Computer Science Engineering,
University of Washington, Seattle (USA)
Product Incubation at Microsoft Research, Redmond (USA)
Assistant Professor,
Joint appointment at Department of Computer Science and Engineering &
Department of Electronics and Communication Engineering,
IIIT-Delhi (India)
Department of Electronics and Communication Engineering,
IIIT-Delhi (India)
Department of Electrical and Computer Engineering,
UCSD (USA)
Department of Computer Science,
University of Toronto (Canada)
Department of Computer Science,
Carnegie Mellon University (USA)
Department of Computer Science and Engineering,
IIT-Gandhinagar (India)
Westren Digital (earlier SanDisk), India
B.Tech ECE'09, IIT-kanpur (India)


Adding CSS
The text on this page has been styled using
CSS
.
Once again we could do a whole lot more with this, but we will move on to javascript


Toggle navigation
Dubhacking
{{fullname_nav}}
Problems
Scoreboard
Options
Submit code
Settings
Signout
{{fullname}}
{{tagline}}
{{aboutme}}
People who match with your problem solving skills
{{no_one_matches}}
{% for i in mu %} {% if i.username != username_session %}
{{i.fullname}}
{% endif %} {% endfor %}


memory.rb Support module for memory related facts
# File lib/facter/util/memory.rb, line 8 def self.meminfo_number(tag) memsize = "" Thread::exclusive do size, scale = [0, ""] File.readlines("/proc/meminfo").each do |l| size, scale = [$1.to_f, $2] if l =~ /^#{tag}:\s+(\d+)\s+(\S+)/ # MemoryFree == memfree + cached + buffers # (assume scales are all the same as memfree) if tag == "MemFree" && l =~ /^(?:Buffers|Cached):\s+(\d+)\s+(?:\S+)/ size += $1.to_f end end memsize = scale_number(size, scale) end memsize end
# File lib/facter/util/memory.rb, line 27 def self.scale_number(size, multiplier) suffixes = ['', 'kB', 'MB', 'GB', 'TB'] s = suffixes.shift while s != multiplier s = suffixes.shift end while size > 1024.0 size /= 1024.0 s = suffixes.shift end return "%.2f %s" % [size, s] end
Darwin had to be different. It’s generally opaque with how much RAM it is using, and this figure could be improved upon too I fear. Parses the output of “vm_stat”, takes the pages free & pages speculative and multiples that by the page size (also given in output). Ties in with what activity monitor outputs for free memory.
# File lib/facter/util/memory.rb, line 60 def self.vmstat_darwin_find_free_memory() memfree = 0 pagesize = 0 memspecfree = 0 vmstats = Facter::Util::Resolution.exec('vm_stat') vmstats.each_line do |vmline| case when vmline =~ /page\ssize\sof\s(\d+)\sbytes/ pagesize = $1.to_i when vmline =~ /^Pages\sfree:\s+(\d+)\./ memfree = $1.to_i when vmline =~ /^Pages\sspeculative:\s+(\d+)\./ memspecfree = $1.to_i end end freemem = ( memfree + memspecfree ) * pagesize Facter.add("MemoryFree") do setcode do Facter::Memory.scale_number(freemem.to_f, "") end end end
# File lib/facter/util/memory.rb, line 43 def self.vmstat_find_free_memory() row = Facter::Util::Resolution.exec('vmstat').split("\n")[-1] if row =~ /^\s*\d+\s*\d+\s*\d+\s*\d+\s*(\d+)/ Facter.add("MemoryFree") do memfree = $1 setcode do Facter::Memory.scale_number(memfree.to_f, "kB") end end end end
Generated with the Darkfish Rdoc Generator 2.


| Interface | Description |
|---|---|
| RecoveryTarget.RecoveryListener |
| Class | Description |
|---|---|
| RecoveriesCollection |
This class holds a collection of all on going recoveries on the current node (i.e., the node is the target node
of those recoveries).
|
| RecoveriesCollection.StatusRef |
a reference to
RecoveryStatus , which implements AutoCloseable . |
| RecoveryCleanFilesRequest | |
| RecoveryFileChunkRequest | |
| RecoveryFilesInfoRequest | |
| RecoveryFinalizeRecoveryRequest | |
| RecoveryPrepareForTranslogOperationsRequest | |
| RecoverySettings | |
| RecoverySource |
The source recovery accepts recovery requests from other peer shards and start the recovery process from this
source shard to the target shard.
|
| RecoverySource.Actions | |
| RecoverySourceHandler |
RecoverySourceHandler handles the three phases of shard recovery, which is
everything relating to copying the segment files as well as sending translog
operations across the wire once the segments have been copied.
|
| RecoveryState |
Keeps track of state related to shard recovery.
|
| RecoveryState.File | |
| RecoveryState.Index | |
| RecoveryState.Timer | |
| RecoveryState.Translog | |
| RecoveryState.VerifyIndex | |
| RecoveryStatus | |
| RecoveryTarget |
The recovery target handles recoveries of peer shards of the shard+node to recover to.
|
| RecoveryTarget.Actions | |
| RecoveryTranslogOperationsRequest | |
| SharedFSRecoverySourceHandler |
A recovery handler that skips phase 1 as well as sending the snapshot.
|
| StartRecoveryRequest |
| Enum | Description |
|---|---|
| RecoveryState.Stage | |
| RecoveryState.Type |
| Exception | Description |
|---|---|
| DelayRecoveryException |
An exception marking that this recovery attempt should be ignored (since probably, we already recovered).
|
| RecoverFilesRecoveryException | |
| RecoveryFailedException |


The Rotten Tomatoes of Gender Studies (Be the wokest of 'em all)
What is the Bechdel Test? A movie passes the Bechdel test if it satisfies these three requirements:
Gone Girl passes the Bechdel Test!
Joker fails the Bechdel Test because it does not have at least 2 female characters with 10 lines each.
Inception fails the Bechdel Test because there is not a single conversation between women where men are not mentioned.
Bohemian Rhapsod fails the Bechdel Test because it does not have at least one conversation between 2 women.
The Sixth Sense fails the Bechdel Test because there is not a single conversation between women where men are not mentioned.
Harold & Kumar fails the Bechdel Test because there is not a single conversation between women where men are not mentioned.
Hidden Figures passes the Bechdel Test!
Oceans 11 fails the Bechdel Test because it does not have at least 2 female characters with 10 lines each.
Legally Blonde passes the Bechdel Test!


This example shows the number of lines, words and characters of the given file if the filename is given, or of the standard input if no command arguments are given.
{ } rule count lines words chars = parse | '\n' { count (lines+1) words (chars+1) lexbuf } | [^ ' ' '\t' '\n']+ as word { count lines (words+1) (chars+ String.length word) lexbuf } | _ { count lines words (chars+1) lexbuf } | eof { (lines, words, chars) } { let main () = let cin = if Array.length Sys.argv > 1 then open_in Sys.argv.(1) else stdin in let lexbuf = Lexing.from_channel cin in let (lines, words, chars) = count 0 0 0 lexbuf in Printf.printf "%d lines, %d words, %d chars\n" lines words chars let _ = Printexc.print main () }


{% comment %} Add content to be output at the bottom of each page. (You might use this for analytics scripts, for example) {% endcomment %}
This site uses Google Analytics tracking.
Analytics information is used to help improve the website. All information collected is anonymous, and includes the number of visiters to this site, what pages they viewed, and where they came from.
You can disable cookies at any time using your browser settings.


Start
Upgrade Server
Buy Basic Proxy
Buy Crypto Mine
Buy BotNet
Hire Hacker
End Turn
Rematch
Statistics


Test Report : flutter_defanged-test.xml
D:.fredgrttsstuff.GithubProjects.flutter_defanged.test.app_title
Basic App Chrome Title test Specified title and color are used to build a Title
Basic App Chrome Title test onGenerateTitle handles changing locales
D:.fredgrttsstuff.GithubProjects.flutter_defanged.test.golden_widget
Basic Golden Tests Golden test
Basic Golden Tests DeviceBuilder Golden
D:.fredgrttsstuff.GithubProjects.flutter_defanged.test.my_home_page
DeviceBuilder - one scenario - default devices Golden
DeviceBuilder - one scenario - override devices Golden
DeviceBuilder - multiple scenarios - with onCreate Golden
D:.fredgrttsstuff.GithubProjects.flutter_defanged.test.widget
Counter increments smoke test
Test Suite: D:.fredgrttsstuff.GithubProjects.flutter_defanged.test.app_title
Suite Properties
platform
vm
Results
Duration
0.0 sec
Tests
2
Failures
0
Tests
D:.fredgrttsstuff.GithubProjects.flutter_defanged.test.app_title
Test case:
Basic App Chrome Title test Specified title and color are used to build a Title
Outcome:
Passed
Duration:
2.0 sec
Failed
None
None
Test case:
Basic App Chrome Title test onGenerateTitle handles changing locales
Outcome:
Passed
Duration:
0.0 sec
Failed
None
None
Test Suite: D:.fredgrttsstuff.GithubProjects.flutter_defanged.test.golden_widget
Suite Properties
platform
vm
Results
Duration
0.0 sec
Tests
2
Failures
0
Tests
D:.fredgrttsstuff.GithubProjects.flutter_defanged.test.golden_widget
Test case:
Basic Golden Tests Golden test
Outcome:
Passed
Duration:
3.9 sec
Failed
None
None
Test case:
Basic Golden Tests DeviceBuilder Golden
Outcome:
Passed
Duration:
0.6 sec
Failed
None
None
Test Suite: D:.fredgrttsstuff.GithubProjects.flutter_defanged.test.my_home_page
Suite Properties
platform
vm
Results
Duration
0.0 sec
Tests
3
Failures
0
Tests
D:.fredgrttsstuff.GithubProjects.flutter_defanged.test.my_home_page
Test case:
DeviceBuilder - one scenario - default devices Golden
Outcome:
Passed
Duration:
3.7 sec
Failed
None
None
Test case:
DeviceBuilder - one scenario - override devices Golden
Outcome:
Passed
Duration:
0.6 sec
Failed
None
None
Test case:
DeviceBuilder - multiple scenarios - with onCreate Golden
Outcome:
Passed
Duration:
4.9 sec
Failed
None
None
Test Suite: D:.fredgrttsstuff.GithubProjects.flutter_defanged.test.widget
Suite Properties
platform
vm
Results
Duration
0.0 sec
Tests
1
Failures
0
Tests
D:.fredgrttsstuff.GithubProjects.flutter_defanged.test.widget
Test case:
Counter increments smoke test
Outcome:
Passed
Duration:
3.0 sec
Failed
None
None
Generated by junit2html


"Going into the hackathon without knowing what to expect, I was impressed. If you needed support, you received it, bottom line–and it came from a safe space. I never felt judged or condescended in any way. TechTogether really provided an inclusive space for underrepresented people in tech, and us developers could really build each other up!"
"However, when TechTogether New York started, all of my fears and anxiety were alleviated. While TechTogether New York was a competition, it also served as a means of networking and education. Mentors were provided, questions were encouraged, no tech completions were offered, and there were tutorials and demonstration seminars throughout the duration of the event."
"TechTogether elevated the voices of those too often underrepresented in tech, and the results, for me, were life-changing. Like my first hackathon, TechTogether Seattle made me realize a few key things about myself: one, I love to meet other hackers and learn what inspires them; two, I thrive in a collaborative, supportive environment; three, I do belong in the tech community; and four, I may not be passionate about writing functions or running database migrations, but I am passionate about creating solutions to real-life problems."
"TechTogether gave me a great virtual experience that was also a stepping stone to being able to attend an in-person hackathon in the future."
"TechTogether was not my first hackathon (it was my second technically). However, I do keep coming back to TechTogether because of how much I learn every weekend...I haven’t missed a single TechTogether hackathon since TechTogether Atlanta in February 2021!"
"I walked away from this hackathon with more than I could have imagined, friends, connections, a ReadMe for my GitHub Profile, technical interview tips, and general stoke about connecting with others and continuing on my path."
"PreHacks completely changed my perspective on hackathons. For the longest time, I let my fear conquer me and didn’t attend a hackathon.  What if I don’t find a team? What if I am not experienced enough? What if I can’t contribute as much as the others? I could go on and on with all the doubts that were clouding my mind. TechTogether PreHacks answered all of my what-ifs."
"Am I too old? No. This felt clear almost immediately. Sure, there were a lot of high school, and college-age hackers (and event leaders) but no one cared AT ALL how old anyone was. If anything, my life experience was an asset."
"Participating in a team of all female-identifying/non-binary team members who are more likely to identify with your experiences with tech or a supportive team, in general, can be life-changing."
"However, TechTogether’s Boston PreHacks has completely changed the way I think about hackathons now. TechTogether has given me confidence through its community-based platform and has taught me that anyone can attend these informative AND sociable events!"
"This project was a great opportunity for us all to grow our skills, find new topics to learn about, and use the cloud for the first time. I had experience with AWS but not so much with Azure, so it was nice to be exposed to and research more about this technology."
"PreHacks didn’t just teach me about computer science, but confidence. It helped me stop stressing about the future and college. I started to believe again that I can major in computer science — even if I don’t get into Berkeley or a fancy college. I’m not just saying this: thanks to PreHacks, I decided to continue my journey with computer science."
"TechTogether proved that anyone with any background can learn and create a project."
"I remember the first-ever hackathon that I attended was TechTogether New York and it really helped take the fear away from hackathons because of the amazing community and my team."
"At PreHacks New York, I gained a better understanding of hackathons and gained confidence in my computer science skills. In fact, I was even more prepared for my second hackathon than my first one. This encouraged me to sign up for Tech Together New York."
"Other hackathons I have attended in the past have made me feel very stressed or anxious about timelines or competing, but this hackathon lets me focus on learning new things and connecting with amazing other individuals just like me."
"I’m not exaggerating when I say it seems like I learned more on the weekend of TechTogether Boston than I did in my first CS class. I built my very first Flask backend, successfully used a very complicated API with an SDK (I didn’t even know what SDK meant!), not to mention I learned a lot about finance and investment (pretty useful skills you need as an adult)."
"These three girls made me feel very empowered, and I quickly forgot my fears when first coming into the event...I invite all individuals, especially those who ever thought about participating in these events but chose not to because of fear of leaving their comfort zones, to attend the next TechTogether hackathon."
"TechTogether completely changed my outlook on hackathons and has helped me gain confidence in both myself and my technical abilities."
"Last month, I attended HobbyHacks hosted by TechTogether. This was my first virtual hackathon, which also happened to be my first hackathon ever. Throughout the event, I felt anxious, nervous, excited, and curious. This event was definitely an experience of a lifetime."
"As a girl interested in STEM, I’ve always felt imposter syndrome regarding careers in tech and constantly underestimated myself. However, when I attended HobbyHacks last month, I was surprised to find a safe space for all hackers — even those who were beginners, like me."
"It really is true that you get out what you put in. No matter what your skill level is, don’t feel pressured to craft your hackathon experience in a certain way. Everyone is on a different path, and your learning style will probably be different from the learning style of the next coder."


I operate a data center and I'm looking for ways to monitor power to each rack. Each breaker box has about 20-30 active power drops running out of it providing (mostly) 120V 20A power to PDU's. What would be the maximum number of power feeds I could monitor with a single Arduino? Are there any downsides to sticking 25 CT sensors in a breaker box?
Has anyone here tried to do something with this scale before? Any help would be greatly appreciated!
Re: How many power circuits can I monitor with Arduino Mega?
Can you tell me, what sensors do you want to use? 25ct for a sensor??
If you want to do something, please first consider the electrical standards in your country!
Re: How many power circuits can I monitor with Arduino Mega?
The basic ATMega328 has 6 analogue inputs, so anything using that is limited to 5 circuits assuming you want real power values and one input is reserved for the voltage, and all want to be on the same phase.
The data sheet tells me the Mega has 16, so 15 + 1. I don't know the ADC conversion time for that, the 328P in the emonTx does "discrete samples" at approx 55 sample pairs (voltage and current) per cycle at 50 Hz, or is known to read and process 4 current plus 1 voltage "continuously". My guess is it would not be viable to try to read all 16 inputs continuously as the sample rate would be reduced. So a little more to think about than just the number of inputs. What sampling regime you adopt depends on the nature of the loads. If they are relatively constant and change only slowly, then the "discrete sample" method is fine - monitor each for 20 cycles (100 ms) then go on to the next. You can do that (say) every 2 s and have time to spare.
Re: How many power circuits can I monitor with Arduino Mega?
For the most part, this would be used to make sure that customers are keeping within electrical code. Servers tend to just either be on or off with slow rising/lowering of power as drives spin up, processors are used more extensively, etc. Even if I was monitoring each circuit in 30 second intervals, that would be more than addequate for what I'm trying to accomplish. Based on that, do you think what I'm trying to do would work? I recognize I'll likely have to place multiple arduinos at each box, I'm just trying to figure out how many I actually need.
I'm planning on using SCT-013-30 CT's so I can avoid having to use burden resistors. If anyone has a better idea for this or advice, please let me know. Thank you so much for your help.
Re: How many power circuits can I monitor with Arduino Mega?
How many phases do you have? And how many feeds per phase? Why the worry about burden resistors, it's only one extra component per circuit? Are you allowed/able to disconnect feeds to install solid-core ring CTs, or do they have to be split core? (There's a possible big cost and space saving there, ring-core CTs are generally smaller, better accuracy and cheaper, but you need to be able to disconnect to install.)
Re: How many power circuits can I monitor with Arduino Mega?
Most of the circuits are delivered as single phase to the customer. I do have some 3 phase 208 circuits, but the vast majority are single phase 120V 20A power circuits.
For the stuff that is existing, I will have to do the split core CT's. Once I get things in place, for new circuits I can install a solid core sensor.
I'm new to electrical monitoring (not new to Arduino) and my understanding is that I need to place a burden resistor before the arduino pins to bring the voltage down to under 5V per pin, am I wrong on this?
Re: How many power circuits can I monitor with Arduino Mega?
my understanding is that I need to place a burden resistor before the arduino pins to bring the voltage down to under 5V per pin,
The purpose of the burden resistor is to generate a voltage that the processor can measure (the CT being a current transformer). One end of this burden resistor needs to be tied to the mid-point of the ADC's input range which is normally the same as the processor's supply, either 3.3 or 5V. The voltage at the other end of the burden then swings symmetrically around this mid-point according to the amount of current that is passing through the CT.
To make best use of the ADC's range, the value of the burden should be chosen so that most of the available range is utilised when the maximum current that is to be measured is flowing.
Re: How many power circuits can I monitor with Arduino Mega?
I think I would either treat the 3-phase circuits separately, or treat them as 3 single-phase circuits and sum the powers at a later stage. What does "208" mean?
"I'm new to electrical monitoring (not new to Arduino) and my understanding is that I need to place a burden resistor before the arduino pins to bring the voltage down to under 5V per pin, am I wrong on this?"
I think you need to look through Building Blocks to see how CTs work and how we interface them. Basically, CT is a current source, therefore you need to feed that current into a resistor to turn it into a voltage. That is what the burden resistor does. All CTs must have a burden of some sort. It can be an ammeter, or in our case it's a resistor. "Voltage Output" CTs have an internal burden resistor. Having your own burden allows you to tailor the voltage developed across it to suit your needs exactly.
Re: How many power circuits can I monitor with Arduino Mega?
this would be used to make sure that customers are keeping within electrical code.
This almost sounds like a case where just measuring current (rather than real power) might be closer to what you need? When it's all about sizing feeds and breakers, current (or apparent power) is more useful than real power, and the good news is, it's easier to measure. If that is all you care about, there are even some "CTs" around (using the term very loosely), that give you a 0-5V DC output, that varies in proportion to the AC current passing through them. You could sample one of them every 110usecs.
Our local grid provider is moving to peak apparent power when it comes to calculating how big data centres should be charged for their "network augmentation costs", because ultimately it's the amps that matter for them. None of the existing meters measure apparent power, so they're calculating it by combining the real and reactive power: https://www.energex.com.au/__data/assets/pdf_file/0004/215779/kVA-Demand-Charges-for-Large-Customers-Form-8313.pdf
Re: How many power circuits can I monitor with Arduino Mega?
Yes, ultimately all I really care about is the total amps they are using because that is how we bill our customers for power. Can you give me an example of one of these CT's that give a 0-5V DC output? That seems perfect for my application since the arduino pins on the mega will handle a maximum of 5V so extrapolating utilization of the circuit would be fairly easy I would think.
I appreciate the help on this. I'm relatively new to this side of doing things so I'm learning a ton as we go. ;)
Re: How many power circuits can I monitor with Arduino Mega?
I think I would either treat the 3-phase circuits separately, or treat them as 3 single-phase circuits and sum the powers at a later stage. What does "208" mean?
208 = 208VAC.
Re: How many power circuits can I monitor with Arduino Mega?
Can you give me an example of one of these CT's that give a 0-5V DC output?
Here's one that crops up fairly often: http://www.elkor.net/product/i-Snail-VC. Unfortunately, they don't open so may not be suitable, I've seen a few others around that do, but can't find them now. That nice linear calibrated output is assuming a sine wave on the load, and the current signal to your customer racks almost certainly won't be a sine wave, so basing any billing on it might be risky. But if you just want a gross estimate of current to each rack, it might be close enough.
Re: How many power circuits can I monitor with Arduino Mega?
[Robin misread some of the posts above, and notes that in this post he was referring to a standard current transformer, not to the "dc output" sensors being discussed. - RW]
Can you give me an example of one of these CT's that give a 0-5V DC output? That seems perfect for my application since the arduino pins on the mega will handle a maximum of 5V
You can't just connect this kind of CT to an input pin of the processor, it needs to form part of a "current sensor". Each sensor comprises various components as well as the burden resistor. There's a Building Blocks article about current sensors here.
When supporting multiple sensors, it may be useful to provide a single mid-rail reference supply which all the sensors can share. A shared reference must be buffered otherwise there will be some cross-talk between the channels. This technique has been successfully used in many applications including my Mk2 PV Router. The first post in that thread has a schematic diagram in which a pair of voltage & current sensors share a single Vref supply.
Re: How many power circuits can I monitor with Arduino Mega?
Did you read the datasheet for that elkor product? It seems perfect for connecting directly to an analog input pin with no other components. Maybe a protection diode if you're worried about the the fact it clamps at 6.5V during overload, maybe a filter if it's noisy... but certainly no burden resistors or mid-rails. It's pretty much good-to-go as is.
Re: How many power circuits can I monitor with Arduino Mega?
Sorry, Robin, but you need to read back up the thread a little way. In the light of the posts following my third in this thread, what you wrote could be misleading. We're now talking about a sensor package, not a raw CT.
As you point out, dBC, "sine wave RMS calibrated" is a warning sign. Presumably, it is rectified average sensing, calibrated as they say to give the rms given the correct waveform. That can give significant errors depending on the waveform of the current taken by the server power supplies. If the wave shape is always the same (again a risky assumption) then you could calibrate the output (in the Arduino) for your particular waveform. There's a bit about this problem in the report on the YHDC CT.
Bill: 208 / √3 = 120 ! ! - being unitless, it wasn't a number I recognised. Now if he'd written "415" or "440", that would have been different.
Re: How many power circuits can I monitor with Arduino Mega?
Sorry, Robin, ... We're now talking about a sensor package, not a raw CT.
OK, I stand corrected, my apologies for any confusion caused. If any previous post of mine could be confusing, please feel free to change or remove it.
Re: How many power circuits can I monitor with Arduino Mega?
Wow, I looked up that CT. Way too expensive for the volume I'm looking to do. The benefit of the other CT's was that you could get them around 8 bucks in volume.
Re: How many power circuits can I monitor with Arduino Mega?
I did eventually find some split core ones:
http://www.aimdynamics.com/DCT-0010-Vdc-Output-Current-Sensor-p/dct-0010.htm
and even some DIN-rail mounted True RMS ones:
http://www.crmagnetics.com/Products/Split-Core-Transducers/CR4110S
although you'll need a 24VDC supply for them.
If you follow the tech specs pointer on that first one, you'll see the schematic of what's inside them, so you could potentially make your own out of your cheaper CTs, not sure whether you'd come out ahead though.
Re: How many power circuits can I monitor with Arduino Mega?
"If you follow the tech specs pointer on that first one, you'll see the schematic of what's inside them, so you could potentially make your own out of your cheaper CTs, not sure whether you'd come out ahead though." It's pretty much as I expected in there.
If Dallas is talking of 25 channels, economy of scale comes into this. You can do the rms bit in software, with no external power required, at the cost of some processing.
If he needed "continuous" measurements on all channels, there would be an argument for stand-alone sensors to reduce the processor load, but as that's not a consideration, one strip-board front end with a common 2.5 V bias supply (from an op-amp follower or maybe a regulator IC?) and a handful of burden resistors (which can either share the terminal block with the CT or sit on posts, so readily changed should that be necessary) and the Arduino board with its analogue inputs and a means of getting the data out, and 5V power is pretty much all that's needed.


Diet-related non-communicable diseases (DR-NCD)
While the under-nutrition problem is yet to be solved in many developing countries in the world, including Sri Lanka, many countries have also seen an increase in the recent past in diet-related non- communicable diseases. (DR-NCD)
It is said that many developing countries today are faced with a situation called dual burden of malnutrition, characterized by both under-nutrition problem and DR-NCDs.
Characteristics of DR-NCD are a high prevalence of:
- Diabetes
- Heart diseases
- Hypertension
- kidney related diseases
- cancer
Overweight and obesity are other nutrition problems on the rise even among school children. This is prevalent mainly in the urban areas of Sri Lanka. Unhealthy dietary practices and sedentary lifestyles may have been influential factors for this change.
Healthy eating goes hand in hand with physical activity to enjoy a lifetime of health and well- being. Creating awareness among school children would be a timely and cost effective strategy to control this rising epidemic of diet-related non-communicable diseases.


Alston, Jessup lead Boise State over BYU in OT 72-68
BOISE, Idaho (AP) - Derrick Alston had 26 points and 11 rebounds, Justinian Jessup scored seven of his nine points in overtime and Boise State defeated BYU 72-68 on Wednesday night.
Alston scored the Broncos’ first four points in overtime but it was Jessup who gave Boise State (2-2) the lead for good with a 3-pointer. He added a steal and dunk plus two free throws.
Jessup was only 3 of 13 from the floor - 1 of 9 in regulation - and his only 3-pointer was just the third for Boise State on 19 attempts. But the Broncos were 19 of 27 at the free-throw line to BYU’s 5 of 7.
Boise State’s RJ Williams added 18 points on 6-of-6 shooting before fouling out with 1:48 left in regulation, which ended at 58-all after neither team scored in the final 1½ minutes.
Alston, who posted his first career double-double, became the first Bronco ever to score at least 20 points in each of the first four games of a season.
Jake Toolson scored 19 points and TJ Haws, who was 0-for-8 from the arc, and Connor Harding scored 10 each for BYU (3-2).
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Woman arrested after train collides with car near Montreal; no injuries
COTEAU-DU-LAC, Que. — A woman was arrested after the car she was driving was hit by a train west of Montreal early Sunday morning. Provincial police responded to the incident at around 4:15 a.m. in Coteau-du-Lac, Que.
by Canadian PressCOTEAU-DU-LAC, Que. — A woman was arrested after the car she was driving was hit by a train west of Montreal early Sunday morning.
Provincial police responded to the incident at around 4:15 a.m. in Coteau-du-Lac, Que.
The 25-year-old car driver managed to escape the vehicle prior to impact and was not hurt.
She was taken to hospital for shock and was later arrested on a suspicion of impaired driving, although police are awaiting the results of a blood test to confirm the charge.
The driver of the train was able to halt a short distance past the accident.
Nobody was hurt.
This report by The Canadian Press was first published Nov. 24, 2019
The Canadian Press


Some Group Policy Reading
Some Group Policy articles for your viewing pleasure.
- Windows 8.1 Security and Control
- Windows 7, Vista, and XP Security and Control
- Optimizing Group Policy Performance
- Group Policy for Beginners
- How to use Group Policy Preferences to Secure Local Administrator Groups
- What group policy settings should I configure?
- Sticking with Well-Known and Proven Solutions
- GP Preferences


I am an aspiring computer programmer in the early stages of my development. I started this journey back in October of 2020 in the hopes of finding a career that could support me and my family. I have a passion for technology and problem solving, I put those two passions together and decided that computer programming was the best option for me.
At first I took some free courses to see if I had a taste for programming, from there I stepped up to a course on Udemy.com . I loved what that course had to offer but I wanted something that would push me more so I decided to join the UPenn Full Stack Flex program. It has been the best decision I have made, I am learning so much as well as making connections with my peers, something not offered in my other online course. I look forward to the many projects i am going to be able to create in this course and the knowledge I am gaining. Below is some projects that show off my abilities so far!


PLANET SICK-BOY: http://www.sick-boy.com
I went with low expectations and thoughts of a hokey Ghost rip-off, but instead was treated to a stunningly beautiful picture. Even as I sat and watched it, I cringed and waited for the bottom to fall out, but it didn't happen (at least until the last ten minutes). There was no `pottery-wheel' type scene, no cheesy promises about eternal love and not one crappy Righteous Brothers warble.
Since City of Angels is about a tall dark seraph (Nicolas Cage) that falls in love with an attractive cardiovascular surgeon (Meg Ryan), you can't really blame a guy for being weary of suffering through Ghost II. What elevated Angels above the filth I expected was not only terrific acting performances from the entire cast, but also top-notch technical work as well.
Cage (ConAir) plays Seth, a worker angel responsible for helping the newly departed move on to bigger and better places. Like his co-workers, Seth dresses in a long black coat (ala Face/Off's Caster Troy), hangs out at the library (which oddly resembles the building where Troy hides his Doomsday machine) and watches the sun rise and set while standing on the beach.
After watching over a dying young girl in the County Hospital, Seth finds his next assignment under the knife of the lovely Doctor Maggie Smith (Ryan, Addicted to Love). As the guy dies, the invisible Seth stares deep into Maggie's pretty blue eyes (to match her O.R. scrubs) and is shocked when she stares back and announces that she's not ready for her patient to be taken yet. Seth isn't sure if she really saw him, but he is sure that Maggie is definitely worth a return visit. Or two. Hey, the guy does a lot of hospital work.
While Maggie wallows in self- doubt after losing the patient, Seth falls head over heels. He eventually makes himself visible to Maggie and the two seemed headed toward everlasting bliss. But, Seth is still an angel – lacking in senses and incapable of emotion. D'OH!
 He gets help and advice from co-worker Cassiel (Andre Braugher, Homicide) and another heart patient named Nathan Messinger (Dennis Franz, NYPD Blue). Meanwhile, Maggie tries to decide which boy to chase – the mysterious unblinking Seth, or her live-in doctor boyfriend. A typical film would have made the boyfriend a drunken lout, but this guy's only bad traits are being both boring and a smoker.
Things proceed predictably toward the last reel, when Angels transforms from a great film to a B movie. The ending is so awfully written that it's hard to actually feel anything for the characters. Earlier scenes were more successful in playing with my emotions. In fact, there were about three decent `cry' spots in the first fifteen minutes, but the ending just made me want to get up and leave. It wasn't fair to stick it on the end of an otherwise flawless picture.
Ryan transcends her pixie-ish cuteness with one of her best performance ever and Cage is perfectly cast as the confused angel. Braugher seems under used in his supporting role, while Franz shines as a spunky scene-stealer. Director Brad Silberling (Casper) has made an incredible transformation from his previous effort and is undoubtedly aided by The English Patient's Oscar winning team of Cinematographer John Seale and Composer Gabriel Yared, as well was Production Designer Lilly Kilvert (Strange Days). Angels has a strikingly rich and stylish look and, like most films today, vaunts a hip modern rock soundtrack. But you should still see it. Did I mention that there was a vomiting scene? Jesus, what are you waiting for?
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


| IT Governance Services | ||
|---|---|---|
Identification & Documentation |
Understanding the AS-IS situation and putting all Records of Procurement, Deployment and Management together |
|
Evaluation |
Understanding and bench-marking the Records to established and accepted Standards |
|
Compliance Testing |
Putting Licensing to Test through Tools and Reconciliation |
|
Substantive Testing |
Identifying the Risks that can potentially impact the established controls |
|
Disaster-Recovery Testing |
Identifying the opportunity to recover after an understood disaster |
| IT Governance Managed Services | ||
|---|---|---|
IT General Process Review |
Business Requirements and Associated Risks |
|
Organisation Structure |
||
Roles and Responsibility |
||
Policies and Procedures |
||
Law and Regulations |
||
Control Measures |
||
Management Reporting |
||
Evaluating Controls |
Documentation Process |
|
Delivery Process |
||
Responsibility & Accountability |
||
Risk Appetite and Disaster Recovery |
||
Assessing Compliance |
Tool Audit & Evidence Mapping |
|
Physical Audit & Evidence Mapping |
||
Review of Workflows on IT Lifecycle Management |
||
Improvement Areas/SWOT |
||
Guidelines and Analytics |
Document all Control Weaknesses, Risks, Threats and Vulnerabilities |
|
Grass-Root Analysis |
||
Comparatives (If required) |
~ Evaluating Controls: Based on Industry Standards, Critical Success Factor, Risk Profiling and Business Continuity Plan
Client Management Tooling Services |
Infra Review |
|---|---|
Deployment and Application Management |
|
Device Policy Framework |
|
Identity Management |
|
Compliance |
|
End-User Support |
Its not about just managing laptops, desktops and few servers alone. It is far more than what we can even anticipate - access services, applications, data, security, etc and, if that looked just enough, location or what we call footprint - makes it just too tight. However, our customers are running an organization which means - the discussion now extends further to productivity, flexibility and how could we forget the CFO whose buss word is "Cost Saving".
Usage of multiple computing devises just increases the complexity further. Licensing requirements are also equally dynamic and sometimes complex - from perpetual to now the world of cloud - Software as a Service. This is where we help with transitions and sharing your load.
While in most cases the old work horse - our desktop has not changed, but our new users now want to stay connected, have access to best networks and services on press of a button. Our users have option of devises and most choose one according to their business requirement. They access applications from corporate to personal to banking. If that you thought was not enough - our users today wish to make a lot many independent IT decisions. Often inviting security threats that may not be a remote possibility.
We bring to the table our experience and skills - to help you find or take informed decisions - that makes your end-user-computing environment robust by each passing day. We evaluate the following:
So, what's are value preposition:
Its all about accountability and understanding the customer's structure and processes. Hence, globally, we believe to offer the right internationally acclaimed standards and framework for end-user-computing management services.
End-user-computing management is role-based on Software Asset Management having its roots in the following standards:
A wide framework which deals with IT management and IT governance.
COBIT approaches SAM in several different ways but mostly focuses on governance, compliance, cost management, budgeting, security and configuration management.
An approach for IT Service Management that provides a practical framework for identifying, planning, delivering and supporting IT services to the business. Based on best practices and which provide a systematic approach to the management of IT services, enabling organizations to deliver appropriate services.
A framework of SAM processes covering 27 separate process areas which enable an organization to prove that it is performing software asset management to a standard sufficient to satisfy corporate governance requirements and ensure effective support for IT service management overall.
We bring to our customers the right choice of processes backed by Client Management Tooling Services that helps customer gain visibility and, hence, plan the way forward which is cost effective and provides a roadmap.
Client Management Tools (CMT) is the preferred approach in both midsize and large enterprises. Though they need to be configured strictly in-line with the established and adopted policies. Primarily CMT are used by many organizations to reduce cost of ownership, improve user productivity, increase IT efficiency and enable a secure end-user-computing environment.
CMT is a fairly mature market. However, ongoing changes in end-user-computing are forcing service providers to continually innovate and evolve to address new requirements. In particular, bring your own device (BYOD), mobility, licensing fragmentation, contract management and the cloud are requiring organizations to rethink the way they manage end-user-computing environments.
CMT continues to evolve most dynamically and, hence, we keep you ahead of time. While the core requirements of inventory, software distribution, OS deployment and patch management remain constant, the differentiator is the simplified self-service capabilities. With CMT as a service - our customers see self-service as a way to enhance the management experience for the user, improve the efficiency in which software is distributed and potentially help save money on software licenses. However, for the customer, it is very important to choose the right tooling service and ensure seamless deployment.
CMT could be on-premise or as SaaS, though Gartner, too believes that the future state of client management will be a hybrid of on-premises and SaaS functionality. Since, multiple computing devises most of which would be mobile is the growing trend, hence we now are forced to focus on user management and not just device management. This brings in People (the User) into the charter of CMT. We give the flexibility to customers to choose the right CMT as service based on their experience from a real-time Proof of Concept.


See reference for details on this parameter. The subject parameter can be used two ways :
id
is the logical id of the patient on the server which is obtained by a Patient resource query.
GET /{{include.content}}?patient=42
Return all {{include.content}} resources for Patients with a logical id of 42
system
is a uniform resource identifier which defines which CodeSystem the identifer belongs to. For NHS Number this would be https://fhir.nhs.uk/Id/nhs-number
and code
would be the NHS Number.
GET [baseUrl]/{{include.content}}?subject:Patient.identifier=https://fhir.nhs.uk/Id/nhs-number|9876543210
Return all {{include.content}} resources for Patients with a NHS Number of<PHONE_NUMBER>


BIP32 HD Master Node And Account
Random Seed
Build Master
m node
Get Account
m/{{accountNum}}h account
Json Format
BIP32 HD Account and Address
Get Address
m/ih/0 external chain
m/ih/0/{{addressNum}} external address
m/ih/1 internal chain
m/ih/1/{{addressNum}} internal address
Json Format
© 590c.org 2014 | All Rights Reserved


Most LDM utilities have UNIX® manual pages that describe behavior and operation. Such documentation is accessed via the UNIX® man(1) utility. For example:
man pqmon
The above assumes that the environment variable MANPATH has been appropriately set during the Preinstallation Steps.
The Frequently Asked Questions webpage for the LDM is located here.
The email address support-ldm at unidata.ucar.edu is the one for LDM support by the Unidata Program Center. Replies to LDM questions are stored in an online database that you can search or browse.


ADF submission quick start
(1) Download an array design file (ADF) template
Pick a template that suits your microarray.
(Check out this concepts page if you are unsure whether your microarray contains features, reporters or composite elements.)
- Custom spotted arrays with features in block row / block column / row / column grid coordinates: spotted array template ;
- Custom arrays with only reporters (probes), without grid coordinate information: reporter array template ;
- Custom arrays with reporters and composite elements: composite array template ;
- Custom arrays from commercial manufacturers (e.g. NimbleGen, Agilent, Affymetrix, Illumina), just meta-data header to fill in, and send us any supporting files*: commercial array design header template .
*Supporting files are those from the microarray's manufacturer containing information of each probe, e.g. NDF files for NimbleGen arrays, GAL files for spotted arrays. An ArrayExpress curator will convert your supporting file into the ADF table, and append it to the meta-data header you fill in to create a complete, valid ADF.
(2) Fill in template with array design information
Refer to this ADF creation help page for an explanation on how to fill in the template (e.g. what is mandatory, what are accepted values). Please stick to the guidelines in the help page so your ADF can be processed promptly. All the ADF header fields and ADF table column headings, highlighted in bold, are from a controlled vocabulary, so please do not change them.
When you've finished filling in the template, please save the file in tab-delimited text (*.txt) format. (If you're unsure about this format, this is how you do it with Microsoft Excel or OpenOffice Calc.)
Below is an example snippet of a filled template (text in light blue filled in by the submitter):
(3) Send the completed ADF file to ArrayExpress via FTP and then email us
Please send the ADF file by FTP (instructions here). If you are submitting a commerically available array design, don't forget to also send us the supporting files (e.g. NDF file for NimbleGen arrays, GAL file for spotted arrays).
When the FTP transfer is completed, please email us at<EMAIL_ADDRESS>with the name of the transferred file(s).
An ArrayExpress curator will get in touch by email once he/she has looked at your ADF file, including any questions or comments he/she may have.


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