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0432-8287-447, 0432-8288-471, 0432-8290-426, 0118-2991-997,
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{% extends 'dammi.html' %} {% load static %} {% block nav %} Toggle navigation EPITYCHIS INFO LAB.PVT HOME WHAT WE ARE WE ARE INTO OUR PROJECTS CAREERS CONTACT {% endblock %}


Psalm 22
For the chief musician; set to "The rhythm of the deer." A psalm of David.
1 My God, my God, why have you abandoned me?

They trusted in you and were not disappointed.
6 But I am a worm and not a man,
a disgrace to humanity and despised by the people.
7 All those who see me taunt me;
they mock me; they shake their heads at me.
8 They say, "He trusts in Yahweh;
let Yahweh rescue him.
Let him rescue him, for he delights in him."
9 For you brought me from the womb;
you made me trust you when I was on my mother's breasts.
10 I have been thrown on you from the womb;
you are my God since I was in my mother's womb!
11 Do not be far away from me, for trouble is near;
there is no one to help.
12 Many bulls surround me;
strong bulls of Bashan surround me.
13 They open their mouths wide against me
like a roaring lion ripping its victim.
14 I am being poured out like water,
and all my bones are dislocated.

You have laid me in the dust of death.
16 For dogs have surrounded me;
a company of evildoers has encircled me;
they have pierced my hands and my feet.
17 I can count all my bones.
They look and stare at me.
18 They divide my garments among themselves,
they cast lots for my clothes.
19 Do not be far away, Yahweh;
please hurry to help me, my strength!
20 Rescue my soul from the sword,
my only life from the claws of wild dogs.
21 Save me from the lion's mouth;
rescue me from the horns of the wild oxen.
22 I will declare your name to my brothers;
in the midst of the assembly I will praise you.
23 You who fear Yahweh, praise him!
All you descendants of Jacob, honor him!
Stand in awe of him, all you descendants of Israel!
24 For he has not despised or abhorred the suffering of the afflicted one;
Yahweh has not hidden his face from him;
when the afflicted one cried to him, he heard.
25 My praise will be because of you in the great assembly;
I will fulfill my vows before those who fear him.
26 The oppressed will eat and be satisfied;
those who seek Yahweh will praise him.
May your hearts live forever.
27 All the peoples of the earth will remember and turn to Yahweh;
all the families of the nations will bow down before you.
28 For the kingdom is Yahweh's;
he is the ruler over the nations.
29 All the prosperous people of the earth will feast and will worship;
all those who are descending into the dust will bow before him,
those who cannot preserve their own lives.
30 A generation to come will serve him;
they will tell the next generation of the Lord.
31 They will come and tell of his righteousness;
they will tell to a people not yet born what he has done!


Match Play. Red trails 0-2 to 7. How should Red play 22?
pips Red=150 White=157
(CorrectAnswer= 0/0, ErrorScore= 0)
When you get the chance to take The Rack (the 4-, 5- and 6-pts) it is rarely wrong to pass up the opportunity. It creates a long-term asset which is very powerful.
That is the case here. 7/5(2)*, 6/4(2) is the best move by a long way. All other moves are blunders.
Remember, take The Rack!
That is the case here. 7/5(2)*, 6/4(2) is the best move by a long way. All other moves are blunders.
Remember, take The Rack!
1. Cubeful 2-ply 7/5*(2) 6/4(2) Eq.: +0.823 0.666 0.295 0.013 - 0.334 0.078 0.004 2. Cubeful 2-ply 7/5*/3 6/4(2) Eq.: +0.768 (-0.056) 0.644 0.289 0.012 - 0.356 0.081 0.003 3. Cubeful 0-ply 7/5*/3 6/2* Eq.: +0.558 (-0.265) 0.588 0.265 0.010 - 0.412 0.104 0.006 4. Cubeful 0-ply 7/5*(2) 6/2* Eq.: +0.555 (-0.269) 0.589 0.260 0.011 - 0.411 0.107 0.007 5. Cubeful 0-ply 24/20 7/5*(2) Eq.: +0.470 (-0.354) 0.583 0.203 0.009 - 0.417 0.097 0.004


Airbus Developed New Drone Called LOUT with Germany's Federal Ministry of Defence
Airbus started developing a Low-Observable UAV Testbed in 2007, and since 2010 it's being developed with Germany.
by Nursah ErgüAirbus started developing LOUT (Low-Observable UAV Testbed) in 2007 and it's been kept as a secret since then. In 2010, the project started receiving support from the Federal Ministry of Defence in Germany, and it was developed at Airbus facilities in Bremen and Manching, Bavaria, Germany.
The drone, LOUT, that is developed will be camouflaged and undetectable by radar. Also, the heat radiation that is emitted by LOUT will be very little and it will fly so quietly that it'd almost be impossible to detect it.
SEE ALSO: A TEAM FROM NUI GALWAY CREATED A DRONE FOR DIABETES PATIENTS
Photos of a test model have been published by Airbus. Both the length and wingspan of the test model are 12 meters.
The project hadn't been unveiled until recently, and now the company revealed that the drone will have its first test flight in 2026.
The LOUT drone is expected to be a contribution to the Future Combat Air System (FCAS). FCAS is a system that is being developed in Germany, France, and Spain.
On its website, Airbus describes FCAS with the following statement, "The cornerstone of FCAS is the next-generation weapon system where next-generation fighters team up with remote carriers as force multipliers. Additionally, manned and unmanned platforms will also provide their uniqueness to the collective capabilities while being fully interoperable with allied forces across domains from land to cyber. The air combat cloud will enable the leveraging of networked capabilities of all pooled platforms."
LOUT can also be used for attacks on radar systems. Also, the entire FCAS is expected to be ready for use in 2040.


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| Highland City Striders Running Schedule November 2017 |
| Day | Date | Time | Type | Dist | Location | Comments |
| Sat | 11/04 | 8:00AM | Run | 5m | Ghiloni Park | Off Concord Rd, Marlboro - meet at softball field. |
| Sun | 11/05 | 8:00AM | Run | 6m | McD's Rt. 85 | Marlboro McDonalds Maple St. - Southboro loops (End DST) |
| Sun | 11/05 | 8:00AM | Trail | | Chauncy | Meet in Parking Lot across from 289 Lyman Street, Westboro |
| Tue | 11/07 | 6:30PM | Dark | 5m | 30 Lafayette Dr. | Striders after Dark with headlamps on neighborhood roads. Meet at 30 Lafayette Drive in Marlborough |
| Thu | 11/09 | 6:30PM | Dark | 5m | 27 Otsego Dr. | Striders after Dark with headlamps on neighborhood roads. Meet at 27 Otsego Drive in Hudson |
| Sat | 11/11 | 8:00AM | Run | 6m | Rail Trail | Brite Clean parking lot, up to 10K out & back course. |
| Sat | 11/11 | 10:00AM | Race | 5k | Grafton High | Jeremy Eschelbacher 5k 24 Providence Rd. Grafton (HCS Race Series) https://racewire.com/register.php?id=8542 |
| Sun | 11/12 | 8:00AM | Run | | Ariba Coffee | 3 to 10 mile loops around Honey Pot Orchard |
| Sun | 11/12 | 8:00AM | Trail | | Chauncy | Meet in Parking Lot across from 289 Lyman Street, Westboro |
| Tue | 11/14 | 6:30PM | Dark | 5m | See FB page | Striders after Dark with headlamps on neighborhood roads |
| Thu | 11/16 | 6:30PM | Drink | 5k | Medusa | 5K Fun Run - Start on South St, beer and pizza afterwards |
| Sat | 11/18 | 8:00AM | Run | 5m | Ghiloni Park | Off Concord Rd, Marlboro - meet at softball field. |
| Sun | 11/19 | 8:00AM | Run | 6m | Robinson’s | Robinson’s Hardware Parking Lot - Dan’s Run |
| Sun | 11/19 | 8:00AM | Trail | | Chauncy | Meet in Parking Lot across from 289 Lyman Street, Westboro |
| Tue | 11/21 | 6:30PM | Dark | 5m | See FB page | Striders after Dark with headlamps on neighborhood roads |
| Thu | 11/23 | 10:00AM | FBall | | MHS | Happy Thanksgiving-find a good run then Marlboro-Hudson football |
| Sat | 11/25 | 8:00AM | Run | 6m | Rail Trail | Brite Clean parking lot, up to 10K out & back course. |
| Sun | 11/26 | 8:00AM | Trail | | Chauncy | Meet in Parking Lot across from 289 Lyman Street, Westboro |
| Sun | 11/26 | 9:00AM | Race | 10m | Ghiloni Park | Tough Ten Turkey Trot (HCS Race Series) 15 cans of food |
| Tue | 11/28 | 6:30PM | Dark | 5m | See FB page | Striders after Dark with headlamps on neighborhood roads |
| Thu | 11/30 | 6:30PM | Dark | 5m | See FB page | Striders after Dark with headlamps on neighborhood roads |


Jonathan David didn’t know what to think when he returned to his dorm last spring and found a group of people standing near the entrance, staring at something hidden by the greenery.
“I look over, and suddenly I see this little head poking out and lo and behold, it’s a newborn fawn,” says the RTVF sophomore. “Just, a deer. Just standing in the bushes.”
David says it’s not out of the ordinary to see an assortment of animals around West Fairchild. He listed off the various squirrels, skunks, opossums, raccoons, chipmunks and rabbits he’s seen within the year he’s been at school. But he was still surprised when a family of five deer took up temporary residence outside the dorm after the mother gave birth to two fawns.
Another bystander called NUPD out of concern for the deer, and the police stopped traffic on Sheridan Road so the animals could cross safely. One student carried one of the reluctant fawns across the street. David wasn’t sure it was a good idea, but eventually it followed its family.
Other students chimed in with their critter sightings, from skunks in the sorority quad and beavers on the Lakefill to stepping on squirrels or (accidentally) punting skunks.
“It felt like I had kicked plastic, but plastic that was also somehow furry?” School of Communications sophomore James Tsuchiya says. “I looked down and realized that a skunk had been digging around inside of a plastic cup ... But I guess the skunk was so confused that it forgot to spray me, and I escaped unscathed.”
How do these animals live — and seemingly thrive — in such a developed area? Dr. Eli Suzukovich III, an environmental policy and culture professor at Northwestern, says that the campus is really an urban forest.
“Northwestern, I believe, has something like 80 different gardens on campus,” Suzukovich says. “And as a result, there is quite a bit of habitat and greenspace for wildlife to thrive.”
Aside from typical animals students and staff frequently see, there are many creatures that go unnoticed, according to Suzukovich, who also serves on the National Urban and Community Forestry Advisory Council and teaches Northwestern’s famed maple tapping class, Ethnobiology of Maple Syrup. Northwestern is home to a mink, a fox, a coyote, a family of beavers and various fish and birds, Suzukovich says.
“I think also just because people largely ignore the wildlife, [the animals] tend to do fairly well,” he says.
Climate change may contribute to the high presence of animals on campus. Suzukovich noted the urban geese that are always on the Lakefill don’t migrate south for the winter anymore; they no longer need to because milder winters contribute to a higher availability of food.
The troublingly large presence of dead birds seen on campus also points to Northwestern’s position as a haven within a developed area. Though much of the bird death is due to exhaustion and flying into glass buildings (cough, new Kellogg and Segal Visitors Center, cough), the fact that they’re here in the first place says a lot.
“One reason [birds] come here is because there’s a lot of habitat for them to actually recoup,” Suzukovich says. “There’s food, there’s everything they need.”
Suzukovich also works closely with Northwestern’s groundskeepers, a collaboration between faculty and facilities he says is uncommon, given their usual separation in the university sphere. Together, they manage the “campus forest” and keep tabs on changes or problems with the wildlife. Along with his own research, Suzukovich uses student observations taken from his maple tapping class to alert facilities if something is out of the ordinary.
Steve Camburn, Supervisor of Grounds at Northwestern, says his partnership with Suzukovich has helped his department solve some of the environmental issues on campus. He noted the professor’s study of gypsy moths on campus trees. Suzukovich notified Camburn of moth larva on trees, and groundskeepers were then able to treat the affected plants. Camburn says their different areas of expertise are complementary.
“I’m very often looking at whether the trees are in need of pruning ... or whether the grass has been maintained correctly,” Camburn says. “He’s noticing individual migratory birds and identifying them. It was enlightening to me, because they were all around me.”
Members of the Northwestern community typically coexist peacefully with the campus critters. Camburn says situations when the wildlife gets a little more disruptive, like a family of deer hanging around West Fairchild, are actually few and far between.
“If you really had to deal with an issue like that, you’d have to go through an animal control sort of local service, but very often it takes care of itself,” he says. “If it’s just cutting through campus, you don’t have to do anything.”
So it seems David and his dormmates made the right move in letting the deer just go about their lives.
“Eventually they made their way down Hinman and presumably lived happily ever after in urban Evanston,” David says.


There's this called an app, and this is one of those I'm pretty sure. It also has a creator, who's name I belive is Erik.


⚠ We have stopped developing the dashboard and the [R Package] (https://github.com/friep/vaccc19de). ⚠
** Why is the dashboard no longer available? **
This project was a relatively spontaneous collaboration between us ([Fabio] (https://github.com/favstats) and [Frie] (https://github.com/friep)) after we independently determined that
However, there are now better solutions than ours for both problems:
Regarding 1) there is the [RKI vaccination archive] (https://github.com/ard-data/2020-rki-impf-archive), which we have also used for our dashboard over the past few weeks.
Regarding 2) Even if some important analyzes are missing in the [official dashboard] (https://impfdashboard.de/) (e.g. there is no breakdown at federal state level) (eg no federal state level analyzes), it is, however, a good one , official source of information.
In the end - in view of the constantly changing data format of the Excel file, which requires constant adjustments to the code - we cannot realistically guarantee the integrity and correctness of the visualizations, especially since we started and pursued this project in our spare time.
The goal of this dashboard is to document and visualize the progress of COVID-19 vaccinations in Germany.
The vaccination data is provided by the Robert Koch Institute (RKI). The data presented here was retrieved from this public ARD Data GitHub repository.
Population data for the federal states is taken from the Federal Statistics Office (Statistisches Bundesamt).
The graphics in this dashboard show the vaccination date which is usually the day before the reporting date. However, sometimes there are delays and federal states do not report data until later. Therefore, please note the comments in the tooltips of the graphics (notes are in German) NOTE: The notes are currently not being updated! Check the raw .xlsx files if you want to look at them: ARD Data GitHub repository.
Authors: Frie Preu & Fabio Votta.
Last Update: 2021-02-06 11:00:00
Twitter Bot for daily updates (in German): vaccc19de


These two triangles have three sides equal( they share one of them ).
Therefore they are congruent.
Congruent triangles also have congruent( equal ) angles.
If we superimpose these two triangles, by rotating triangle A, we see that angle x corresponds to angle A.
Angle x is therefore equal to ANSWER
These two triangles have two sides and an angle equal.
Therefore they are congruent.
Congruent triangles also have congruent( equal ) angles.
If we superimpose these two triangles, by flipping triangle A, we see that angle x corresponds to angle A.
Angle x is therefore equal to ANSWER


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Jessica's Dev Bootcamp Adventure
Hello, and welcome to my blog page!
My name is Jessica and I am an attorney, musician, and eater of pastrami reubens. I will be attending Dev Bootcamp in San Francisco starting July 2014 to learn how to become a web developer.
This page should contain relevant links to my DBC blogs, contact info, and some fun things as well.
Links to DBC coursework:
Technical Blogs:
Week 1 Wireframes | Wireframing Favorite Sites Week 2 Wireframes | Designing My index page Week 1 Technical Blog | 3 Favorite SitesWeek 2 Technical Blog | Margin vs. Border vs. Padding Week 3 Technical Blog | Javascript Week 4 Technical Blog | Ruby Loops Week 5 Technical Blog | A Little About Ruby Classes Week 6 Technical Blog | Ruby Variable Varietals Week 7 Technical Blog | SQL Injection Week 8 Technical Blog | Sorting Algorithms: Bubble Sort, Quicksort, and Merge Sort


CSS Spritemap Generator
Spritemapper is an application that merges multiple images into one and generates CSS positioning for the corresponding slices.
Improve loading times. Only 10% of a webpage's loading time is due to the actual page—the other 90% is spent downloading styles, scripts and images. By reducing the amount of images and better utilising the connection, CSS spritemapping can reduce your website's loading time.
Just plain old CSS. You don't have to write any extra syntax to make Spritemapper work. Just define the directories of images you want spritemapped and use the CSS background declaration as usual.
Batteries included. The package consists of a simple command-line tool that does the job via a Python package including its own PNG and CSS parser. There are no 3rd-party dependencies. Anybody who has ever had the pleasant job of installing PIL should have a pretty good idea about what we're trying to avoid.
No space wasted. Spritemapper's image packer implements simulated annealing to ensure that the images are packed tightly.
Open a terminal—Terminal, urxvt or whatever—and run
sudo easy_install spritemapper
. Let stir for five seconds. Done.
The latest source release is available as a tarball on Spritemapper's PyPI page.
Make sure you have Python installed and that it is
in your PATH, also
include the 'Scripts' directory inside of your Python installation if you
want to run spritemapper
directly from the Command Prompt.
Go to Spritemapper's GitHub download page, download the latest .msi installer and run it.
You'll need Git and Python setuptools.
git clone git://github.com/yostudios/Spritemapper.git
— copy the source codecd Spritemapper
— enter directorypython setup.py install
— install SpritemapperRun spritemapper /path/to/myfile.css
and it
does its magic. Give the old --help
a quick look, too.
Configuration options can be specified in one of two ways: inline in the CSS, or using passing an INI file with defaults. For CSS it looks something like:
/* spritemapper.output_css = foofile.css */
You can do the exact equivalent using an INI file, like this:
[spritemapper] output_css = foofile.css
Paths are always relative to the CSS file being processed.
Creating a webfont using spritemapper.


--- title: Create Word Cloud Online | Developer Tools layout: post ---
{% include common-meta %}This is a free online tool to create beautiful images from text input. This tool is free to use and you can download images from here to use anywhere.
Word cloud is a creative way of expressing text in the form of a picture. The size of text in a image can emphasize the importance of a word. Most of the times it gives
Yes, you can download and use the images generated from this tool anywhere you like.
This tool uses simple HTML canvas and Javascript to create images from text. Following steps are followed in generation of word cloud.
This tool removes common English Stopwords from the word cloud.
The Images generated from this tool are not hosted anywhere. You download it and host it whereever you like. This tool is static website that does not have dynamic image storage.


Radio Buttons as Cards
Product A
Product specific content
Product B
Product specific content
Product C
Product specific content


Managing concurrency for a Lambda function
Concurrency is the number of requests that your function is serving at any given time. When your function is invoked, Lambda allocates an instance of it to process the event. When the function code finishes running, it can handle another request. If the function is invoked again while a request is still being processed, another instance is allocated, which increases the function's concurrency. Concurrency is subject to a Regional quota that is shared by all functions in a Region.
There are two types of concurrency available:
-
Reserved concurrency – Reserved concurrency creates a pool of requests that can only be used by its function, and also prevents its function from using unreserved concurrency.
-
Provisioned concurrency – Provisioned concurrency initializes a requested number of execution environments so that they are prepared to respond to your function's invocations.
This topic details how to manage and configure reserved and provisioned concurrency. To learn about how concurrency interacts with scaling, see AWS Lambda function scaling.
To ensure that a function can always reach a certain level of concurrency, configure the function with reserved concurrency. When a function has reserved concurrency, no other function can use that concurrency. Reserved concurrency also limits the maximum concurrency for the function, and applies to the function as a whole, including versions and aliases.
When Lambda allocates an instance of your function, the runtime loads your function's code and runs initialization code that you define outside of the handler. If your code and dependencies are large, or you create SDK clients during initialization, this process can take some time. As your function scales up, this causes the portion of requests that are served by new instances to have higher latency than the rest.
To enable your function to scale without fluctuations in latency, use provisioned concurrency. By allocating provisioned concurrency before an increase in invocations, you can ensure that all requests are served by initialized instances with very low latency. You can configure provisioned concurrency on a version of a function, or on an alias.
Lambda also integrates with Application Auto Scaling. You can configure Application Auto Scaling to manage provisioned concurrency on a schedule or based on utilization. Use scheduled scaling to increase provisioned concurrency in anticipation of peak traffic. To increase provisioned concurrency automatically as needed, use the Application Auto Scaling API to register a target and create a scaling policy.
Provisioned concurrency counts towards a function's reserved concurrency and Regional
quotas. If the amount of
provisioned concurrency on a function's versions and aliases adds up to the function's
reserved concurrency, all
invocations run on provisioned concurrency. This configuration also has the effect
of throttling the unpublished
version of the function ($LATEST
), which prevents it from executing.
You can't allocate more provisioned concurrency than reserved concurrency for a function.
Sections
Configuring reserved concurrency
To manage reserved concurrency settings for a function, use the Lambda console.
To reserve concurrency for a function
-
Open the Functions page
on the Lambda console. -
Choose a function.
-
Under Concurrency, choose Edit.
-
Choose Reserve concurrency. Enter the amount of concurrency to reserve for the function.
-
Choose Save.
You can reserve up to the Unreserved account concurrency value that is shown, minus 100 for functions that don't have reserved concurrency. To throttle a function, set the reserved concurrency to zero. This stops any events from being processed until you remove the limit.
The following example shows two functions with pools of reserved concurrency, and the unreserved concurrency pool used by other functions. Throttling errors occur when all of the concurrency in a pool is in use.
Legend
-
Function concurrency
-
Reserved concurrency
-
Unreserved concurrency
-
Throttling
Reserving concurrency has the following effects.
-
Other functions can't prevent your function from scaling – All of your account's functions in the same Region without reserved concurrency share the pool of unreserved concurrency. Without reserved concurrency, other functions can use up all of the available concurrency. This prevents your function from scaling up when needed.
-
Your function can't scale out of control – Reserved concurrency also limits your function from using concurrency from the unreserved pool, which caps its maximum concurrency. You can reserve concurrency to prevent your function from using all the available concurrency in the Region, or from overloading downstream resources.
Setting per-function concurrency can impact the concurrency pool that is available
to other functions. To
avoid issues, limit the number of users who can use the PutFunctionConcurrency
and
DeleteFunctionConcurrency
API operations.
Configuring provisioned concurrency
To manage provisioned concurrency settings for a version or alias, use the Lambda console.
To provision concurrency for an alias
-
Open the Functions page
on the Lambda console. -
Choose a function.
-
Under Provisioned concurrency configurations, choose Add.
-
Choose an alias or version.
-
Enter the amount of provisioned concurrency to allocate.
-
Choose Save.
You can manage provisioned concurrency for all aliases and versions from the function configuration page. The list of provisioned concurrency configurations shows the allocation progress of each configuration. Provisioned concurrency settings are also available on the configuration page for each version and alias.
In the following example, the my-function-DEV
and my-function-PROD
functions are
configured with both reserved and provisioned concurrency. For my-function-DEV
, the full pool of
reserved concurrency is also provisioned concurrency. In this case, all invocations
either run on provisioned
concurrency or are throttled. For my-function-PROD
, a portion of the reserved concurrency pool is
standard concurrency. When all provisioned concurrency is in use, the function scales
on standard concurrency to
serve any additional requests.
Legend
-
Function concurrency
-
Reserved concurrency
-
Provisioned concurrency
-
Unreserved concurrency
-
Throttling
Provisioned concurrency does not come online immediately after you configure it. Lambda starts allocating provisioned concurrency after a minute or two of preparation. Similar to how functions scale under load, up to 3000 instances of the function can be initialized at once, depending on the Region. After the initial burst, instances are allocated at a steady rate of 500 per minute until the request is fulfilled. When you request provisioned concurrency for multiple functions or versions of a function in the same Region, scaling quotas apply across all requests.
Legend
-
Function instances
-
Open requests
-
Provisioned concurrency
-
Standard concurrency
To optimize latency, you can customize the initialization behavior for functions that use provisioned concurrency . You can run initialization code for provisioned concurrency instances without impacting latency, because the initialization code runs at allocation time. However, the initialization code for an on-demand instance directly impacts the latency of the first invocation. For an on-demand instance, you may choose to defer initialization for a specific capability until the function needs that capability.
To determine the type of initialization, check the value of AWS_LAMBDA_INITIALIZATION_TYPE.
Lambda sets this
environment variable to provisioned-concurrency
or on-demand
. The value of
AWS_LAMBDA_INITIALIZATION_TYPE is immutable and does not change over the lifetime
of the execution
environment.
If you use the .NET 3.1 runtime, you can configure the AWS_LAMBDA_DOTNET_PREJIT environment
variable to
improve the latency for functions that use provisioned concurrency. The .NET runtime
lazily compiles and
initializes each library that your code calls for the first time. As a result, the
first invocation of a Lambda
function can take longer than subsequent invocations. When you set AWS_LAMBDA_DOTNET_PREJIT
to
ProvisionedConcurrency
, Lambda performs ahead-of-time JIT compilation for common system
dependencies. Lambda performs this initialization optimization for provisioned concurrency
instances only, which
results in faster performance for the first invocation. If you set the environment
variable to
Always
, Lambda performs ahead-of-time JIT compilation for every initialization. If you set
the
environment variable to Never
, ahead-of-time JIT compilation is disabled. The default value for
AWS_LAMBDA_DOTNET_PREJIT is ProvisionedConcurrency
.
For provisioned concurrency instances, your function's initialization code runs during allocation and every
few hours, as running instances of your function are recycled. You can see the initialization
time in logs and
traces after an instance processes a request. However, initialization is
billed even if the instance never processes a request. Provisioned concurrency runs
continually and is billed
separately from initialization and invocation costs. For details, see AWS Lambda pricing
Each version of a function can only have one provisioned concurrency configuration.
This can be directly on
the version itself, or on an alias that points to the version. Two aliases can't allocate
provisioned concurrency
for the same version. Also, you can't allocate provisioned concurrency on an alias
that points to the unpublished
version ($LATEST
).
When you change the version that an alias points to, provisioned concurrency is deallocated from the old version and then allocated to the new version. You can add a routing configuration to an alias that has provisioned concurrency. However, you can't manage provisioned concurrency settings on the alias while the routing configuration is in place.
Lambda emits the following metrics for provisioned concurrency:
Provisioned concurrency metrics
-
ProvisionedConcurrentExecutions
-
ProvisionedConcurrencyInvocations
-
ProvisionedConcurrencySpilloverInvocations
-
ProvisionedConcurrencyUtilization
For details, see Working with AWS Lambda function metrics.
Configuring concurrency with the Lambda API
To manage concurrency settings and autoscaling with the AWS CLI or AWS SDK, use the following API operations.
-
(Application Auto Scaling) RegisterScalableTarget
-
(Application Auto Scaling) PutScalingPolicy
To configure reserved concurrency with the AWS CLI, use the put-function-concurrency
command. The
following command reserves a concurrency of 100 for a function named my-function
:
aws lambda put-function-concurrency --function-name my-function --reserved-concurrent-executions 100
You should see the following output:
{ "ReservedConcurrentExecutions": 100 }
To allocate provisioned concurrency for a function, use put-provisioned-concurrency-config
. The
following command allocates a concurrency of 100 for the BLUE
alias of a function named
my-function
:
aws lambda put-provisioned-concurrency-config --function-name my-function \ --qualifier BLUE --provisioned-concurrent-executions 100
You should see the following output:
{ "Requested ProvisionedConcurrentExecutions": 100, "Allocated ProvisionedConcurrentExecutions": 0, "Status": "IN_PROGRESS", "LastModified": "2019-11-21T19:32:12+0000" }
To configure Application Auto Scaling to manage provisioned concurrency, use the Application
Auto Scaling to configure target tracking scaling. First,
register a function's alias as a scaling target. The following example registers the
BLUE
alias of a
function named my-function
:
aws application-autoscaling register-scalable-target --service-namespace lambda \ --resource-id function:my-function:BLUE --min-capacity 1 --max-capacity 100 \ --scalable-dimension lambda:function:ProvisionedConcurrency
Next, apply a scaling policy to the target. The following example configures Application Auto Scaling to adjust the provisioned concurrency configuration for an alias to keep utilization near 70 percent:
aws application-autoscaling put-scaling-policy --service-namespace lambda \ --scalable-dimension lambda:function:ProvisionedConcurrency --resource-id function:my-function:BLUE \ --policy-name my-policy --policy-type TargetTrackingScaling \ --target-tracking-scaling-policy-configuration '{ "TargetValue": 0.7, "PredefinedMetricSpecification": { "PredefinedMetricType": "LambdaProvisionedConcurrencyUtilization" }}'
You should see the following output:
{ "PolicyARN": "arn:aws:autoscaling:us-east-2:123456789012:scalingPolicy:12266dbb-1524-xmpl-a64e-9a0a34b996fa:resource/lambda/function:my-function:BLUE:policyName/my-policy", "Alarms": [ { "AlarmName": "TargetTracking-function:my-function:BLUE-AlarmHigh-aed0e274-xmpl-40fe-8cba-2e78f000c0a7", "AlarmARN": "arn:aws:cloudwatch:us-east-2:123456789012:alarm:TargetTracking-function:my-function:BLUE-AlarmHigh-aed0e274-xmpl-40fe-8cba-2e78f000c0a7" }, { "AlarmName": "TargetTracking-function:my-function:BLUE-AlarmLow-7e1a928e-xmpl-4d2b-8c01-782321bc6f66", "AlarmARN": "arn:aws:cloudwatch:us-east-2:123456789012:alarm:TargetTracking-function:my-function:BLUE-AlarmLow-7e1a928e-xmpl-4d2b-8c01-782321bc6f66" } ] }
Application Auto Scaling creates two alarms in CloudWatch. The first alarm triggers when the utilization of provisioned concurrency consistently exceeds 70 percent. When this happens, Application Auto Scaling allocates more provisioned concurrency to reduce utilization. The second alarm triggers when utilization is consistently less than 63 percent (90 percent of the 70 percent target). When this happens, Application Auto Scaling reduces the alias's provisioned concurrency.
In the following example, a function scales between a minimum and maximum amount of provisioned concurrency based on utilization. When the number of open requests increases, Application Auto Scaling increases provisioned concurrency in large steps until it reaches the configured maximum. The function continues to scale on standard concurrency until utilization starts to drop. When utilization is consistently low, Application Auto Scaling decreases provisioned concurrency in smaller periodic steps.
Legend
-
Function instances
-
Open requests
-
Provisioned concurrency
-
Standard concurrency
To view your account's concurrency quotas in a Region, use get-account-settings
.
aws lambda get-account-settings
You should see the following output:
{ "AccountLimit": { "TotalCodeSize":<PHONE_NUMBER>0, "CodeSizeUnzipped": 262144000, "CodeSizeZipped": 52428800,
"ConcurrentExecutions": 1000, "UnreservedConcurrentExecutions": 900
}, "AccountUsage": { "TotalCodeSize": 174913095, "FunctionCount": 52 } }


Hi,
I have setup using:
emonTxV3_RFM12B_DiscreteSampling
emonTH_DHT22_DS18B20
NanodeRF_multinode_bulksend
I'm not getting "ok" from emoncms.org after most of the tranactions. Sometimes one of the nodes data is not logged for several minutes.
I have tested the new Ethercard library and EtherCardOct2012-master.
Server: <IP_ADDRESS>
NO DATA
SENDING: 1 [[0,12,323,356,0,0,27369,5487,5725,1587,5512,1250,0,5,1]]No reply continue anyway
SENDING: 1 [[0,12,326,355,0,0,27372,5487,5725,1625,5512,1250,0,6,1]]No reply continue anyway
SENDING: 1 [[0,12,325,359,0,0,27378,5487,5725,1637,5512,1262,0,6,1]]No reply continue anyway
SENDING: 1 [[0,12,325,358,0,0,27376,5487,5725,1662,5512,1262,1,7,1]]No reply continue anyway
SENDING: 1 [[0,12,324,355,0,0,27387,5487,5725,1675,5512,1262,0,7,1]]ok
SENDING: 3 [[0,12,326,356,0,0,27397,5487,5725,1700,5512,1250,1,8,1],[4,19,100,-75,396,30],[11,12,325,356,0,0,27387,5487,5712,1725,5512,1250,0,8,1]]No reply continue anyway
SENDING: 1 [[0,12,323,357,0,0,27367,5487,5712,1737,5512,1250,1,9,1]]No reply continue anyway
SENDING: 1 [[0,12,324,354,0,0,27382,5487,5725,1762,5525,1250,0,9,1]]No reply continue anyway
SENDING: 1 [[0,12,325,358,0,0,27431,5487,5725,1787,5525,1250,1,10,1]]No reply continue anyway
SENDING: 2 [[0,19,100,-75,396,30],[1,12,324,355,0,0,27380,5487,5712,1825,5525,1262,1,11,1]]No reply continue anyway
SENDING: 1 [[0,12,324,352,0,0,27358,5487,5725,1850,5525,1250,0,11,1]]No reply continue anyway
SENDING: 1 [[0,12,325,352,0,0,27357,5487,5725,1875,5525,1262,1,12,1]]No reply continue anyway
NO DATA
SENDING: 2 [[0,12,325,353,0,0,27394,5487,5725,1900,5537,1262,1,13,1],[11,12,325,352,0,0,27408,5487,5725,1925,5537,1262,0,13,1]]No reply continue anyway
SENDING: 1 [[0,12,325,355,0,0,27425,5487,5725,1937,5537,1250,1,14,1]]No reply continue anyway
SENDING: 1 [[0,12,324,353,0,0,27402,5487,5725,1950,5537,1250,0,14,1]]No reply continue anyway
SENDING: 1 [[0,12,326,355,0,0,27412,5487,5725,1987,5537,1250,0,15,1]]
NanodeRF_multinode_bulksend
My IP: <IP_ADDRESS>
GW IP: <IP_ADDRESS>
DNS IP: <IP_ADDRESS>
Host IP: <IP_ADDRESS>
Server: <IP_ADDRESS>
NO DATA
SENDING: 1 [[0,12,326,353,0,0,27444,5487,5725,2025,5550,1250,1,17,1]]No reply continue anyway
SENDING: 1 [[0,12,324,351,0,0,27381,5500,5737,2037,5550,1250,1,18,1]]No reply continue anyway
SENDING: 1 [[0,12,325,353,0,0,27396,5500,5737,2050,5550,1262,0,18,1]]ok
SENDING: 2 [[0,12,323,354,0,0,27379,5500,5737,2062,5550,1250,1,19,1],[11,12,327,355,0,0,27474,5500,5737,2075,5550,1262,0,19,1]]No reply continue anyway
SENDING: 1 [[0,12,326,354,0,0,27466,5500,5737,2087,5562,1250,1,20,1]]ok
SENDING: 1 [[0,12,326,350,0,0,27493,5500,5750,2100,5562,1250,0,20,1]]No reply continue anyway
SENDING: 1 [[0,12,327,353,0,0,27468,5500,5750,2112,5562,1250,1,21,1]]No reply continue anyway
SENDING: 1 [[0,12,326,353,0,0,27494,5512,5750,2125,5562,1250,0,21,1]]ok
SENDING: 2 [[0,19,99,-75,396,30],[2,12,326,350,0,0,27504,5512,5762,2137,5575,1250,1,22,1]]No reply continue anyway
SENDING: 1 [[0,12,329,358,0,0,27533,5512,5762,2150,5575,1250,0,22,1]]ok
SENDING: 2 [[0,12,327,353,0,0,27499,5512,5762,2162,5575,1250,1,23,1],[11,12,324,351,0,0,27474,5525,5762,2162,5575,1250,0,23,1]]No reply continue anyway
SENDING: 1 [[0,12,326,354,0,0,27498,5525,5762,2162,5575,1250,1,24,1]]No reply continue anyway
SENDING: 2 [[0,12,326,349,0,0,27511,5525,5775,2175,5587,1250,0,24,1],[2,19,100,-75,396,30]]No reply continue anyway
SENDING: 1 [[0,12,325,355,0,0,27526,5525,5775,2175,5587,1250,0,24,1]]No reply continue anyway
Regards, Siggi
Re: "No reply continue anyway". Missing "ok" reply when sending data to Emoncms.org.
I don't know the answer to your problem. As the message is getting through sometimes, the format must be correct, so I think you might be looking at how your NanodeRF and router interact. I sometimes cannot get a NanodeRF to behave properly (with the multinode sketch) yet at other times the same sketch unchanged works perfectly.
Re: "No reply continue anyway". Missing "ok" reply when sending data to Emoncms.org.
Thanks Robert,
I have been using NanodeRF_Power_RTCrelay_GLCDtemp. In my home installation. I will try that sketch.
Regards, Siggi
Re: "No reply continue anyway". Missing "ok" reply when sending data to Emoncms.org.
I'm seeing something similar, I have a Raspberry Pi set up running Node-Red to send my data to Emoncms.org. It also monitors the response it gets from the server and if it doesn't get an "OK" signal from every data it logs it. And then if there isn't a confirmed post within 60 seconds post I get an Email. I'm getting an EMail reporting Timeout errors on average about 2 times an hour.
Re: "No reply continue anyway". Missing "ok" reply when sending data to Emoncms.org.
I've been getting time outs and very slow loads on and off from http://emoncms.org/ for a few days now. Seems to me to be a server/hosting issue, is emoncms.org overloaded ?
Re: "No reply continue anyway". Missing "ok" reply when sending data to Emoncms.org.
Can confirm the same , very slow loading from emoncms.org and graphs do time out most of the time. It feels like that these problems started a few day ago. I am located in Australia.


Best foundations for combination skin 2019 - including full coverage options
High-performing foundations that deliver the perfect balancing act for oily, dry and combination skin
by Ruth Doherty, https://www.mirror.co.uk/authors/ruth-doherty/Anybody with combination skin knows that the struggle to find the perfect foundation is real.
Common problems include an oily T-zone, including forehead nose and chin, that can be prone to breakouts, while cheeks can sometimes be dry. So your base needs to have, well... all bases covered.
 Thankfully, new-gen formulas have caught up with all our complex skin needs, and there's a host of balancing bases that target more than one specific problem.
Keep scrolling to discover our roundup of the best foundation for combo skin below.
Best foundations for combination skin
1. L’Oreal Paris True Match Liquid Foundation
Clever technology means this skincare-meets-foundation nourishes and covers for a natural-looking finish.
 With 40 shades to choose from, there's a hue that's perfect for you, too.
2.  Here's why: it's packed with skin-loving vitamin C and hyaluronic acid to diminish the signs of ageing, hydrate and plump up your complexion.
It's also filled with concentrated mushroom extract that controls shine, firms and tightens large pores; and it gives a full-coverage yet non-cakey finish that's brilliant for anyone suffering with rosacea or acne, often associated with combination skin. Go, go, go.
3. Clinique Superbalanced
Makeup Here's a bit of beauty maths for you... Clinique's Superbalanced Makeup works to add moisture and subtract shine, equalling a flawless, healthy-looking complexion.
As the name suggests, it's adept at balancing oily and dry skin types, offering medium coverage with a breathable finish. What's more, it's enhanced with anti-irritants and antioxidants that will offer long-term benefits and target pesky breakouts.
4.  'Smart Technology' allow the foundation to adapt to your skin, delivering a hit of hydration where needed and regulating oil where shine's set in.
Boasting a lovely creamy formula, it's sheer and light but can be built up to fuller coverage as desired. Did we mention it also contains corrective skin tone pigments? We'll take them all.
5. Revlon ColorStay Foundation
For Combination/Oily Skin Oil going into overdrive on your T-zone? This foundation is soon to become your new BFF.
So what's it got in its arsenal? Spot-fighting salicylic acid helps to clear your complexion over time; an oil-control formula keeps that shine under wraps; and the smooth, velvety formula lasts all day without cracking or caking. It also contains SPF15 to help ward off the ageing effects of the sun's rays. What's not to love?
6. MAC Studio Fix Fluid SPF 15 Foundation
You'll find this little gem in nearly every MUA's kit bag - and for good reason. The oil-free formula contains a sebum-absorbing silica base and offers a semi-matte finish that's natural, while managing to give a healthy glow at the same time.
You'll find imperfections covered and pores diminished for a smooth finish that should last for up to eight hours.
7. Urban Decay One and Done Foundation
What we love about a hybrid? You get the best of both worlds. On one hand, there's the luminous sheen of a sheer foundation and nourishing vitamins and plant extracts; on the other, there's the light-diffusing spheres that minimise the appearance of pore and create a firmer, yet radiant, complexion. Then there's the SPF20 that's also working to protect your skin from harmful UV rays. Sign us up.
8. Bourjois 123 Perfect Foundation
Get picture-perfect in one swipe with this firm-favourite foundation. The water-based formula is super-gentle, lightweight and blends seamlessly, expertly blurring blemishes and imperfections.
Yellow pigments target dark circles, mauve pigments combat dullness, and green pigments reduce redness. Meanwhile, it's also infused with Cotton Flower, which is ultra-hydrating yet contains anti-shine properties at the same time. Meet the fresh-faced, even-toned new you.
9. NYX Professional Makeup Cant Stop Foundation
Silky meets matte in this lightweight formula that smooths and covers while also hydrating. Boasting shine-control powers that last all day long, it's also non-comedogenic, meaning it's a non-clogging liquid that won't encourage breakouts.
Suitable for oily, normal, and sensitive skin as well as combination. We've already added to basket.
10. Maybelline Dream Urban Cover SPF50
Foundation Full coverage in a weightless formula, this foundation offers the best of both worlds.
Enriched with skincare essentials like vitamins E and B3, it allows dry skin to breathe while offering long-lasting coverage that won't cling to patches. An excellent SPF50 rating also protects skin from city-life pollutants and damaging UV rays.


The Tabletop Gaming room is on Zoom and Discord this year! For a thorough overview of everything going on this year in Tabletop, check out this page including video tutorials.
Discord: Server Invite
If you're looking for a game you signed up for, enter the Zoom or Discord chat and staff or game runners will direct you.


A simple question I've been asked:
Is it possible to merge two UPDATE queries, each on different WHERE conditions, into a single query?
For example, is it possible to merge the following two UPDATE statements into one?
mysql> UPDATE film SET rental_duration=rental_duration+1 WHERE rating = 'G'; Query OK, 178 rows affected (0.01 sec) mysql> UPDATE film SET rental_rate=rental_rate-0.5 WHERE length < 90; Query OK, 320 rows affected (0.01 sec)
To verify our tests, we take a checksum:
mysql> pager md5sum PAGER set to 'md5sum' mysql> SELECT film_id, title, rental_duration, rental_rate FROM film ORDER BY film_id; c2d253c3919efaa6d11487b1fd5061f3 -
Obviously, the following query is incorrect:
mysql> UPDATE film SET rental_duration=rental_duration+1, rental_rate=rental_rate-0.5 WHERE rating = 'G' OR length < 90; Query OK, 431 rows affected (0.03 sec) mysql> pager md5sum PAGER set to 'md5sum' mysql> SELECT film_id, title, rental_duration, rental_rate FROM film ORDER BY film_id; 09d450806e2cd7fa78a83ac5bef72d2b -
Motivation
Why would you want to do that?
- While it may seem strange, the merge can be logically (application-wise) perfectly reasonable.
- The UPDATE may be time consuming - perhaps it requires full table scan on a large table. Doing it with one scan is faster than two scans.
The solution
Use a condition for the SET clauses, optionally drop the WHERE conditions.
UPDATE film SET rental_duration=IF(rating = 'G', rental_duration+1, rental_duration), rental_rate=IF(length < 90, rental_rate-0.5, rental_rate) ; mysql> pager md5sum PAGER set to 'md5sum' mysql> SELECT film_id, title, rental_duration, rental_rate FROM film ORDER BY film_id; c2d253c3919efaa6d11487b1fd5061f3 -
The above query necessarily does a full table scan. If there's a benefit to using indexes in the WHERE clause, it may still be applied, using an OR condition:
UPDATE film SET rental_duration=IF(rating = 'G', rental_duration+1, rental_duration), rental_rate=IF(length < 90, rental_rate-0.5, rental_rate) WHERE rating = 'G' OR length < 90 ;
If there is a computational overhead to the IF statement, I have not noticed it. This kind of solution plays well when each of the distinct queries requires a full scan, on large tables.
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Attenuated function of a variant form of the helix-loop-helix protein, Id-3, generated by an alternative splicing mechanism.
Abstract
The Id family of helix-loop-helix proteins function as negative regulators of DNA binding, basic helix-loop-helix proteins in the regulation of cell growth and differentiation. We report here on the identification of a 17 kDa variant of the 14 kDa Id-3 protein termed Id-3L (long version) which possesses a unique 60 amino acid carboxy-terminus generated by read through of a ' coding intron ' and alternative splicing. Northern analysis revealed expression of a minor 1.1 kb Id-3L transcript together with the predominant 0.95 kb Id-3 transcript in the majority of adult human tissues analysed. The variant Id-3L protein is functionally distinguishable from conventional Id-3 since in in vitro DNA mobility shift assays, it was greatly impaired in its ability to abrogate binding of the basic helix-loop-helix protein, E47, to an E box recognition sequence.


|
Class Summary |
| SalesTaxCaller |
SalesTaxCaller provides a higher level interface to TaxWare's sales
calculation software. |
| SalesTaxCaller.InputHeaderRecordDef |
|
| SalesTaxCaller.OutputHeader |
Output header |
| SalesTaxService |
SalesTaxService provides a simpler interface for creating TaxRequest
objects for domestic requests. |
| TaxRequest |
The TaxRequest class defines a request for tax information. |
| TaxResult |
The TaxResult class represents the result of a request for tax
information. |
| TaxService |
TaxService provides a simpler interface for creating TaxRequest
objects. |
| TaxWareCalculateTax |
Using the associated TaxService, this class calculates the
sales/world tax for the items. |
| TaxWareStatus |
This class encapsulates a standard TaxWare system response |
| TaxWareVerifyZipInfo |
This orderprocessing object verifies zipcode. |
| TrimData |
Routines to silently trim field lengths down to something
VeraZip and TaxWare can handle |
| VeraZip |
This class implements the code to call into the jverazip library. |
| VeraZipAccess |
A class that provides simplified access for
getting the correct order item off of an order. |
| VeraZipCaller |
VeraZipCaller provides an higher level interface to TaxWare's zipcode
verification software. |
| VeraZipOrderImpl |
This class exists to enable easily adding verazip support
to OrderImpl. |
| WorldTaxService |
WorldTaxService provides a simpler interface for creating TaxRequest
objects for international requests. |
| ZipInRecDef |
Defined the record def for the individual verazip input record. |
| ZipOutRecDef |
Defined the record def for the individual verazip output record. |
| ZipRequest |
The ZipRequest class defines a request for zip verification
information. |
| ZipResult |
The ZipResult class represents the result of a request for zip
verification information. |
| ZipResultItem |
The ZipResultItem class represents the result of a request for zip
verification information. |


Please see the errata for this document, which may include some normative corrections. See also translations.
Copyright � 2002 W3C� (MIT, INRIA, Keio), All Rights Reserved. W3C liability, trademark, document use and software licensing rules apply.
XML Signature [XML-DSig] recommends a standard means for specifying information content to be digitally signed and for representing the resulting digital signatures in XML. Some applications require the ability to specify a subset of a given XML document as the information content to be signed. The XML Signature specification meets this requirement with the XPath transform. However, this transform can be difficult to implement efficiently with existing technologies. This specification defines a new XML Signature transform to facilitate the development of efficient document subsetting implementations that interoperate under similar performance profiles.
This document is the W3C XML Signature XPath-Filter 2.0 Recommendation. This document has been reviewed by W3C Members and other interested parties and has been endorsed by the Director as a W3C Recommendation. It is a stable document and may be used as reference material or cited as a normative reference from another document. W3C's role in making the Recommendation is to draw attention to the specification and to promote its widespread deployment. This enhances the functionality and interoperability of the Web.
This specification was produced by the IETF/W3C XML Signature Working Group (W3C Activity Statement) which believes the specification is sufficient for the creation of independent interoperable implementations as demonstrated in the Interoperability Report.
Patent disclosures relevant to this specification may be found on the Working Group's patent disclosure page, in conformance with W3C policy, and the IETF Page of Intellectual Property Rights Notices, in conformance with IETF policy. At the time of publication, there are no declarations specific to this document.
Please report errors in this document to<EMAIL_ADDRESS>(archive).
The list of known errors in this specification is available at http://www.w3.org/2002/11/xpath-filter2-errata.
The English version of this specification is the only normative version. Information about translations of this document (if any) is available http://www.w3.org/Signature/2002/02/xmldsig-translations
A list of current W3C Technical Reports can be found at http://www.w3.org/TR/.
The XML Recommendation [XML] specifies the syntax of a class of objects called XML documents. The Namespaces in XML Recommendation [XML-NS] specifies additional syntax and semantics for XML documents. The XML Signature Recommendation [XML-DSig] defines standard means for specifying information content to be digitally signed, including the ability to select a portion of an XML document to be signed using an XPath transform.
This specification describes a new signature filter transform that, like the XPath transform [XML-DSig, section 6.6.3], provides a method for computing a portion of a document to be signed. In the interest of simplifying the creation of efficient implementations, the architecture of this transform is not based on evaluating an [XPath] expression for every node of the XML parse tree (as defined by the [XPath] data model). Instead, a sequence of XPath expressions is used to select the roots of document subtrees — location sets, in the language of [XPointer] — which are combined using set intersection, subtraction and union, and then used to filter the input node-set. The principal differences from the XPath transform are:
As with the original XPath transform, the primary purpose of this transform is to ensure that only specifically defined changes to the input XML document are permitted after the signature is affixed. This can be done by excluding precisely those nodes that are allowed to change once the signature is affixed, and including all other input nodes in the output. It is the responsibility of the signature filter transform author to ensure that nodes are not excluded which could affect the interpretation of the transform output in the application context.
Consider the motivating scenario where an application wishes to affix two enveloped signatures to the document; any other change to the document must cause the signatures to be invalid. When the application creates the first signature that signature is automatically omitted from its own digest calculations. However, it will also be necessary to exclude the subsequent (second) signature element from the digest calculations of the first signature. This specification can be used to efficiently satisfy this requirement using the set subtraction operation.
This transform also supports the ability to specify a set of nodes that will be included in a signature, with all non-specified nodes being excluded. This formulation is useful for isolating a portion of a document, such as a chapter of a document, or a payload in a protocol message, and can be expressed using the set intersection operation.
Complete familiarity with the first XML Signature XPath Transform [XML-DSig, section 6.6.3] is required.
The following people provided valuable feedback that improved the quality of this specification:
The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in RFC 2119 [Keywords].
The XPath 1.0 Recommendation [XPath] defines the term node-set as "(an unordered collection of nodes without duplicates)" and specifies a data model for representing an input XML document as a set of nodes of various types (element, attribute, namespace, text, comment, processing instruction, and root).
An input document is the document that contains all the nodes available to processing by this transform. A document subset is a portion of an XML document indicated by an XPath node-set, which may not include all of the nodes in the document. For example, the input node-set is a collection of XPath nodes from the input document that is passed as a parameter to this transform. A subtree rooted by a given node is a document subset containing the given node and every node having the given node as an ancestor. Subtree expansion is the process of expanding a node-set to include all subtrees rooted at any node in the node-set. For example, the subtree expansion of a node-set consisting of just a single element node would be a node-set containing that element, its attribute nodes, namespace nodes, and all its descendants including their attribute nodes and namespaces nodes.
The XML Signature Recommendation [XML-DSig] defines a reference as a sequence of steps performed to obtain an octet stream to be digitally signed. A transform is an identified algorithm to be used as a step in the reference processing model. A transform takes an octet stream or XPath node-set as input, and it produces an octet stream or XPath node-set as output (the reference processing model automatically converts the final output to an octet stream if it is an XPath node-set).
The transform operates by computing a node-set that is used to filter the
input node-set: The output node-set consists of only those nodes in both the
input node-set and the filter node-set. In other words, the output node-set
is the intersection of the input node-set and the computed filter
node-set.
The filter node-set is computed by evaluating a sequence of XPath expressions and combining their results. A node-set is initially computed containing the entire input document. In sequence, each XPath expression is then evaluated, subtree-expanded, and then used to transform the filter node-set according to a specified set operation; intersection, subtraction, or union. After all XPaths have been applied, the resulting node-set is used as the filter node-set.
The XML Signature Recommendation [XML-DSig] uses a [URI] to identify each algorithm to be performed when creating or validating a signature. The signature filter transform is identified as follows:
The signature filter transform shall be represented by a sequence of one
or more elements named XPath
. The content of XPath
is character data containing an XPath expression. The XPath
has
an attribute named Filter
whose possible values are
intersect
, subtract
, and union
. The
Filter
attribute indicates the set operation that is performed
with the resulting node-set when computing the filter node-set. The following
is an example of markup for a signature filter that signs the entire input
node-set except for elements with identifier foo and bar
(and all nodes with one of those elements as an ancestor):
<XPath Filter="subtract" xmlns="http://www.w3.org/2002/06/xmldsig-filter2"> id("foo bar") </XPath>
Schema Definition: <?xml version="1.0" encoding="utf-8"?> <!DOCTYPE schema PUBLIC "-//W3C//DTD XMLSchema 200102//EN" "http://www.w3.org/2001/XMLSchema.dtd" [ <!ATTLIST schema xmlns:xf CDATA #FIXED 'http://www.w3.org/2002/06/xmldsig-filter2'> <!ENTITY xf 'http://www.w3.org/2002/06/xmldsig-filter2'> <!ENTITY % p ''> <!ENTITY % s ''> ]> <schema xmlns="http://www.w3.org/2001/XMLSchema" xmlns:xf="http://www.w3.org/2002/06/xmldsig-filter2" targetNamespace="http://www.w3.org/2002/06/xmldsig-filter2" version="0.1" elementFormDefault="qualified"> <element name="XPath" type="xf:XPathType"/> <complexType name="XPathType"> <simpleContent> <extension base="string"> <attribute name="Filter"> <simpleType> <restriction base="string"> <enumeration value="intersect"/> <enumeration value="subtract"/> <enumeration value="union"/> </restriction> </simpleType> </attribute> </extension> </simpleContent> </complexType> </schema>
DTD: <!ELEMENT XPath (#PCDATA) > <!ATTLIST XPath Filter (intersect|subtract|union) #REQUIRED >
The input required by this transform is an XPath node-set over the input document. If the input document is an octet stream, then the application MUST convert the octet stream to an XPath node-set that contains all of the document nodes (including comment nodes). The evaluation context for the XPath expressions in the filter transform will be:
XPath
element.The function here()
is defined as
follows:
The here() function returns
a node-set containing the attribute or processing instruction node or the
parent element of the text node that directly bears the XPath expression. In
this transform, this will be the XPath
element. This expression
results in an error if the containing XPath expression does not appear in the
same XML document against which the XPath expression is being evaluated.
Using the aforementioned evaluation
context, the signature filter transform evaluates the XPath expressions
appearing in the character content of the XPath
elements and
uses these to compute a filter node-set F, which is then used to
filter the input node-set I resulting in an output node-set
O:
Filter
attribute value is intersect,
then compute the intersection of the selected subtrees, S',
with the filter node-set F. The result will include only
those nodes that are in both the filter node-set and the selected
subtrees: F' = F INTERSECT S'.Filter
attribute value is subtract,
then compute the subtraction of the selected subtrees, S',
from the filter node-set F. The result will include only
those nodes that are in the filter node-set, but not the selected
subtrees: F' = F - S'.Filter
attribute value is
union, then compute the union the selected subtrees,
S', with the filter node-set F. The result will
include all those nodes that are in either the filter node-set, the
selected subtrees, or both: F' = F UNION S'.In this processing model, the conversion from a subtree interpretation of the XPath expressions to a node-set containing all nodes that must be used during the set operation, along with actual performance of the set operation, is described explicitly. Implementors SHOULD observe that it is possible to compute the effective result of this operation in a single pass through the input document without performing subtree expansion or any set operations:
Implementers MAY further observe that, if this transform is followed by a canonicalization operation (e.g., [XML-C14N]), the described filter computation can be efficiently commingled with the document-order canonicalization processing.
The example below illustrates one way to create an enveloped signature
with the signature filter transform. The function
here() identifies the XPath
element,
and the subsequent location path obtains the nearest ancestor
Signature
element. Due to the subtract value of the
Filter
attribute, the output of the signature filter transform
is a node-set containing every node from the input node-set except the nodes
in the subtree rooted by the Signature
element containing the
example signature filter transform below.
<XPath Filter="subtract" xmlns="http://www.w3.org/2002/06/xmldsig-filter2" xmlns:dsig="http://www.w3.org/2000/09/xmldsig#"> here()/ancestor::dsig:Signature[1] </XPath>
A suitable signature reference URI to use with this subtract filter would
be URI=""
(the entire signature document, without comments),
URI="#xpointer(/)"
(the entire signature document, with
comments) or any same-document reference that includes the signature
itself.
An example of an intersect filter is a signature that co-signs another
signature. In this example, a Signature
element identified by
PrimaryBorrowSig must be signed. The XPath expression obtains the
element node, and the transform expands the output node-set to contain all
nodes from the input node-set that are also in the subtree rooted by the
element node.
<XPath Filter="intersect" xmlns="http://www.w3.org/2002/06/xmldsig-filter2"> id("PrimaryBorrowerSig") </XPath>
This type of intersect filter is useful for efficiently signing subsets of
a document, whether this is the same document as the signature or an external
document. For example, if the signature reference URI is
URI="document.xml"
, then this document will be automatically
parsed and just the identified element and its descendants will be signed.
Union filters, by themselves are of no particular use: The initial filter node-set consists of the entire input document; any union with this will have no effect, so the output of the transform will be identical to the input. The union operation is intended to follow a subtract operation, to allow a subtree to be removed, with the exception of a lower subtree which is still included in the output.
Consider the following document which contains a same-document enveloped signature reference with an XPath filter containing three XPath operations:
<Document> <ToBeSigned> <!-- comment --> <Data /> <NotToBeSigned> <ReallyToBeSigned> <!-- comment --> <Data /> </ReallyToBeSigned> </NotToBeSigned> </ToBeSigned> <ToBeSigned> <Data /> <NotToBeSigned> <Data /> </NotToBeSigned> </ToBeSigned> <dsig:Signature xmlns:dsig="http://www.w3.org/2000/09/xmldsig#" xmlns:dsig-xpath="http://www.w3.org/2002/06/xmldsig-filter2"> <dsig:SignedInfo> ... <dsig:Reference URI=""> <dsig:Transforms> <dsig:Transform Algorithm="http://www.w3.org/2002/06/xmldsig-filter2"> <dsig-xpath:XPath Filter="intersect"> //ToBeSigned </dsig-xpath:XPath> <dsig-xpath:XPath Filter="subtract"> //NotToBeSigned </dsig-xpath:XPath> <dsig-xpath:XPath Filter="union"> //ReallyToBeSigned </dsig-xpath:XPath> </dsig:Transform> </dsig:Transforms> ... </dsig:Reference> </dsig:SignedInfo> ... </dsig:Signature> </Document>
The intersect operation computes the intersection of the XPath-selected
subtrees with the filter node-set. In this case, the filter node-set
initially contains the entire input document, and the XPath expression
evaluates to the two ToBeSigned
elements; these are expanded to
include all their descendents and intersected with the filter node-set,
resulting in the following:
<ToBeSigned> <!-- comment --> <Data /> <NotToBeSigned> <ReallyToBeSigned> <!-- comment --> <Data /> </ReallyToBeSigned> </NotToBeSigned> </ToBeSigned><ToBeSigned> <Data /> <NotToBeSigned> <Data /> </NotToBeSigned> </ToBeSigned>
The subtract filter computes the subtraction of the XPath-selected
subtrees from the filter node-set. In this case, the XPath expression
evaluates to the two NotToBeSigned
elements; these are expanded
to include all their descendents and subtracted from the filter node-set:
<ToBeSigned> <!-- comment --> <Data /> </ToBeSigned><ToBeSigned> <Data /> </ToBeSigned>
Next, the union filter computes the union of the XPath-selected subtrees
with the filter node-set. In this case, the XPath expression evaluates to the
ReallyToBeSigned
element; this is expanded to include all its
descendents and added to the filter node-set:
<ToBeSigned> <!-- comment --> <Data /> <ReallyToBeSigned> <!-- comment --> <Data /> </ReallyToBeSigned> </ToBeSigned><ToBeSigned> <Data /> </ToBeSigned>
Finally, this resulting filter node-set is used to transform the input node-set. In this example, the input node-set is the entire document, with comments removed. The transformed node-set will thus be all those nodes from the input document, less comments, that are also in the filter node-set:
<ToBeSigned> <Data /> <ReallyToBeSigned> <Data /> </ReallyToBeSigned> </ToBeSigned><ToBeSigned> <Data /> </ToBeSigned>
Note that the result contains no nodes that were not in the input node-set. Although the filter node-set included comments, these were not present in the input node-set so they are not present in the output node-set.
This signature filter does not provide any increased capability over the original XPath transform. For example, this reference could be replicated using the XPath transform as follows.
<dsig:Reference URI=""> <dsig:Transforms> <dsig:Transform Algorithm="http://www.w3.org/TR/1999/REC-xpath-19991116"> <dsig:XPath> (ancestor-or-self::ToBeSigned and not (ancestor-or-self::NotToBeSigned)) or ancestor-or-self::ReallyToBeSigned </dsig:XPath> </dsig:Transform> </dsig:Transforms> ... </dsig:Reference>
The advantage of the signature filter transform over the XPath transform is that the latter requires evaluation of a potentially-complex expression against every node in the input set, which has has proved costly in practice for many useful operations. This specification's filter requires evaluation of simple XPath expressions and then the execution of some basic set operations or their equivalent, which can be implemented significantly more efficiently.


See: Description
| Interface | Description |
|---|---|
| AttributeException |
Interface AttributeException is a mixin interface which a subclass of
PrintException can implement to report an error condition
involving one or more printing attributes that a particular Print
Service instance does not support. |
| CancelablePrintJob |
This interface is used by a printing application to cancel a
print job.
|
| Doc |
Interface Doc specifies the interface for an object that supplies one piece
of print data for a Print Job.
|
| DocPrintJob |
This interface represents a print job that can print a specified
document with a set of job attributes.
|
| FlavorException |
Interface FlavorException is a mixin interface which a subclass of
PrintException can implement to report an error condition
involving a doc flavor or flavors (class DocFlavor ). |
| MultiDoc |
Interface MultiDoc specifies the interface for an object that supplies more
than one piece of print data for a Print Job.
|
| MultiDocPrintJob |
Obtained from a MultiDocPrintService, a MultiDocPrintJob can print a
specified collection of documents as a single print job with a set of
job attributes.
|
| MultiDocPrintService |
Interface MultiPrintService is the factory for a MultiDocPrintJob.
|
| PrintService |
Interface PrintService is the factory for a DocPrintJob.
|
| URIException |
Interface URIException is a mixin interface which a subclass of
PrintException can implement to report an error condition
involving a URI address. |
| Class | Description |
|---|---|
| DocFlavor |
Class
DocFlavor encapsulates an object that specifies the
format in which print data is supplied to a DocPrintJob . |
| DocFlavor.BYTE_ARRAY |
Class DocFlavor.BYTE_ARRAY provides predefined static constant
DocFlavor objects for example doc flavors using a byte array
(
byte[] ) as the print data representation class. |
| DocFlavor.CHAR_ARRAY |
Class DocFlavor.CHAR_ARRAY provides predefined static constant
DocFlavor objects for example doc flavors using a character array
(
char[] ) as the print data representation class. |
| DocFlavor.INPUT_STREAM |
Class DocFlavor.INPUT_STREAM provides predefined static constant
DocFlavor objects for example doc flavors using a byte stream (
java.io.InputStream ) as the print
data representation class. |
| DocFlavor.READER |
Class DocFlavor.READER provides predefined static constant DocFlavor
objects for example doc flavors using a character stream (
java.io.Reader ) as the print data
representation class. |
| DocFlavor.SERVICE_FORMATTED |
Class DocFlavor.SERVICE_FORMATTED provides predefined static constant
DocFlavor objects for example doc flavors for service formatted print
data.
|
| DocFlavor.STRING |
Class DocFlavor.STRING provides predefined static constant DocFlavor
objects for example doc flavors using a string (
java.lang.String ) as the print data representation class. |
| DocFlavor.URL |
Class DocFlavor.URL provides predefined static constant DocFlavor
objects.
|
| PrintServiceLookup |
Implementations of this class provide lookup services for
print services (typically equivalent to printers) of a particular type.
|
| ServiceUI |
This class is a collection of UI convenience methods which provide a
graphical user dialog for browsing print services looked up through the Java
Print Service API.
|
| ServiceUIFactory |
Services may optionally provide UIs which allow different styles
of interaction in different roles.
|
| SimpleDoc |
This class is an implementation of interface
Doc that can
be used in many common printing requests. |
| StreamPrintService |
This class extends
PrintService and represents a
print service that prints data in different formats to a
client-provided output stream. |
| StreamPrintServiceFactory |
A
StreamPrintServiceFactory is the factory for
StreamPrintService instances,
which can print to an output stream in a particular
document format described as a mime type. |
| Exception | Description |
|---|---|
| PrintException |
Class PrintException encapsulates a printing-related error condition that
occurred while using a Print Service instance.
|
An application invokes the static methods of the abstract class
PrintServiceLookup
to locate print
services that have the capabilities to satisfy the application's print
request. For example, to print a double-sided document, the application
first needs to find printers that have the double-sided printing capability.
The JDK includes PrintServiceLookup
implementations that
can locate the standard platform printers. To locate other types of printers,
such as IPP printers or JINI printers, a print-service provider can write
implementations of PrintServiceLookup
. The print-service provider
can dynamically install these PrintServiceLookup
implementations
using the
SPI JAR file specification.
javax.print.attribute
and javax.print.attribute.standard
packages define print attributes, which describe the capabilities of a print
service, specify the requirements of a print job, and track the progress of
a print job.
The javax.print.attribute
package describes the types of attributes and
how they can be collected into sets. The javax.print.attribute.standard
package enumerates all of the standard attributes supported by the API, most
of which are implementations of attributes specified in the IETF Specification,
RFC 2911 Internet Printing Protocol, 1.1: Model and Semantics, dated
September 2000. The attributes specified in javax.print.attribute.standard
include common capabilities, such as: resolution, copies, media sizes,
job priority, and page ranges.
DocFlavor
class represents the print data
format, such as JPEG or PostScript. A DocFlavor
object
consists of a MIME type, which describes the format, and a document
representation class name that indicates how the document is delivered
to the printer or output stream. An application uses the
DocFlavor
and an attribute set to find printers that can
print the document type specified by the DocFlavor
and have
the capabilities specified by the attribute set.
DocFlavor
.DocFlavor
and the attribute set.Doc
object encapsulating the
DocFlavor
and the actual print data, which can take many forms including: a Postscript
file, a JPEG image, a URL, or plain text.DocPrintJob
,
from the print service.FileInputStream psStream; try { psStream = new FileInputStream("file.ps"); } catch (FileNotFoundException ffne) { } if (psStream == null) { return; } DocFlavor psInFormat = DocFlavor.INPUT_STREAM.POSTSCRIPT; Doc myDoc = new SimpleDoc(psStream, psInFormat, null); PrintRequestAttributeSet aset = new HashPrintRequestAttributeSet(); aset.add(new Copies(5)); aset.add(MediaSize.A4); aset.add(Sides.DUPLEX); PrintService[] services = PrintServiceLookup.lookupPrintServices(psInFormat, aset); if (services.length > 0) { DocPrintJob job = services[0].createPrintJob(); try { job.print(myDoc, aset); } catch (PrintException pe) {} }
Please note: In the javax.print APIs, a null reference parameter to methods is incorrect unless explicitly documented on the method as having a meaningful interpretation. Usage to the contrary is incorrect coding and may result in a run time exception either immediately or at some later time. IllegalArgumentException and NullPointerException are examples of typical and acceptable run time exceptions for such cases.
Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


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Method Chaining to the Madness
25 Feb 2015I said I'd write a little bit about some of the challenges I encountered while writing the CSV Geocoder utility. So here's a small problem and solution:
Problem:
The purpose of the class is very simple. I want to add geocode data to the CSV, then write it to a file. So I write a method like write_csv_with_geocode(file)
that joins the CSV with the geocode data and then writes it to a file. However, this violates the single responsibility per method principle. It does two things: adds the geocode data, then writes it to a file.
def write_csv_with_geocode(file)
merge_csv_with lat_lngs
CSV.open(file, 'wb') do |csv|
@csv.each do |row|
csv << row
end
end
end
I could break the method out into two separate methods, but I know that in 99% of the use cases, the user will want to add_geocode then write. The two responsibilities are intimately related in this case. So the user would have to type two methods (three if you count the initializer) instead of one every time, like this:
data = CSVGeocoder.new 'data.csv'
data.add_geocode
data.write 'data_with_geocode.csv'
which wouldn't be so bad if it weren't something they'd have to do every time for such a simple task.
The upside of having it all in one method is that I can accomplish two related tasks in one method call instead of having to call both of them separately every time.
Solution:
Chaining! I make add_geocode assign the new value to an instance variable, then return self (returning self is the key to making methods chainable). Then the write method takes the instance variable and writes it to a CSV file. So now the user can do the simple task in one line, and the operations are also separated into their own methods. Best of both worlds! In fact, I realized I could do the same with all of the methods in the class, so that you could now write the following line:
CSVGeocoder.new('data.csv').add_geocode.write 'data_with_geocode.csv'
Isn't it pretty? Here's the new code:
def add_geocode
@new_csv = merge_csv_with lat_lngs
self
end
def write(file)
CSV.open(file, 'wb') do |csv|
@new_csv.each do |row|
csv << row
end
end
end
What do you think?
Is chaining a good solution to this problem? How would you have done it? Also: are there other ways I could improve this class?


If a <target_branch> is ahead of a <source_branch>, you may encounter conflicts. This page describes how to manually resolve merge conflicts.
Microsoft Visual Studio Code is the best tool (in my opinion) to resolve merge conflicts.
If a <target_branch> is ahead of a <source_branch>, you may encounter conflicts. This page describes how to manually resolve merge conflicts.
Microsoft Visual Studio Code is the best tool (in my opinion) to resolve merge conflicts.
Note: this assumes that the merge has already been attempted and conflicts were reported.
| Action | Command | ||
|---|---|---|---|
| Start Visual Studio Code | ------------- | ||
| Navigate to the local git repository | Click 'File | Open Folder...' | ||
| Open a terminal window | Click 'Terminal | New Terminal' | ||
| Navigate to Source Control | Click 'View | SCM' | ||
| Select file with conflict | Under 'Merge Changes' select the file with a 'C' on the right hand side | ||
| Navigate to the conflict | <<<<<<< HEAD
code from target_branch ======= code from source_branch >>>>>>> <source_branch> | ||
| Resolve the conflict | Above '<<<<<<< HEAD', click either:
| ||
| Perform the above two steps until all conflicts have been resolved | ------------- | ||
| Save the file, close the file | Click 'File | Save', Click 'File | Close Editor' | ||
| 'Stage' the changed file | Click the 'Plus' icon. The icon is visible when you hover over the file. Note: the file may not appear in the 'staged changes' section if you have chosen the changes that are already in the <target_branch> | ||
| Conclude resolving conflicts | git merge --continue | ||
| Enter the commit message, then close commit window | In the editor window, enter the commit message on the first line. Click 'File | Close Editor' |


| Author | Rob Hamerling , Copyright © 2010, all rights reserved. |
| Adapted-by | Rob Hamerling (set ACQT bits to 0b000). |
| Compiler | 2.4n |
This library provides a procedure to configure ADC clock according to ADC constraints about Tad values and PIC's clock speed . Selecting the appropriate ADC clocking is critical. Not all PICs have the same min/max values for Tad. See the ADC-chapter in the datasheet for the actual limits. Some PICs can go faster than 20MHz, like 18F. LF-PICs don't follow the same rules as the F-PICS (see 18F4550 and 18LF4550 for instance). How to obtain a general rule of thumb? For some popular PICs we find: For 16F88, and for many other PICs: 1.6 < Tad < 6.4 (microseconds) For 18F4550 (and other 18F PICs): 0.8 < Tad < 25 (microseconds) . The ADC libraries use 2 constants as minimum and maximum Tad values. The constants should contain a value 10 times as large as these limits expressed in microseconds. The following values are used by the library as defaults: . for 18F family: ADC_MIN_TAD = 8 (0.8 us) ADC_MAX_TAD = 250 (25 us) . for other PICs: ADC_MIN_TAD = 16 (1.6 us) ADC_MAX_TAD = 250 (16 us) . When these values are not acceptable alternate values may be specified by the user *** before *** including the ADC library. . The library will select the shortest possible Tad. A warning will be issued when it is not possible to derive a value for Tad within the limits of ADC_TAD_MIN and ADC_TAD_MAX with the current clock speed. In that case the internal RC oscillator of the ADC module will be selected automatically (Frc). When this is not desired alternate values for ADC_TAD_MIN and/or ADC_TAD_MAX must be specified, or an alternate clock speed must be used.
- This is a rewrite of a previous version of this library. - The device files contain a constant ADC_ADCS_BITCOUNT to indicate the number of bits of the ADCS variable of 'this' PIC. Clock devider selection bits (ADCS) can bit*2 or bit*3 or none. - when bit*2: divisor is 2, 8 or 32 - when bit*3: divisor is 2, 4, 8, 16, 32 or 64 ADCS bits may be scattered over different registers. When this is the case the device file contains a pseudo-variable ADCON0_ADCS to hide the scattering. Some PICs with ADC module have no ADCS bits at all (10F220/220)!
No dependency found
var byte tad_value
Calculated Tad value (result of procedure _adc_init_clock())
_adc_init_clock()
Set ADCS bits to obtain correct ADC timing


Apollo 11
Apollo 11 was the spaceflight that landed the first humans, Americans Neil Armstrong and Buzz Aldrin, on the Moon on July 20, 1969, at 20:18 UTC. Armstrong became the first to step onto the lunar surface 6 hours later on July 21 at 02:56 UTC.
Armstrong spent about three and a half two and a half hours outside the spacecraft, Aldrin slightly less; and together they collected 47.5 pounds (21.5 kg) of lunar material for return to Earth. A third member of the mission, Michael Collins, piloted the command spacecraft alone in lunar orbit until Armstrong and Aldrin returned to it for the trip back to Earth.
Broadcasting and quotes
Broadcast on live TV to a world-wide audience, Armstrong stepped onto the lunar surface and described the event as:
One small step for [a] man, one giant leap for mankind.
Apollo 11 effectively ended the Space Race and fulfilled a national goal proposed in 1961 by the late U.S. President John F. Kennedy in a speech before the United States Congress:
[...] before this decade is out, of landing a man on the Moon and returning him safely to the Earth.
Technical details
Launched by a Saturn V rocket from Kennedy Space Center in Merritt Island, Florida on July 16, Apollo 11 was the fifth manned mission of NASA's Apollo program. The Apollo spacecraft had three parts:
- Command Module with a cabin for the three astronauts which was the only part which landed back on Earth
- Service Module which supported the Command Module with propulsion, electrical power, oxygen and water
- Lunar Module for landing on the Moon.
After being sent to the Moon by the Saturn V's upper stage, the astronauts separated the spacecraft from it and travelled for three days until they entered into lunar orbit. Armstrong and Aldrin then moved into the Lunar Module and landed in the Sea of Tranquility. They stayed a total of about 21 and a half hours on the lunar surface. After lifting off in the upper part of the Lunar Module and rejoining Collins in the Command Module, they returned to Earth and landed in the Pacific Ocean on July 24.
Source: Wikipedia.org


{% extends "details.html" %}
{% from 'macros/announces.html' import shop_announces_list %}
{% from 'macros/details.html' import details, detail, details_link_list %}
{% from 'macros/jumbotron.html' import jumbotron %}
{% block jumbotron %}
{{ jumbotron(equipment.name, 'equipments') }}
{% endblock %}
{% block details %}
{{ details([
detail('Name', equipment.name),
detail('Manufacturer', equipment.manufacturer_name),
detail('Equipment Type', equipment.type_name),
detail('Description', equipment.description),
details_link_list('Associated sports', equipment.associated_sports, 'sports.sport_details')]) }}
{% endblock %}
{% block associated_items %}
{{ shop_announces_list(equipment.announces) }}
{% endblock %}


--- page: body_class: 'container mt-1' view: 'Enter Data' bindings: - name: 'expedition' only_if: '{{ qs `id` }}' resource: '/api/expeditions/{{ qs `id` }}' optional: true - name: 'mobileOrganisms' resource: '/api/mobile-organisms/' params: sort: commonName limit: false fields: 'commonName,latinName' - name: 'sessileOrganisms' resource: '/api/sessile-organisms/' params: sort: commonName limit: false fields: 'commonName,latinName' includes: protocolSiteConditions: '/expeditions/_submit-protocol-site-conditions.html' protocolOysterMeasurements: '/expeditions/_submit-protocol-oyster-measurements.html' protocolMobileOrganisms: '/expeditions/_submit-protocol-mobile-organisms.html' protocolSessileOrganisms: '/expeditions/_submit-protocol-sessile-organisms.html' protocolWaterQuality: '/expeditions/_submit-protocol-water-quality.html' protocolWildOysterSurvey: '/expeditions/_submit-protocol-wild-oyster-survey.html' ---
Expand the steps below to submit data from your monitoring expedition. To make your expedition public, click "Save and Publish" at the bottom of this page.


TOP 100 HIGHEST GROSSING FILMS
In millions per unit Grouped By Genre
API Source:
FCC Movie Data
GitHub:
Shartrooper


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But it did! There was a critical error. This is not you fault.
Please include the following ID in your error report to us. We will fix it as quickly as possible:
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생각하고 표현하길 좋아하는 대학원생입니다. 암호로 수학을 활용하는 걸 좋아합니다. 피아노와 드럼을 치며, 영화와 글짓기에도 관심이 많습니다.
Hi, I am a graduate student who likes to think and express. I enjoy the way cryptography utilizes math. I play the piano and drum, and I am also interested in movies and writing.
The paper "Efficient Homomorphic Evaluation on Large Intervals" was published in IEEE Transactions on Information Forensics and Security.
The paper "Privacy-Preserving Text Classification on BERT Embeddings with Homomorphic Encryption" was presented at NAACL 2022.
The paper "Efficient verifiable computation over quotient polynomial rings" was published in International Journal of Information Security.
The paper "Secure tumor classification by shallow neural network using homomorphic encryption" was published in BMC Genomics.