{% extends PATH+"/inc/layout_case.html" %} {% block case_nav_left %}{{ case_nav('onlineapp') }}{% endblock %} {% block case_content %}
16th May 2018
Application reference: KDJ1234
Submission date: 15/05/2108 15:58:45
Version of questions: 23.01
Full name: Oliver Reed
Date of birth: 27/01/1962
Address: 101 The Towers, Feltham Grove, Manchester
Postcode: MU99 9ZZ
Who do you want to be contacted about your condition, award or application: Someone else Your representative
This should be someone you trust and who can talk about your condition
Their name: Michael Winners
Their phone number: 07777 777777
What's your relationship to this person: Employment adviser
Your employment status: employed
Your job title: head of burgers
Your employer: MacDonalds
Address: The Burger House, 21 Main Street, Munchester
Postcode: MU1 1ZZ
Their name: Celia Tasty
Phone number: 0111 1234567
Email address<EMAIL_ADDRESS>How long have you been in your current job or role: Less thean 6 weeks
Work start date: 30/04/2018
How many days a week do you currently work: 5
How many hours a week do you usually work: 20
What are your conditions or disabilities: Deaf and on the Autism spectrum
Do you want some help to get to work: No
Does your condition make it harder for you to do your job: Yes
How is it harder: Because I am deaf I find it hard to communicate with people. It's difficult to understand what is being said in meetings and training sessions. I get anxious and become short tempered because of the Autism and can be left out of things because it effects my behaviour.
Do you do anything to get around these problems at the moment: No
Do you know what help you need: Yes
What would help you: Having a Brittish Sign Language interpreter for certain things at work. Not being placed in stressgul situations to prevent my outbursts
By sending this application your agree that:
- the information in this application is correct as far as you know
- you'll tell the Access to Work unit about any changes to your condition or circumstances, eg if your place of work changes
- you agree to the email terms
It might be a criminal offence if you knowingly give false information or don't report anything that wouold affect your grant, eg if your condition improves or you chnage where you work.
I agree - send my application
Application copied {% endblock %} {% block footer_top %} {{ super() }} {% endblock %}


Spoonflower is an online digital printing company that combines a design platform with e-commerce while also being a factory in the US and Germany.
I was introduced to the company as a freelance designer in 2008, then joined as an operations team member in 2013.
During my time there, I explored various positions within the company as Customer Service Associate and Company Buyer. I really enjoyed, and took advantage of the "Startup Life" and worked on many collaborations with designers, marketing and clients. I used my interpersonal, empathy and industry knowledge to help the company grow, while also having a creative outlet as an Independent Designer, Marketing helper, Brand Ambassador and frequent Blog Collaborator.
You can learn more about my tasks within the Customer Service and Buying in my Resume, this page is to feature my design and web content work.
DESIGN
During my time in Spoonflower I created countless designs for the website, office and marketing collateral.
I also entered, and always made Top 5 Employee Design Challenges. Winning in 2015, my prize was a custom-upholstered chair made with my Winning Design "Mod Flowers".
FUNNY VIDEOS
If I was good at design and content creation, I think I was better at making a fool out of myself and collaborating to create funny, silly, improptu videos.
Often, I'd be asked in the middle of a crazy-busy day to participate in videos, sometimes dancing, sometimes acting, sometimes coming up with rhymes.
If anything, you can at least see I can come up with poems on the fly.
WEB CONTENT
Over the years, I created over a dozen content pages for Spoonflower as a collaborator. From instructional blog posts, to in-person design classes.
Most of my content was instructional, to help clients learn not only how to use the Spoonflower platform, but also teach that design is fun.
As Spoonflower, an online fabric and paper printing company, started up and grew, I also developed as a designer and a professional. While holding various titles in the company, I was also approached frequently for graphic and illustration work. There's a lot that one does in three years with a startup company, but below are some of my favorite projects.
HOLIDAY GIFTWRAP DESIGN & TUTORIAL
I was approached by the marketing team to create a design class for Spoonflower customers, as a long-term goal, we wanted to teach everyone, independently from age and skills, to learn to design using Spoonflower's website and tools. As we wanted this to be a standing signature course, I planned for a series of holiday themed courses, to cater all levels of design-knowledge, I created some illustrations with Adobe Illustrator so that students could use as a starting point, upload, change colors, add elements, etc. I created an online tutorial and also taught two classes in Spoonflower's Durham location.
For the online tutorial, I planed the course in steps, developed screenshots with notes, and created the blog post. Creating this tutorial introduced me to design thinking at a deeper level, I experimented placing myself in the customer's shoes and realizing their journey which in turn helped me develop a simple, stress-free set of instructions that students ranging from 8 to 80 years old could understand and follow.
I was challenged with coming up with a second class, I knew that Valentine's Day was coming up, and we wanted to promote more uses for Spoonflower's giftwrap as sales were a bit slow. As a mom, I knew that $15 plus shipping for a roll of paper needed to be super special, so, my plan was to introduce this paper as something that could be used for custom crafting. This is where the candy wrapper idea came to mind.
What if your kid could come to school with specially wrapped chocolate, versus those Valentine's cards? After some measurements and tests, I came up with the template for a basic bar of chocolate, and found an online free software where students could easily grab and personalize free graphics for personal use. This would prevent the need for me to create too many illustrations, and, dabble with Illustrator with students that perhaps did not have access to this.
While working in the Customer Service department in Spoonflower, I realized more and more that a large amount of customers that would get in touch with us did not have design software or designed for a living. So, the idea of creating a few tutorials using free software and beginner's terms to help people realize their designs and meet their needs quickly.
It had been years since I used MS Paint, but I knew it was something that customers tried to use a lot. In Spoonflower we only had Apple products, so, woking from home for a day from a computer that my teenage daughter eventually stole from me to play The Sims {sigh}, I created this tutorial, which became a great tool for the department to use to help customers complete their projects.
This was, up to that date, the single most visited, shared, and engaged {all organically} Spoonflower tutorial. I really enjoyed working with kids, and teaching them design skills, this is where the idea of creating these stuffed dolls came from.
For this project, I used my sewing and pattern-making skills to create the sewing pattern of these dolls, I designed four doll versions, so that kids would have a lot to choose from.
Utilizing Spoonflower's website, kids could change the doll's hair, eye, skin, and clothing colors. Utilizing other free online tools for personal use, they were able to add details to the dolls like glasses, mustaches, tattoos, etc.
I designed The Greenhouse's holiday party photo backdrop. Since this was a holidy party, I wanted to add winter elements, but, because the community that attended was based on crafters, sewists, and similar interested folks, I decided that snowflakes that could double as doilies would be just what would do the trick.
HALLOWEEN TRICK OR TREAT BAGS
This tutorial was created to help Spoonflower promote their new fabric, Satin, at the time. It came out just in time for Halloween season so a custom trick or treat bag tutorial was a good option for this.
For this project I created a sewing pattern of a simple tote bag, and then added details to the artwork to make it look like a monster. The design included a Frankestein bag and a Bat bag.
SPOONFLOWER'S ETSY SHOP: SIGNFLOWER
At one point, Spoonflower wanted to test the waters with sign-making, they opened an etsy shop called "Sign Flower" and asked me to be the graphic designer for it as a side-gig.
For this project I created multiple designs as templates, so that the person handling the shop could easily use and personalize for customers.


Spotify Audio Features
Spotify Audio Features
Spotify captures the following 13 audio features for each song:
acousticness
A confidence measure from 0.0 to 1.0 of whether the track is acoustic. 1.0 represents high confidence the track is acoustic.
danceability
how suitable a track is for dancing based on a combination of musical elements including tempo, rhythm stability, beat strength, and overall regularity. A value of 0.0 is least danceable and 1.0 is most danceable.
duration
Duration of the track in milliseconds
energy
Energy is a measure from 0.0 to 1.0 and represents a perceptual measure of intensity and activity. Typically, energetic tracks feel fast, loud, and noisy.
instrumentalness
Predicts whether a track contains no vocals. Rap or spoken word tracks are clearly “vocal”. The closer the instrumentalness value is to 1.0, the greater likelihood the track contains no vocal content.
key
Estimated overall key of the track (e.g 0 = C, 1 = C♯/D♭, 2 = D)
liveness
Detects the presence of an audience in the recording. A value above 0.8 provides strong likelihood that the track is live.
loudness
The overall loudness of a track in decibels (dB).
mode
The type of scale from which its melodic content is derived. Major is represented by 1 and minor is 0.
speechicness
Speechiness detects the presence of spoken words in a track. The more exclusively speech-like the recording (e.g. talk show, audio book, poetry), the closer to 1.0 the attribute value.
tempo
The overall estimated tempo of a track in beats per minute (BPM).
time_signature
Number of beats in a bar.
valence
A measure from 0.0 to 1.0 describing the musical positiveness conveyed by a track. Tracks with high valence sound more positive (e.g. happy, cheerful, euphoric), while tracks with low valence sound more negative (e.g. sad, depressed, angry).


Pineapple JuiceStarting price 30kr |
Tomato JuiceStarting price 25kr |
Green JuiceStarting price 35kr |
Grande JuiceStarting price 25kr |
Papaya JuiceStarting price 30kr |
Healthy JuiceStarting price 20kr |
|---|---|---|---|---|---|
Orange JuiceStarting price 30kr |
Apple JuiceStarting price 32kr |
Carrot JuiceStarting price 24kr |
Berry JuiceStarting price 34kr |
Citrus JuiceStarting price 20kr |
Red JuiceStarting price 30kr |
Shopping Cart
X Juice
ingredient1
ingredient2
ingredient3
ingredient4
Small:
Medium:
Large:


{% extends "pages/homepage.html" %} {% block tickets %}{% endblock %} {% block thanks %}
Thank you all for coming.
You were awesome.
See you in 2019!
Did you forget something at the venue? Do you have any questions? Contact us!
Recordings from all talks are available.


IHIT tracing timeline of events ending in body found in burned out SUV in Abbotsford
by Lisa SteacySummary
Crews were called to a vehicle fire on Bates Road between Townshipline Road and Harris Road around 10:30 p.m. on Nov. 15
Once the fire was out, a body was discovered inside. Homicide investigators were called in by Abbotsford police
The SUV, a black Chevy Tahoe, was a rented to a 48-year-old man named Sukhdev Dhaliwal
ABBOTSFORD (NEWS 1130) — Police have now identified the man who rented an SUV that was found burnt out with a man’s body inside last weekend in Abbotsford.
Crews were called to a vehicle fire on Bates Road between Townshipline Road and Harris Road around 10:30 p.m. on Nov. 15.
Once the fire was out, a body was discovered inside. Homicide investigators were called in by the Abbotsford Police Department.
Investigators say that the SUV, a black Chevy Tahoe, was a rented to a 48-year-old man named Sukhdev Dhaliwal.
“IHIT is seeking to develop a timeline of events leading up to the report of the burning vehicle and discovery of the body. While we are unable to confirm if Mr. Dhaliwal was the victim in this case, we are interested in speaking to anyone who may have seen or spoken to him, says Sgt. Frank Jang in a release. We must also wait for the conclusive findings from the autopsy as well as DNA verification before we are able to positively identify the victim.”
Police want anyone with information to call the IHIT information line at 1-877-551- IHIT (4448), or send an email to<EMAIL_ADDRESS>Anyone who prefers to remain anonymous can contact Crime Stoppers at 1-800-222-TIPS (8477).


Rails <IP_ADDRESS> (May 15, 2020)
- No changes.
Rails <IP_ADDRESS> (May 15, 2020)
- No changes.
Rails <IP_ADDRESS> (March 11, 2019)
- No changes.
Rails 4.2.11 (November 27, 2018)
-
Do not deserialize GlobalID objects that were not generated by Active Job.
Trusting any GlobaID object when deserializing jobs can allow attackers to access information that should not be accessible to them.
Fix CVE-2018-16476.
Rafael Mendonça França
Rails 4.2.10 (September 27, 2017)
- No changes.
Rails 4.2.9 (June 26, 2017)
- No changes.
Rails 4.2.8 (February 21, 2017)
- No changes.
Rails 4.2.7 (July 12, 2016)
- No changes.
Rails 4.2.6 (March 07, 2016)
- No changes.
Rails <IP_ADDRESS> (February 26, 2016)
- No changes.
Rails <IP_ADDRESS> (January 25, 2015)
- No changes.
Rails 4.2.5 (November 12, 2015)
- No changes.
Rails 4.2.4 (August 24, 2015)
-
Include I18n.locale into job serialization/deserialization and use it around
perform
.Fixes #20799.
Johannes Opper
Rails 4.2.3 (June 25, 2015)
-
assert_enqueued_jobs
andassert_performed_jobs
in block form use the given number as expected value. This makes the error message much easier to understand.y-yagi
Rails 4.2.2 (June 16, 2015)
- No Changes *
Rails 4.2.1 (March 19, 2015)
-
Allow keyword arguments to be used with Active Job.
Fixes #18741.
Sean Griffin
Rails 4.2.0 (December 20, 2014)
- Started project.


--- author: display_name: Greg Bunce email<EMAIL_ADDRESS>tags: - address - alignment - data - freeway - highway - roads - transportation categories: [] date: 2011-08-25 23:12:40 -0600 HighwayLinearReferencingSystemRoutes: downloads: - url: https://drive.google.com/a/utah.gov/uc?id=0ByStJjVZ7c7mSURhZHpJMDFnM1U&export=download label: 'UDOT LRS Routes: File Geodatabase' - url: https://drive.google.com/a/utah.gov/uc?id=0ByStJjVZ7c7mV2VRNTduVXNyMjg&export=download label: 'UDOT LRS Routes: Shapefile' updates: - Updates to this dataset are published periodically to refine route representation, add additional routes, and in response to route realignment. MilepostPoints: downloads: - url: https://drive.google.com/a/utah.gov/uc?id=0ByStJjVZ7c7mb1BJT01oVEdOekU&export=download label: 'Milepost Points: File Geodatabase' - url: https://drive.google.com/a/utah.gov/uc?id=0ByStJjVZ7c7mNFlDenZWTnNwekE&export=download label: 'Milepost Points: Shapefile' updates: - Updates to this dataset are published periodically. TenthMileReferencePoints: downloads: - url: https://drive.google.com/a/utah.gov/uc?id=0ByStJjVZ7c7mTGhJNkxNcE9hVk0&export=download label: 'Tenth of a Mile: File Geodatabase' - url: https://drive.google.com/a/utah.gov/uc?id=0ByStJjVZ7c7mbVZ3bmVmLV9yemM&export=download label: 'Tenth of a Mile: Shapefile' updates: - Updates to this dataset are published periodically. FreewayExitPoints: downloads: - url: https://drive.google.com/a/utah.gov/uc?id=0ByStJjVZ7c7mNm1LNGN0eDNBLUE&export=download label: 'Freeway Exit Points: File Geodatabase' - url: https://drive.google.com/a/utah.gov/uc?id=0ByStJjVZ7c7mRjZpRFpkbng5ak0&export=download label: 'Freeway Exit Points: Shapefile' updates: - Updates to this dataset are published infrequently. ShieldLabelingLines: downloads: - url: https://drive.google.com/a/utah.gov/uc?id=0ByStJjVZ7c7mMFFPbFIxZkt6am8&export=download label: 'Shield Labeling Lines: File Geodatabase' - url: https://drive.google.com/a/utah.gov/uc?id=0ByStJjVZ7c7mOVNuSlBGU1k5aUU&export=download label: 'Shield Labeling Lines: Shapefile' updates: - Updates to this dataset are published infrequently. --- {% include abstract.html name="Roads and Highway System" stewards="AGRC, Local Government partners" abstract="This dataset contains GIS mapping data representing the statewide roads centerline dataset for Utah and other road and highway related data such as milepost locations, exit numbers and names, polylineM highway linear referencing system (LRS) routes, and label lines for dynamic rendering of highway shields." %}
Transportation.Roads is a multi-purpose statewide roads dataset for cartography and range based-address location. This dataset is also used as the base geometry for deriving the GIS-representation of UDOT’s highway linear referencing system (LRS). A network analysis dataset for route-finding can also be derived from this dataset.
Transportation.Roads utilizes a data model based on Next-Generation 911 standards and the Federal Highway Administration's All Roads Network Of Linear-referenced Data (ARNOLD) reporting requirements for state DOTs. AGRC adopted this data model on September 13th, 2017.
To see specific information about the data model including field names and descriptions, data types, coded value domains, and data model updates, see the data model spreadsheet and the corresponding tabs for update notes and coded value domains. The color-coded section titled Addressing
is primarily maintained by the local stewards, where as the section titled DOT/FHWA
is primarily maintained by UDOT. AGRC spatially assigns fields in the section titled Placename/Area
, based on current SGID polygon boundaries. AGRC also generates the UNIQUE_ID
field based on the segment's location in the US National Grid, with the street name then tacked on. The UNIQUE_ID
field is static and is AGRC's current, ad hoc solution to a persistent global id.
This data model is meant to suggest 'best practices'. It is not the intent that all stewards will change their current data management process to match this standard, but rather that stewards will evaluate their current practices to see how well their data 'maps' to this schema for data sharing and Next Generation 911 preparedness.
{% include contact.html subject=page.title contact=site.data.contacts.roads %}
The native spatial reference for this dataset is UTM Zone 12N, NAD83 (0.01 meter coordinate precision). The statewide roads dataset is maintained by AGRC in partnership with local government, the Utah 911 Committee, and UDOT.
Updates to this dataset are published every month, with approximately nine counties receiving detailed review.
Transportation.UDOTRoutes_LRS is a polylineM dataset wherein each state and federal route is a single feature whose vertices include a milepost measure coordinate.
Major routes are named using UDOT’s 5 character convention (ex. 0089P is US 89 in the positive direction). Ramps and collectors are also included and have 11 character identifiers (ex. 0080PR18501 is the east bound off ramp at exit 185 on I-80). ‘P’ direction routes are those in the direction of increasing milepost values. ‘N’ direction routes for the Utah’s 5 freeways (0015, 0070, 0080, 0084, 0215) should be ignored (use ‘X’ instead) except when working with UDOT-specific LRS event features.
The native spatial reference for this dataset is UTM Zone 12N, NAD83 (0.01 meter x,y coordinate precision; 0.001 mile m coordinate precision). The GIS dataset representing the UDOT LRS is stewarded by UDOT with assistance from DTS, AGRC and local government.
The CARTO code can be used to query subsets or classify different types of UDOT routes:
Transportation.UDOTMileposts represents the approximate location of state and federal highway mileposts as a single point. This dataset is derived directly from SGID10.Transportation.UDOTRoutes_LRS.
Major routes are named using UDOT’s 5 character convention (ex. 0089P is US 89 in the positive direction). ‘P’ direction routes are those in the direction of increasing milepost values. ‘N’ direction routes for the Utah’s 5 freeways (0015, 0070, 0080, 0084, 0215) should be ignored (use ‘X’ instead) except when working with UDOT-specific LRS event features.
Per UDOT policy the actual location of mileposts can vary up to 50 feet, from the measured position where intersections and physical infrastructure make a more 'true' positioning impractical or undesirable.
The native spatial reference for this dataset is UTM Zone 12N, NAD83 (0.01 meter coordinate precision). The GIS dataset representing the UDOT LRS is stewarded by UDOT with assistance from DTS, AGRC and local government.
Transportation.UDOTTenthMileRefPoints represents the approximate location of state and federal highway tenth of a mile locations as a single point. This dataset is derived directly from SGID10.Transportation.UDOTRoutes_LRS.
Major routes are named using UDOT’s 5 character convention (ex. 0089P is US 89 in the positive direction). ‘P’ direction routes are those in the direction of increasing milepost values. ‘N’ direction routes for the Utah’s 5 freeways (0015, 0070, 0080, 0084, 0215) should be ignored (use ‘X’ instead) except when working with UDOT-specific LRS event features.
Per UDOT policy the actual location of tenth of mile locations can vary up to 50 feet, from the measured position where intersections and physical infrastructure make a more ‘true’ positioning impractical or undesirable.
The native spatial reference for this dataset is UTM Zone 12N, NAD83 (0.01 meter coordinate precision). This dataset was assembled by UDOT for general purpose cartography.
Transportation.Roads_FreewayExits contains point locations for each freeway and limited access highway exit along with the exit number, name, associated route, and connected streets/routes.
The EXITNAME field provides the primary route name and exit number plus the connecting route number or street name and place name carried by the exit sign. Route number and exit number are also carried in separate fields.
The native spatial reference for this dataset is UTM Zone 12N, NAD83 (0.01 meter coordinate precision). This dataset was assembled by AGRC from resources provided by UDOT, as a resource for 911 dispatch and for general map reference.
Transportation.RoadsShieldLines consists of highway route lines edited to best enable non-redundant, dynamic label rendering of highway shields for freeways, US highways, and state highways.
In ArcMap, define a label class for each CLASS field value. 1 is for freeways, 2 for US highways, and 3 is for state highways. Each label class should use a SQL expression to define the class and the default class should be disabled or deleted.
When defined labeling properties are defined properly, the minimum number of freeway and highway shields should be displayed without introducing ambiguity.
The native spatial reference for this dataset is UTM Zone 12N, NAD83 (0.01 meter coordinate precision). This dataset was assembled by AGRC for general purpose cartography.


aaa – all about apps GmbH Tel: +43 1 547 12 73 Fax: +43 1<PHONE_NUMBER>6<EMAIL_ADDRESS>www.allaboutapps.at


With software evolution comes the hardware revision. As advanced AI requires new levels of computational capabilities, the very hardware that fuels it is being redesigned to allow emerging industries and technologies to fast-track development and adoption.
Pick #1. The AI chip startup explosion is already here
When you talk to investors in Silicon Valley, you’ll still find some skepticism. Why, for example, would companies look to buy faster chips for their training when older cards in an Amazon server may be just as good for their training? And yet there is still an enormous amount of money flowing into this area. And it’s coming from firms that are the same ones that bet big on Uber (though there’s quite a bit of turbulence there) and WhatsApp.
Nvidia is still a clear leader in this area and will look to continue its dominance as devices like autonomous cars become more and more relevant. But as we go into 2018, we’ll most likely start to get a better sense as to whether these startups actually have an opportunity to unseat Nvidia. There’s the tantalizing opportunity of creating faster, lower-power chips that can go into internet-of-things thingies and truly fulfill the promise of those devices with more efficient inference. And there’s the opportunity of making those servers faster and more power-efficient when they look to train models – like ones that tell your car what a squirrel looks like – may also turn out to be something truly massive.
Pick #2. Quantum Computers Barely Exist – Here’s Why We’re Writing Languages for Them Anyway
Programming languages for classical computers are designed in a way that doesn’t require developers to know how a central processing unit works. The push now is to create high-level quantum programming languages that also shield developers from the complexities of quantum hardware.
The quirks of quantum computing create limitations that don’t exist in classical programming languages. One example: quantum programs can’t have loops in them that repeat a sequence of instructions; they have to run straight through to completion.


Use this gui as a way to quickly monitor hazelcast maps and keys. You can track keys, maps, members in Hazelcast Cluster.


{% extends "page.html" %} {% block main %}
Currently running containers: {{ running_container_count }}
Total number of launches: {{ total_launch_count }}


Memcache client object, through which one invokes all memcache operations.
Several methods are no-ops to retain source-level compatibility
with the existing popular Python memcache library.
Any method that takes a 'key' argument will accept that key as a string
(unicode or not) or a tuple of (hash_value, string) where the hash_value,
normally used for sharding onto a memcache instance, is instead ignored, as
Google App Engine deals with the sharding transparently. Keys in memcache are
just bytes, without a specified encoding. All such methods may raise TypeError
if provided a bogus key value and a ValueError if the key is too large.
Any method that takes a 'value' argument will accept as that value any
string (unicode or not), int, long, or pickle-able Python object, including
all native types. You'll get back from the cache the same type that you
originally put in.
The Client class is not thread-safe with respect to the gets(), cas() and
cas_multi() methods (and other compare-and-set-related methods). Therefore,
Client objects should not be used by more than one thread for CAS purposes.
Note that the global Client for the module-level functions is okay because it
does not expose any of the CAS methods.
| def google.appengine.api.memcache.Client.add |
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self, |
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key, |
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value, |
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time = 0 , |
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min_compress_len = 0 , |
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namespace = None |
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Sets a key's value, iff item is not already in memcache.
Args:
key: Key to set. See docs on Client for details.
value: Value to set. Any type. If complex, will be pickled.
time: Optional expiration time, either relative number of seconds
from current time (up to 1 month), or an absolute Unix epoch time.
By default, items never expire, though items may be evicted due to
memory pressure. Float values will be rounded up to the nearest
whole second.
min_compress_len: Ignored option for compatibility.
namespace: a string specifying an optional namespace to use in
the request.
Returns:
True if added. False on error.
| def google.appengine.api.memcache.Client.add_multi |
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self, |
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mapping, |
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time = 0 , |
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key_prefix = '' , |
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min_compress_len = 0 , |
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namespace = None |
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Set multiple keys' values iff items are not already in memcache.
Args:
mapping: Dictionary of keys to values.
time: Optional expiration time, either relative number of seconds
from current time (up to 1 month), or an absolute Unix epoch time.
By default, items never expire, though items may be evicted due to
memory pressure. Float values will be rounded up to the nearest
whole second.
key_prefix: Prefix for to prepend to all keys.
min_compress_len: Unimplemented compatibility option.
namespace: a string specifying an optional namespace to use in
the request.
Returns:
A list of keys whose values were NOT set because they did not already
exist in memcache. On total success, this list should be empty.
| def google.appengine.api.memcache.Client.cas |
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self, |
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key, |
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Compare-And-Set update.
This requires that the key has previously been successfully
fetched with gets() or get(..., for_cas=True), and that no changes
have been made to the key since that fetch. Typical usage is:
key = ...
client = memcache.Client()
value = client.gets(key) # OR client.get(key, for_cas=True)
<updated value>
ok = client.cas(key, value)
If two processes run similar code, the first one calling cas()
will succeed (ok == True), while the second one will fail (ok ==
False). This can be used to detect race conditions.
NOTE: some state (the CAS id) is stored on the Client object for
each key ever used with gets(). To prevent ever-increasing memory
usage, you must use a Client object when using cas(), and the
lifetime of your Client object should be limited to that of one
incoming HTTP request. You cannot use the global-function-based
API.
Args:
key: Key to set. See docs on Client for details.
value: The new value.
time: Optional expiration time, either relative number of seconds
from current time (up to 1 month), or an absolute Unix epoch time.
By default, items never expire, though items may be evicted due to
memory pressure. Float values will be rounded up to the nearest
whole second.
min_compress_len: Ignored option for compatibility.
namespace: a string specifying an optional namespace to use in
the request.
Returns:
True if updated. False on RPC error or if the CAS id didn't match.
| def google.appengine.api.memcache.Client.cas_multi |
( |
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self, |
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|
|
mapping, |
|
|
|
time = 0 , |
|
|
|
key_prefix = '' , |
|
|
|
min_compress_len = 0 , |
|
|
|
namespace = None |
|
) |
| |
Compare-And-Set update for multiple keys.
See cas() docstring for an explanation.
Args:
mapping: Dictionary of keys to values.
time: Optional expiration time, either relative number of seconds
from current time (up to 1 month), or an absolute Unix epoch time.
By default, items never expire, though items may be evicted due to
memory pressure. Float values will be rounded up to the nearest
whole second.
key_prefix: Prefix for to prepend to all keys.
min_compress_len: Unimplemented compatibility option.
namespace: a string specifying an optional namespace to use in
the request.
Returns:
A list of keys whose values were NOT set because the compare
failed. On total success, this list should be empty.
| def google.appengine.api.memcache.Client.decr |
( |
|
self, |
|
|
|
key, |
|
|
|
delta = 1 , |
|
|
|
namespace = None , |
|
|
|
initial_value = None |
|
) |
| |
Atomically decrements a key's value.
Internally, the value is a unsigned 64-bit integer. Memcache
caps decrementing below zero to zero.
The key must already exist in the cache to be decremented. See
docs on incr() for details.
Args:
key: Key to decrement. If an iterable collection, each one of the keys
will be offset. See Client's docstring for details.
delta: Non-negative integer value (int or long) to decrement key by,
defaulting to 1.
namespace: a string specifying an optional namespace to use in
the request.
initial_value: initial value to put in the cache, if it doesn't
already exist. The default value, None, will not create a cache
entry if it doesn't already exist.
Returns:
If key was a single value, the new long integer value, or None if key
was not in the cache, could not be decremented for any other reason, or
a network/RPC/server error occurred.
If key was an iterable collection, a dictionary will be returned
mapping supplied keys to values, with the values having the same meaning
as the singular return value of this method.
Raises:
ValueError: If number is negative.
TypeError: If delta isn't an int or long.
| def google.appengine.api.memcache.Client.delete |
( |
|
self, |
|
|
|
key, |
|
|
|
seconds = 0 , |
|
|
|
namespace = None |
|
) |
| |
Deletes a key from memcache.
Args:
key: Key to delete. See docs on Client for detils.
seconds: Optional number of seconds to make deleted items 'locked'
for 'add' operations. Value can be a delta from current time (up to
1 month), or an absolute Unix epoch time. Defaults to 0, which means
items can be immediately added. With or without this option,
a 'set' operation will always work. Float values will be rounded up to
the nearest whole second.
namespace: a string specifying an optional namespace to use in
the request.
Returns:
DELETE_NETWORK_FAILURE (0) on network failure,
DELETE_ITEM_MISSING (1) if the server tried to delete the item but
didn't have it, or
DELETE_SUCCESSFUL (2) if the item was actually deleted.
This can be used as a boolean value, where a network failure is the
only bad condition.
| def google.appengine.api.memcache.Client.get |
( |
|
self, |
|
|
|
key, |
|
|
|
namespace = None , |
|
|
|
for_cas = False |
|
) |
| |
Looks up a single key in memcache.
If you have multiple items to load, though, it's much more efficient
to use get_multi() instead, which loads them in one bulk operation,
reducing the networking latency that'd otherwise be required to do
many serialized get() operations.
Args:
key: The key in memcache to look up. See docs on Client
for details of format.
namespace: a string specifying an optional namespace to use in
the request.
for_cas: If True, request and store CAS ids on the client (see
cas() operation below).
Returns:
The value of the key, if found in memcache, else None.
| def google.appengine.api.memcache.Client.get_multi |
( |
|
self, |
|
|
|
keys, |
|
|
|
key_prefix = '' , |
|
|
|
namespace = None , |
|
|
|
for_cas = False |
|
) |
| |
Looks up multiple keys from memcache in one operation.
This is the recommended way to do bulk loads.
Args:
keys: List of keys to look up. Keys may be strings or
tuples of (hash_value, string). Google App Engine
does the sharding and hashing automatically, though, so the hash
value is ignored. To memcache, keys are just series of bytes,
and not in any particular encoding.
key_prefix: Prefix to prepend to all keys when talking to the server;
not included in the returned dictionary.
namespace: a string specifying an optional namespace to use in
the request.
for_cas: If True, request and store CAS ids on the client.
Returns:
A dictionary of the keys and values that were present in memcache.
Even if the key_prefix was specified, that key_prefix won't be on
the keys in the returned dictionary.
| def google.appengine.api.memcache.Client.incr |
( |
|
self, |
|
|
|
key, |
|
|
|
delta = 1 , |
|
|
|
namespace = None , |
|
|
|
initial_value = None |
|
) |
| |
Atomically increments a key's value.
Internally, the value is a unsigned 64-bit integer. Memcache
doesn't check 64-bit overflows. The value, if too large, will
wrap around.
Unless an initial_value is specified, the key must already exist
in the cache to be incremented. To initialize a counter, either
specify initial_value or set() it to the initial value, as an
ASCII decimal integer. Future get()s of the key, post-increment,
will still be an ASCII decimal value.
Args:
key: Key to increment. If an iterable collection, each one of the keys
will be offset. See Client's docstring for details.
delta: Non-negative integer value (int or long) to increment key by,
defaulting to 1.
namespace: a string specifying an optional namespace to use in
the request.
initial_value: initial value to put in the cache, if it doesn't
already exist. The default value, None, will not create a cache
entry if it doesn't already exist.
Returns:
If key was a single value, the new long integer value, or None if key
was not in the cache, could not be incremented for any other reason, or
a network/RPC/server error occurred.
If key was an iterable collection, a dictionary will be returned
mapping supplied keys to values, with the values having the same meaning
as the singular return value of this method.
Raises:
ValueError: If number is negative.
TypeError: If delta isn't an int or long.
| def google.appengine.api.memcache.Client.offset_multi |
( |
|
self, |
|
|
|
mapping, |
|
|
|
key_prefix = '' , |
|
|
|
namespace = None , |
|
|
|
initial_value = None |
|
) |
| |
Offsets multiple keys by a delta, incrementing and decrementing in batch.
Args:
mapping: Dictionary mapping keys to deltas (positive or negative integers)
to apply to each corresponding key.
key_prefix: Prefix for to prepend to all keys.
initial_value: Initial value to put in the cache, if it doesn't
already exist. The default value, None, will not create a cache
entry if it doesn't already exist.
namespace: A string specifying an optional namespace to use in
the request.
Returns:
Dictionary mapping input keys to new integer values. The new value will
be None if an error occurs, the key does not already exist, or the value
was not an integer type. The values will wrap-around at unsigned 64-bit
integer-maximum and underflow will be floored at zero.
| def google.appengine.api.memcache.Client.replace |
( |
|
self, |
|
|
|
key, |
|
|
|
value, |
|
|
|
time = 0 , |
|
|
|
min_compress_len = 0 , |
|
|
|
namespace = None |
|
) |
| |
Replaces a key's value, failing if item isn't already in memcache.
Args:
key: Key to set. See docs on Client for details.
value: Value to set. Any type. If complex, will be pickled.
time: Optional expiration time, either relative number of seconds
from current time (up to 1 month), or an absolute Unix epoch time.
By default, items never expire, though items may be evicted due to
memory pressure. Float values will be rounded up to the nearest
whole second.
min_compress_len: Ignored option for compatibility.
namespace: a string specifying an optional namespace to use in
the request.
Returns:
True if replaced. False on RPC error or cache miss.
| def google.appengine.api.memcache.Client.replace_multi |
( |
|
self, |
|
|
|
mapping, |
|
|
|
time = 0 , |
|
|
|
key_prefix = '' , |
|
|
|
min_compress_len = 0 , |
|
|
|
namespace = None |
|
) |
| |
Replace multiple keys' values, failing if the items aren't in memcache.
Args:
mapping: Dictionary of keys to values.
time: Optional expiration time, either relative number of seconds
from current time (up to 1 month), or an absolute Unix epoch time.
By default, items never expire, though items may be evicted due to
memory pressure. Float values will be rounded up to the nearest
whole second.
key_prefix: Prefix for to prepend to all keys.
min_compress_len: Unimplemented compatibility option.
namespace: a string specifying an optional namespace to use in
the request.
Returns:
A list of keys whose values were NOT set because they already existed
in memcache. On total success, this list should be empty.
| def google.appengine.api.memcache.Client.set |
( |
|
self, |
|
|
|
key, |
|
|
|
value, |
|
|
|
time = 0 , |
|
|
|
min_compress_len = 0 , |
|
|
|
namespace = None |
|
) |
| |
Sets a key's value, regardless of previous contents in cache.
Unlike add() and replace(), this method always sets (or
overwrites) the value in memcache, regardless of previous
contents.
Args:
key: Key to set. See docs on Client for details.
value: Value to set. Any type. If complex, will be pickled.
time: Optional expiration time, either relative number of seconds
from current time (up to 1 month), or an absolute Unix epoch time.
By default, items never expire, though items may be evicted due to
memory pressure. Float values will be rounded up to the nearest
whole second.
min_compress_len: Ignored option for compatibility.
namespace: a string specifying an optional namespace to use in
the request.
Returns:
True if set. False on error.
| def google.appengine.api.memcache.Client.set_multi |
( |
|
self, |
|
|
|
mapping, |
|
|
|
time = 0 , |
|
|
|
key_prefix = '' , |
|
|
|
min_compress_len = 0 , |
|
|
|
namespace = None |
|
) |
| |
Set multiple keys' values at once, regardless of previous contents.
Args:
mapping: Dictionary of keys to values.
time: Optional expiration time, either relative number of seconds
from current time (up to 1 month), or an absolute Unix epoch time.
By default, items never expire, though items may be evicted due to
memory pressure. Float values will be rounded up to the nearest
whole second.
key_prefix: Prefix for to prepend to all keys.
min_compress_len: Unimplemented compatibility option.
namespace: a string specifying an optional namespace to use in
the request.
Returns:
A list of keys whose values were NOT set. On total success,
this list should be empty.


AND I'M A WEB DEVELOPER
Hi, I’m Carlos. I’m a Web Development student from Richmond, VA. I have a serious passion for animations, and graphic design. I’m quietly confident, naturally curious, and perpetually working on improving my chops one design problem at a time. I prefer to keep learning, continue challenging myself, and do interesting things that matter.
Interested in doing a project together? I’m interested in freelance opportunities. Don’t hesitate to talk to me about a project collaboration or just say hi. Simply fill up the awesome form or send me an email.
“Let’s make something special”.


{% extends 'base.html' %} {% block title %}Monteliblobber{% endblock title %} {% block content %}
Use the table controls to navigate through the results. Delete unwanted records and then use one of the export features to extract the data.


Fill Registeration Form
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(20th Century Fox) Starring: Hugh Jackman, Patrick Stewart, Ian McKellen, Famke Janssen, James Marsden, Halle Berry, Anna Paquin, Tyler Mane, Ray Park, Rebecca Romijn-Stamos, Bruce Davison. Screenplay: David Hayter. Producers: Lauren Shuler Donner and Ralph Winter. Director: Bryan Singer. MPAA Rating: PG-13 (violence, profanity, adult themes) Running Time: 100 minutes. Reviewed by Scott Renshaw.
I think it's fair to say that I've been looking forward to a film version of X-MEN for a while now -- somewhere in the neighborhood of 23 years, as a matter of fact. X-MEN #107 was one of the first comic books I ever bought, and it launched me on a love affair with the medium that abated only when, as a college student, I could no longer afford my habit. Some readers may suspect that this history would lead me to go easy on an adolescent fan-boy. Personally, I thought it would make me much tougher. After all, a 23-year wait can do something to one's expectations. I didn't think I'd settle for anything less than the kind of comic book adaptation you almost never see: one that combines rousing heroic action with a solid story.
To my joy and astonishment, that's exactly what I got. X-MEN is not just a great comic book movie; it's actually a pretty good movie _period_. For those unfamiliar with the source material, the X-Men are mutants -- humans with unusual powers that manifest themselves during puberty. Telepathic mutant Professor Charles Xavier (Patrick Stewart) has dedicated himself to helping mutants learn to cope with their powers at his School for Gifted Youngsters, mutants like retractable claw-wielding Wolverine (Hugh Jackman) and a teenager called Rogue (Anna Paquin) who absorbs the life force of people she touches. Xavier also has a powerful adversary in Magneto (Ian McKellen), who sees mutants as destined for superiority, and who believes the mass of humanity fears and hates mutant-kind. It seems Magneto's perspective is justified when U.S. Senator Robert Kelly (Bruce Davison) begins advocating for mutants to register with the government. And when Magneto and his Brotherhood of Mutants set in motion a plan to mutate all of humanity, you can bet that a battle with Xavier's X-Men is not far off.
The X-Men universe has grown pretty unwieldy over the years, but director Bryan Singer (THE USUAL SUSPECTS) and his team of writers wisely keep the focus on a limited number of characters: team leader Cyclops (James Marsden), telekinetic Jean Grey (Famke Janssen) and weather manipulator Storm (Halle Berry). Even more wisely, he focuses primarily on Wolverine and his paternal relationship with the fragile, frightened Rogue. That choice not only gives the story an emotional anchor, it gives plenty of screen time to X-MEN's most intriguing character and easily its best performance. You've probably never seen Australian actor Hugh Jackman before -- though he resembles a brawnier Gary Sinise -- but you will see him again, because the guy has charisma to burn. Jackman offers everything a fan could hope for in a portrayal of Wolverine, from the trademark muttonchops to the genuine sense of mystery and menace. If X-MEN had nothing else going for it but Jackman, it would still be worth seeing.
The wonderful thing is that X-MEN _does_ have more going for it. Drawing on one of the comic's best stories of the 1980s, X-MEN effectively uses the subtext of anti-mutant hysteria as a combination of Red scare (there's a great moment in a Senate debate in which Kelly waves around a "list of names of known mutants"), racism and homophobia. It offers dozens of insider gags for the X-Men faithful, while avoiding the slavish devotion to every detail that can interfere in solid film story-telling. And, just in case it matters to anyone, it offers some of the kick-ass-in'-est action scenes this side of THE MATRIX. The climactic battle between the X-Men and the Brotherhood -- including shape-shifter Mystique (Rebecca Romijn-Stamos), tongue-flicker Toad (Ray Park) and bone-crusher Sabretooth (Tyler Mane) -- is simply superb. The fact that you don't have to wade through 90 minutes of junk to get to it is a wonderful bonus.
Of course X-MEN has its flaws. There's not much for Halle Berry to do but look intense when her eyes go white, which is probably all for the best given the Incredible Disappearing Accent she occasionally employs. The script also doesn't do quite enough with turning Magneto into a genuinely tragic villain, especially given the amount of time devoted to his back-story in the prologue. It's always tough for a film like X-MEN to lay the foundation while still delivering the goods, so it's inevitable that there are going to be some lulls and loose ends. I was startled, however, by how few there were. Maybe my inner adolescent fan-boy did emerge during X-MEN, but it emerged because the film reminded me of the best the comic book had to offer, as well as some of the best an action film can offer. I think it was worth the wait, though I have a sneaking suspicion it won't be 23 years before the X-Men hit the screen again.
On the Renshaw scale of 0 to 10 homo superiors: 8.
Visit Scott Renshaw's Screening Room http://www.inconnect.com/~renshaw/ *** Subscribe to receive new reviews directly by email! See the Screening Room for details, or reply to this message with subject "Subscribe".
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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belongs to the author.
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to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


distance:{{item.distance}}
{{goods[item.buy].content}}
No suitable goods for you ;( You may see all goods


@import domain.Assessment.DurationStyle._
@import domain.Sitting
@import views.html.tags._
@import services.TimingInfoService
@(assessment: Sitting, timingInfo: TimingInfoService)(implicit context: RequestContext)
@assessmentMetadataInternal(assessment.assessment, timingInfo, Some(assessment))
@if(assessment.studentAssessment.startTime.isDefined && assessment.declarations.completedRA) {
@if(assessment.declarations.selfDeclaredRA) {
- Reasonable adjustments
-
You confirmed that you have agreed reasonable adjustments with Disability Services
} else {
- Reasonable adjustments
- You confirmed that you didn't agree any reasonable adjustments with Disability Services
}
}
@if(assessment.started) {
@assessment.assessment.durationStyle match {
case Some(DayWindow) => {
- Started at
- @tags.localisedDatetime(assessment.studentAssessment.startTime.get)
}
case Some(FixedStart) => {
- Started at
- @tags.localisedDatetime(assessment.assessment.startTime.get)
}
case _ => {}
}
}
@if(assessment.finalised(timingInfo.lateSubmissionPeriod)) {
- Finished at
@assessment.studentAssessment.submissionTime.map { time =>
- @tags.localisedDatetime(time)
}.getOrElse {
- (Missing)
}
}


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Write a simple HTML Browser
问题描述 :
If you ever tried to read a html document on a Macintosh, you know how hard it is if no Netscape is installed.
Now, who can forget to install a HTML browser? This is very easy because most of the times you don’t need one on a MAC because there is a Acrobate Reader which is native to MAC. But if you ever need one, what do you do?
Your task is to write a small html-browser. It should only display the content of the input-file and knows only the html commands (tags)
 which is a linebreak and
 which is a horizontal ruler. Then you should treat all tabulators, spaces and newlines as one space and display the resulting text with no more than 80 characters on a line.
Now, who can forget to install a HTML browser? This is very easy because most of the times you don’t need one on a MAC because there is a Acrobate Reader which is native to MAC. But if you ever need one, what do you do?
Your task is to write a small html-browser. It should only display the content of the input-file and knows only the html commands (tags)
 which is a linebreak and
 which is a horizontal ruler. Then you should treat all tabulators, spaces and newlines as one space and display the resulting text with no more than 80 characters on a line.
输入:
The input consists of a text you should display. This text consists of words and HTML tags separated by one or more spaces, tabulators or newlines.
A word is a sequence of letters, numbers and punctuation. For example, "abc,123" is one word, but "abc, 123" are two words, namely "abc," and "123". A word is always shorter than 81 characters and does not contain any ‘<’ or ‘>’. All HTML tags are either
 or
.
A word is a sequence of letters, numbers and punctuation. For example, "abc,123" is one word, but "abc, 123" are two words, namely "abc," and "123". A word is always shorter than 81 characters and does not contain any ‘<’ or ‘>’. All HTML tags are either
 or
.
输出:
You should display the the resulting text using this rules:
. If you read a word in the input and the resulting line does not get longer than 80 chars, print it, else print it on a new line.
. If you read a
 in the input, start a new line.
. If you read a
 in the input, start a new line unless you already are at the beginning of a line, display 80 characters of ‘-’ and start a new line (again).
The last line is ended by a newline character.
. If you read a word in the input and the resulting line does not get longer than 80 chars, print it, else print it on a new line.
. If you read a
 in the input, start a new line.
. If you read a
 in the input, start a new line unless you already are at the beginning of a line, display 80 characters of ‘-’ and start a new line (again).
The last line is ended by a newline character.
 Es gibt auch noch das tag
 was einen Trenner darstellt. Zwei

 produzieren zwei Horizontal Rulers. Achtung mehrere Leerzeichen irritieren Html genauso wenig wie mehrere Leerzeilen.
 Zwei produzieren zwei Newlines. Es gibt auch noch das tag -------------------------------------------------------------------------------- was einen Trenner darstellt. Zwei -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- produzieren zwei Horizontal Rulers. Achtung mehrere Leerzeichen irritieren Html genauso wenig wie mehrere Leerzeilen.
地址：http://acm.hdu.edu.cn/showproblem.php?pid=1088
题意：写一个html代码显示的程序。。。
mark：就是麻烦，没别的。各种PE。后来发现是只考虑了’ ‘和’\n’，忘记考虑’\t’。。。
代码：
# include <stdio.h> int main () { int ch, cnt = 0, cc = 0 ; int flag = 0, end = 1 ; int i ; char buff[100] ; // freopen ("in.txt", "r", stdin) ; // freopen ("out.txt", "w", stdout) ; while (end) { ch = getchar () ; if (ch == EOF) { ch = ' ' ; end = 0 ; } if (flag == 0) { if (ch == ' ' || ch == '\n'||ch == '\t') continue ; else if (ch == '<') flag = 2 ; else{ buff[cnt++] = ch ; flag = 1 ; } } else if (flag == 1) { if (ch == '<' || ch == ' '||ch == '\n'||ch == '\t') { if (ch == '<') flag = 2 ; else flag = 0 ; buff[cnt] = '\0' ; if (cnt + cc + 1 > 80){ putchar ('\n') ; cc = cnt ; } else { if (cc != 0) { putchar (' ') ; cc++ ; } cc += cnt ; } printf ("%s",buff) ; cnt = 0 ; } else buff[cnt++] = ch ; } else if (flag == 2) { // ch = getchar () ; if (ch == 'b') { putchar ('\n') ; } else //ch == 'h' { if (cc != 0) putchar ('\n') ; for (i = 0 ; i < 80 ; i++) putchar ('-') ; putchar ('\n') ; } flag = 0 ; cc = 0 ; cnt = 0 ; getchar () ; getchar () ; } } if (cc != 0) putchar ('\n') ; return 0 ; }
(adsbygoogle = window.adsbygoogle || []).push({});
王源是谁，我只认识汪远，小神叨打错别字了吗。等等，汪远一编剧怎么会在这猛醒临诰谌接佣绽途值延垢认纱谪
不是HDU 2411。。标题党么。。。
原来如此 了解了
great work！
给力！
受益匪浅！！
remove没有实现
分析的很详细！赞一个
这是往年的笔试题，非在线，主要考察基础，Java会在面试时问到
从数学角度确实是C(n,r)，能给个递推关系式吗，从分治的角度不好理解
秒！~
看似简单，还是不少坑的
太好了，收藏
very good solutions.
无需用转移方程也可以解决，哈哈


long id
String custName
String custEmail
java.time.LocalDateTime date
String comment
Event event
String seatNumber
Double price
int hours
int minutes
int seconds
String artist
Track[] tracks
String category
String title
double price
int version
int id
Duration duration
Recording recording
int year
Set<E> actors
String director
Copyright © 2015. All rights reserved.


{% extends "app8_base/example.html" %} {% block title %} Person List {% endblock title %} {% block content %} {# if we don't have any person yet, better make an explicit message #} {% if not persons %}
There is no person in database yet. Maybe you want to create one ?
{% else %} {# if we do have persons, just loop on the queryset to have access to each person #}


-
John AlexanderCEO @A Super Corp
-
Miranda BowmanAdvisor @Another Super Corp
-
Jane DoeSenior Brand Manager @Self-employed
-
Thomas DavidVP Strategy @Some Startup
-
Jack PersonChief decorator @Hollywood studios
-
Maria VernerVP Innovation @A big company
-
Jesus ChristVP General Administration @God


Man hospitalized after shooting in Tampa, police say
by WFTS Digital StaffTAMPA, Fla. -- A shooting in the Robles Park neighborhood left a man hospitalized Tuesday night.
The Tampa Police Department responded to a call of a shooting a little after 7 p.m. near the intersection of North Avon Avenue and East Stratford Avenue. Upon arrival, officers found a man with an apparent gunshot wound.
The injured man received first-aid care on scene and was transported to the local hospital, TPD said.
The cause of the shooting remains under investigation. TPD did not say if an arrest has been made.
Story developing, refresh for updates. Stay with ABC Action News for the latest.


NOTE: This technique is unproven and the javascript shim is only half-baked and probably won't work on your site. Use it at your own risk.
PoC that implements client side bundling of stylesheets to overcome the style sheet limitations imposed by IE9 and lower. It works by detecting stylesheets in the DOM and moving the contents to an existing stylesheet object.
This page has 40 <style> tags on the page. Each one has styles that apply to <span>s in the Test Section below. If you are viewing this page in IE9 or lower, spans 00-30 have a light gray background with dark gray letters.
To run the shim, click the button in the Test Section. All of the CSS rules specified in all of the <style> tags will be moved to the first stylesheet object and will be applied to the DOM. All of the spans will turn to gray-on-gray.
This test can only be run in IE
Copyright 2012 Kenneth Heutmaker
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.


The purpose of this demo is to give a simple demonstration of how to define, read, and display user keyboard events while showcasing some of the tools of SnowDots.
function typetest
clc;
clear all;
tic;
timekeeper = 0;
kb = dotsReadableHIDKeyboard();
IDs = kb.getComponentIDs();
for ii = 1:numel(IDs)
kb.defineEvent(IDs(ii),kb.components(ii).name, 0, 0, true);
end
kb.isAutoRead = true;
letter = dotsDrawableText;
dotsTheScreen.openWindow;
while timekeeper <= 20
dotsDrawable.drawFrame({letter}, false);
name = kb.getNextEvent();
if strmatch('Keyboard',name) & (length(name) == 9)
letter.string = name(9);
letter.x = letter.x + 1.5
end
if strcmp('KeyboardReturnOrEnter',name)
letter.y = letter.y + -2;
letter.x = 0;
letter.string = '';
end
if strcmp('KeyboardLeftShift',name)
letter.y = letter.y + 2;
letter.x = 0;
letter.string = '';
end
timekeeper = toc;
end
dotsTheScreen.closeWindow;
We use tic to begin timing our script. We define timekeeper and set it to 0. timekeeper will be set to toc and will be used to end our script.
First we will create a variable and set it equal to our dotsReadableHIDKeyboard class
kb = dotsReadableHIDKeyboard();
The convient aspect of SnowDots is that different input device classes are all built off of the greater dotsReadable and dotsReadableHID classes, so they share most of the same properties and understanding one makes it easy to understand another.
Now we well get the component IDs for the keyboards different components.
IDs = kb.getComponentIDs();
This will return a 1x180 matrix (this may vary depending on the individual keyboard) with different numbers that correspond to each button on the keyboard.
Using this we can use a for loop to define an event for each keyboard stroke.
for ii = 1:numel(IDs)
kb.defineEvent(IDs(ii),kb.components(ii).name, 0, 0, true);
end
So for elements 1 through the number of elements (numel) in IDs we will use the dotsReadable function defineEvent to create an individual event for each button press on the keyboard. Finally we will set AutoRead to true, which will allow the dotsReadable getNextEvent function to read our input. Although getNextEvent will read our input when AutoRead is true, not all dotsReadable functions will read our input through this method. Sometimes the read function (like kb.read()) will need to be continually called in order for a dotsReadable function to perform its duty.
kb.isAutoRead = true;
We will create our drawable text object
letter = dotsDrawableText
No other modification need to be made to our drawable text object, the default properties will be fine for now.
Now we will open our screen
dotsTheScreen.openWindow;
We will create a while loop and run it for 20 seconds using our variable a (standing in for toc since toc will always display the elapsed time in the command window if it's used alone)
while timekeeper <=20
Now we will tell Matlab to continually draw a new frame for our drawable text object "letter".
dotsDrawable.drawFrame({letter}, false);
dotsDrawable.drawFrame actually can take two inputs, one is the drawables that we wish to draw and the other is if it should clear the screen after each frame. You can actually have drawn objects accumulate on screen without having to actually store them in some capacity. This is not advisable to use in a real experiment, especially as objects will sometimes flicker while on screen, but for this demo's purpose it is fine.
We will then use the getNextEvent function of dotsReadable to get the next event. There are a few ways to have your experiment listen and get user input but getNextEvent is useful in that it only reads the next queued event. Using the wrong input function can sometimes result in receiving too much input from a keyboard press causing multiple events to fire (like hitting the "w" button and having it display multiple "w"s on screen or having a mouse click be read multiple times). We will set one of getNextEvent's output arguments equal to name and use that for a string comparison.
name = kb.getNextEvent()
Now that we have our events defined and a process set up for reading our inputs we want the screen to display only the key we press and move to the next position. We can do this using an If statement.
if strmatch('Keyboard',name) & (length(name) == 9)
letter.string = name(9);
letter.x = letter.x + 1.5;
end
strmatch is looking to see if any of the strings within the first argument 'Keyboard' match any in the second argument 'name'. Using strmatch any letter in Keyboard will actually work but it's a better idea to use the whole word to avoid any confusion. We also don't want to include any none letter keypresses. It would be better practice to undefine any key presses that we don't wish to use, but for the sake of this demo we will simply exclude them by using a length comparison.
The name output argument of kb.getNextEvent returns values such as "KeyboardC" or "KeyboardReturnOrEnter". All of the letter inputs will have a length of only 9 characters. We are making sure we have an input with the correct length and then setting the string of our letter drawable text object to the 9th character within the name output argument. This corresponds to the letter pressed on the keyboard. The final statement of this if-end is increasing the x position of our letter drawable text object further to the right so that the letters don't completely overlap.
The next two If statements are simply shifting the y position of the letter variable so that we can move up or down a line. As you can see, we are using strcmp to make sure we get an exact match with our name variable. Additionally, there is no more need for any sort of length discrimination. Finally, it is important to note that letter.string is being set to an empty string ('') so that the previously typed letter does not appear again when Enter or LeftShift is pressed.
if strcmp('KeyboardReturnOrEnter',name)
letter.y = letter.y + -2;
letter.x = 0;
letter.string = '';
end
if strcmp('KeyboardLeftShift',name)
letter.y = letter.y + 2;
letter.x = 0;
letter.string = '';
end
The last three lines of code will set the variable timekeeper to toc, end our while loop, and close our drawing screen.
timekeeper = toc;
end
dotsTheScreen.closeWindow;
To reiterate, the purpose of this demo was to give a simple demonstration of how to define, read, and display user input events while showcasing some of the tools of SnowDots. Collecting user input, displaying it, and having it influence the course of an experiment would require additional set-up.


Desired Solutions
Making the world more innovative, one startup at a time.
| Mölndal · Sweden, CO 80810 · (46) 77 7777777 ·
Tackling global challenges challenges through a network of diverse change enablers, while advancing the seemless merger between technology, design and sustainable problem-solving.
Services
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Skills
Programming Languages & Tools
Workflow
- Web & Mobile-First, Responsive Design
- Cross Functional Teams
- Lean, Agile Development & Scrum
Interests
Apart from being a startup developer & innovation technology advisor, I enjoy most of my time outdoor activities. Hiking, going for a long walk or run in the forest and by lakes.
When indoors, mostly during cold or rainy winters, I love watching films, debates and documentaires. Reading is also an activity I grow to love doing when not on the laptop, as often as feasible.


Online Application
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THE BORO
Take the opportunity to show off your own unique personality, abilities, and interests through real-world projects
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Chapter 3 Prepare Hydraulic Data
This chapter will describe the process used to prepare hydraulic modeling data for input to the Maxent model. For this study, the USACE developed Adaptive Hydraulics (AdH) 2D hydraulic model was used to model river dynamics. This chapter will describe how to process AdH outputs into usable datasets for mussel modeling.
3.1 Import Adh Mesh Nodes
The purpose of this step is convert the AdH mesh node output into a set of point feature classes.
- Create a new folder and geodatabase to represent the alternative that this AdH model represents. In this example we will be modeling the existing condition alternative:
\\mvrdfs\egis\Work\EMP\HREP_Projects\SteamboatSlough\Mussels\SteamboatMusselModel\Adh\Existing_condition/existingcondition.gdb
- Get the AdH output from the hydraulic engineer. Copy it to the alternative folder you created in the last step. EC-HH Working directory:
\\mvr-netapp2\MVRDATA\ED\ec-hh\Mississippi_River\Steamboat Island\AdH\Model Runs\
- Examine the AdH output file format and determine the steps required to convert it to
.csv
format. - If the file contains header information other than field names (e.g., number of records, software version), delete those extraneous header rows so that only the row field names and data remain.
- If the file is tab or space-delimited, use Excel to convert the delimited text file to
.csv
. Open a blank Excel workbook and open the delimited text file. Use the import wizard to convert the tab or space-delimited file into an Excel workbook. Ensure the import works correctly and then save as a.csv
file. - Import the
.csv
file into theexistingcondition
geodatabase. Name the table by the flow condition it represents (Q5, Q95). Ensure that the field types are all set todouble
. - Add the Q5 table into a blank ArcMap document.
- Right-click the
Q5
table and click “Display XY Data”. - Set appropriate ‘X’,‘Y’, and ‘Z’ fields.
- Identify the datum and coordinate system recorded in the AdH table; all future output feature classes and rasters will need to be in the same projected coordinate system. In this example, Datum: ‘NAD 1983 2011 US Feet’ and Coordinate System: ‘StatePlane Illinois West FIPS 1202’.
- Export
Q5_Events
as new point feature class namedQ5_pts
. - Repeat the above steps to create point feature classes for the Q95 model results.
3.2 Create Mask
The goal of this step is to define no data areas outside of the study. This step will use the UMRR Long Term Resource Monitoring (LTRM) Aquatic Areas dataset to create a mask of the study area.
- Create a new polygon feature class named:
\\mvrdfs\EGIS\Work\EMP\HREP_Projects\SteamboatSlough\Mussels\SteamboatMusselModel\Data\SB_Mussels.gdb\SB_ILStatePlaneW\study_area
. - Start an edit session on the
study_area
feature class and draw a polygon around the study area. Ensure that this polygon entirely covers theQ5_pts
andQ95_pts
. Use the
Aquatic_Areas_2010
layer to prepare data for the Clip (Analysis) tool (\\mvrdfs\egis\Data\Layers\Biology\Aquatic_Areas_2010.lyr
).- Input Features:
Aquatic Areas 2010\Classifications\Aquatic Areas: Level 2
- Clip Features:
study_area
- Output Feature Class:
\\mvrdfs\EGIS\Work\EMP\HREP_Projects\SteamboatSlough\Mussels\SteamboatMusselModel\Data\SB_Mussels.gdb\aquatic_areas
- Input Features:
- Open an edit session to edit the
aquatic_areas
attribute table. - Delete “Isolated Floodplain Lake” records from the
aquatic_areas
attribute table. Mussels are unlikely to be found in these areas.
- Select rows where ‘LAND_WATER’ field is set to Land, and delete.
Use the merge tool on this feature class to ensure there is only one row representing Water.
Use the Buffer (Analysis) tool to expand the study area beyond the extent of valid values. Use a buffer of approximately 20 meters to ensure that mussel samples fall well within the study area. Areas that fall outside the buffered area will be used to define no data in the AdH rasters.
- Input features:
aquatic_areas_dissolve
- Output Feature Class:
\\mvrdfs\egis\Work\EMP\HREP_Projects\SteamboatSlough\Mussels\SteamboatMusselModel\Data\SB_Mussels.gdb\SB_ILStatePlaneW\aquatic_areas_20m
- Distance: 20 meters
- Input features:
Use the Polygon to Raster (Conversion) tool to convert the
aquatic_areas_20m
feature class to a raster.- Input Features:
aquatic_areas_20m
- Value field:
OBJECTID
- Output Raster Dataset:
\\mvrdfs\egis\Work\EMP\HREP_Projects\SteamboatSlough\Mussels\SteamboatMusselModel\Adh\Existing_condition\existingcondition.gdb\mask
- Input Features:
- Set Environments
- Output Coordinates:
NAD_1983_2011_StatePlane_Illinois_West_FIPS_1202_Ft_US
- Processing Extent:
study_area
- Cell Size: 3 ft
- Output Coordinates:
3.3 Set Environments
The purpose of this step is to set the Environments to mask
so that all the subsequent AdH raster outputs will have the same coordinate system, extent, cell alignment, cell size, and no data area. *Set Environments
* Ouput Coordinates: `mask`
* Processing Extent: `mask`
* Snap raster: `mask`
* Cell Size: `mask`
* Mask: `mask`
3.4 Convert Adh Mesh Nodes to Raster
The goal of this step is to convert the raw Adaptive Hydraulics Model (AdH) data (depth, slope velocity, sheer stress, froude_number, Reynolds_number) into raster format that can be input to the Maxent model. AdH models will be produced for the Q5 (high flow) and Q95 (low flow) flow conditions. This will result in the creation of 12 rasters (one for each of 6 AdH parameter) by 2 flow conditions.
Use the IDW (Spatial Analyst) tool to interpolate a raster surface.
- Input point features:
Q5_pts
. - Z value field:
velocity
- Output raster:
\\mvrdfs\EGIS\Work\EMP\HREP_Projects\SteamboatSlough\Mussels\SteamboatMusselModel\Adh\Existing_condition\existingcondition.gdb\q5_velocity
- Input point features:
Complete these steps for the other variables,
depth
,sheer stress
,froude_number
, andreynolds_number
.
3.5 Calculate Slope
The goal of the step is to calculate slope from the AdH depth variable created in the previous step.
Use the Slope (Spatial Analyst) tool to calculate slope.
- Input raster:
q5_depth
- Output raster:
\\mvrdfs\egis\Work\EMP\HREP_Projects\SteamboatSlough\Mussels\SteamboatMusselModel\Adh\Existing_condition\existingcondition.gdb\q5_slope
- Output measurement: degree
- Z factor = 1 (linear units same)
- Input raster:
- Use Copy Raster (Data Management) tool to convert the
q5_slope
raster into .bil format, as outlined in previous step. Repeat the above steps to convert calculate the Q95 slope.
3.6 Convert to .bil format
The goal of this step is to convert the AdH output into a format that can be used by Maxent. The .bil format is one of the formats common to both Maxent and ESRI. This step will repeated for all AdH (Q5, Q95) predictors.
Use the Copy Raster (Data Management) tool to covert the AdH predictor rasters into .bil format.
- Input Raster:
q5_velocity
- Output Raster Dataset:
\\mvrdfs\egis\Work\EMP\HREP_Projects\SteamboatSlough\Mussels\SteamboatMusselModel\Adh\Existing_condition\q5_velocity.bil
(Note: cannot save .bil format within the .gdb) - Format: ESRI BIL
- Input Raster:
Repeat the above step for all of the other environmental predictor variables.


Camel Trekking
Camel trekking is traveling long distances by camel. There are a couple ranches in the US that offer trekking, but Africa would be better.
Apparently, they're not as mean as llamas. Contrary to popular beliefe, they don't spit . That's the llama. They have no manners.
Camels!Steelhead Salmon Fishing
Steelhead salmon fishing is second on my list. It would be flyfishing of course, and preferably with bear spray. Although bears are relatively friendly, they do like salmon.
Steelhead fishingBackpacking Iceland
Backpacking in Iceland is very high on my list. Icelandair recently came to DIA making the flights pretty cheap. I'd like to hostile hop across the country for at least a month.
Backpack Iceland


Wanna get rid of old stuff you don´t need anymore? Just pick an image, title and description and sell it!


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | ENUM CONSTANTS | FIELD | METHOD | DETAIL: ENUM CONSTANTS | FIELD | METHOD |
java.lang.Object java.lang.Enum<Packet.PacketTypes> me.edwards.des.net.packet.Packet.PacketTypes
public static enum Packet.PacketTypes
Enumerates all the types of Packets and their ID's.
Created on: Jan 4, 2015 at 10:50:45 AM
| Enum Constant Summary | |
|---|---|
ADDR
Address Packet Type, used to send information about all known peers |
|
BALLOT
Ballot Packet Type, used to transfer ballot information between nodes |
|
BLOCK
Block Packet Type, used to transfer block information between nodes |
|
GETADDR
Get Address Packet Type, used to request address information |
|
GETBLOCKS
Get Blocks Packet Type, used to request blocks |
|
GETDATA
Get Data Packet Type, used to request a particular piece of data |
|
INV
Inventory Packet Type, advertises knowledge of a particular piece of data |
|
INVALID
Invalid Packet Type, used for internal purposes |
|
NOTFOUND
Not Found Packet Type, signals that a specific piece of data that was requested could not be found |
|
PING
Ping Packet Type, used to ensure that connections are alive |
|
PONG
Pong Packet Type, used to ensure that connections are alive |
|
VERACK
Version Acknowledge Packet Type, used to complete handshake protocol |
|
VERSION
Version Packet Type, used for handshake protocol |
| Field Summary | |
|---|---|
private byte |
id
|
| Method Summary | |
|---|---|
byte |
getID()
Returns the Packet Type ID |
static Packet.PacketTypes |
valueOf(java.lang.String name)
Returns the enum constant of this type with the specified name. |
static Packet.PacketTypes[] |
values()
Returns an array containing the constants of this enum type, in the order they are declared. |
| Methods inherited from class java.lang.Enum |
|---|
clone, compareTo, equals, finalize, getDeclaringClass, hashCode, name, ordinal, toString, valueOf |
| Methods inherited from class java.lang.Object |
|---|
getClass, notify, notifyAll, wait, wait, wait |
| Enum Constant Detail |
|---|
public static final Packet.PacketTypes INVALID
public static final Packet.PacketTypes PING
PacketPing
public static final Packet.PacketTypes PONG
PacketPong
public static final Packet.PacketTypes VERSION
PacketVersion
public static final Packet.PacketTypes VERACK
PacketVerack
public static final Packet.PacketTypes GETADDR
PacketGetAddr
public static final Packet.PacketTypes ADDR
PacketAddr
public static final Packet.PacketTypes INV
PacketInv
public static final Packet.PacketTypes NOTFOUND
PacketNotFound
public static final Packet.PacketTypes GETDATA
PacketGetData
public static final Packet.PacketTypes BALLOT
PacketBallot
public static final Packet.PacketTypes BLOCK
PacketBlock
public static final Packet.PacketTypes GETBLOCKS
PacketGetBlocks
| Field Detail |
|---|
private byte id
| Method Detail |
|---|
public static Packet.PacketTypes[] values()
for (Packet.PacketTypes c : Packet.PacketTypes.values()) System.out.println(c);
public static Packet.PacketTypes valueOf(java.lang.String name)
name
- the name of the enum constant to be returned.
java.lang.IllegalArgumentException
- if this enum type has no constant
with the specified name
java.lang.NullPointerException
- if the argument is nullpublic byte getID()
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | ENUM CONSTANTS | FIELD | METHOD | DETAIL: ENUM CONSTANTS | FIELD | METHOD |


{{title}}
{% if request.user.is_authenticated %}
Hello {{request.user.username}}
We are happy to have you on board
You are logged in, Please click the button below
Dashboard
{% else %} Login
Not a member? Sign up here. »
{% endif %}{% load static %}
Hello {{request.user.username}}
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{% endif %}


This CSS library or framework is super minimum. It does not contain any unnecessary component. JavaScript is not required. If the browser JavaScript is disabled, this framework can be displayed.
This is card contents. You can put contents including sentences, images, videos and so on.
OK


Enterprises migrate toward controller based architectures, the role and skills required of a core network engineer are evolving and more vital than ever. To prepare for this network transition, the CCNA Routing and Switching certification will not only prepare you with the knowledge of foundational technologies, but ensure you stay relevant with skill sets needed for the adoption of next generation technologies
CCNA (Cisco Certified Network Associate) is a category of technical certifications offered by Cisco for early-career networking professionals. The CCNA is the second level of accreditation, one step above Cisco Certified Entry Networking Technician (CCENT) and directly below the CCNP (Cisco Certified Network Professional). Cisco offers five Cisco Career Certification programs and levels of accreditation: Entry, Associate, Professional, Expert and Architect.


Welcome to my portolio page
Portfolio
A&A Fireplace and Chimney
Brooklyn Magazine
Exr NYC
Meier Real Estate
Siderow
Warburg Realty
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Darling.js - Entity-Component-System based javascript game engine with dependency injections and modules. Create flexible architecture of a game.
Darling.js - Entity-Component-System based javascript game engine with dependency injections and modules. Create flexible architecture of a game.
Arcade game combined Elasto Mania and Dino Run.
Game goal is drive the cabriolet and try to avoid storm, collect gems and reach to the end point.
Used modules: Emscripten Box2d, Pixi.js, Howler.js and so on.
Also was used Angular.js for creating game like single page app.
Current state of project MVP, in next iteration I'll apply new visual design.
Game developed almost without any additional modules. It's heavily based on CraftyJs example, but unlike it almost all logic are user code based. That shows how to deal with your own modules, systems and components.
Darling.js does not cost a dime. Code licensed under the Simplified BSD License. You only need to noted in source that you have used Darling.js. And I'll be very pleasured if you let me know that you are using engine in your project.
The dependency injection in Darling.js allow you to declarative describe how your application is wired. And any component which doesn't fit your needs can easily be replaced.
Based on Angular.js
Separates the functionality and data into individual Systems and Components that are mostly independent of one another. So composition is used instead of inheritance. Also group components and system in Modules that can be plugged to game application. Gallery of modules.
Engine doesn't depend on any additional library and only implement Entity, Component, System approach. So it's up to you to use any renderer libraries (2D or 3D), physic simulation and AI. But for easy integration there is exist some adapter for popular libraries and common use cases.
Highly inspired by Ash Framework by Richard Lord.
Use fluent interfaces (jQuery and CraftyJS like). Support Bower. Node.js, Yeoman.io scaffolding is coming soon
bower install darlingjs
or download.
more tutorials is coming soon


Preacher Sla:
I can see your confusion.
Despite what you may have heard me say, don't lose your faith in the goddess. Regardless of race or rank, Einhasad's light and healing magic is still very much present in our world.
I do not know what happened between Einhasad and Emperor Schuneimann, but...

Go tell High Priest Sylvain what I just told you.


One of my pages- THE KEWL LIST OF BAND NAMES!Another one of my pages- BUSH!Yet another one of my pages- LEONARDO DiCAPRIO!Yup, my 4th page- PARTY of FIVE!


ZERA increases fuel prices
The Zimbabwe Energy Regulatory Authority (ZERA) has increased the price of fuel with effect from today.
by Ellen ChasokelaZERA said the new prices were premised on the interbank market rate and will see a litre of blend petrol (E20) retailing at $17,44 while diesel will sell at $17,90 per litre.
Last week, the price of petrol was pegged at $17,07 while diesel was at $17,74 per litre.
The price changes are due to the FOB (Free on Board) price movement and the revised duty regime.
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“Operators may however, sell at prices below the cap depending on their trading advantages.
“All stakeholders are advised that the petroleum, price releases by ZERA can be verified on the official ZERA website, Facebook or Twitter,” ZERA said in a statement. The Herald


The current bid is £{{ slot.bid }} by {{ slot.name }}. This slot is free! What would you like to bid?
If you win, we will text you to let you know when to donate and come for your massage.


Sun City Wine Tours
ALL TOUR PRICES INCLUDE
- Visit as many wineries as you like in the 6 hour tour time. Tasting fees not included. We can also quote prices with tasting fees included for larger groups.
- Passenger Van, Gas, Mileage
- Professional Driver/ Experienced Wine Guide
Our Wine Tours offers custom tours, and do not accept commissions from any wineries. We take you to the wineries you want, or the ones we think will provide the best experience for your group..


Security Dashboard
$admin
Logout
Authorization Policies
Group Management
API-Key Management
Authorization Policies
This console is used to restrict API access based on Group Membership
Project
Data Provider
API
Type
Authorized Groups
Action
#foreach($entry in $tableEntries)
$entry.getProject()
$entry.getDataProvider()
$entry.getApiName()
$entry.getType()
$entry.getAuthorizedGroups()
Authorize
Revoke
#end


<% for (var index in htmlWebpackPlugin.files.js) { %> <% } %>
<%= htmlWebpackPlugin.options.title %>
Cipher Descriptions
FRACTIONATED MORSE (110-150 plaintext letters)
References
FRACTIONATED MORSE
Rewriting the Morbit and Fractionated Morse
HONEYBEE
Nov-Dec 1997 p.9
ANALYST'S CORNER
Analysis of #11 (Fractionated Morse)
B. NATURAL
Sep-Oct 1969 p.123
Analysis of #38 (Fractionated Morse)
CROTALUS
Mar-Apr 1971 p.66
Solving the Fractionated Morse Without Tips
ROGUE
Sep-Oct 1968 p.120
COMPUTER COLUMN
Scoring Fractionated Morse Plaintext
THE RAT
Sep-Oct 2009 p.12
FRACTIONATED MORSE
Adding Fractionated Morse to Your Repertoire
CONCORDANCE
Nov-Dec 1997 p.4
Analysis and Optimization of the Fractionated Morse Cipher
SI SI
Nov-Dec 1981 p.123
Analysis of #11 (Fractionated Morse)
B. NATURAL
Sep-Oct 1969 p.123
Analysis of #38 (Fractionated Morse)
CROTALUS
Mar-Apr 1971 p.66
Basic Fractionated Morse Solving
PARROT
Nov-Dec 2011 p.6
Computed Fractionated Morse: Frequencies from Various Languages
MATANZA
Nov-Dec 2003 p.4
Computer Column: Scoring Fractionated Morse Plaintext
THE RAT
Sep-Oct 2009 p.12
Elementary Study of the Fractionated Morse
B.NATURAL
Feb-Mar 1951 p.11
Fractional Morse
X.GOTKY
Apr-May 1950 p.32
Fractionated Morse Frequencies Reissued
CROTALUS
Mar-Apr 1993 p.9
Fractionated Morse Keyword Recovery
RIG R. MORTIS
Mar-Apr 1960 p.83
Fractionated Morse Made Easy
LAMONT CRANSTON
Jul-Aug 1992 p.6
Fractionated Morse (Novice Notes)
LEDGE
Nov-Dec 1975 p.136
Fractionated Morse, Seriated Triadic
FIDDLE
Nov-Dec 1965 p.27
Fractionated Morse Tip Placement: Example
PARROT
Sep-Oct 2006 p.6
General Break for Fractionated Morse
MOOJUB
Aug-Sep 1951 p.100
Solution
Oct-Nov 1951 p.131
Correction
MOOJUB
Feb-Mar 1952 p.11
Identifying Fractionated Morse
BION
May-Jun 2002 p.6
Rewriting the Morbit and Fractionated Morse
HONEYBEE
Nov-Dec 1997 p.9
Morse Code Fractionating Cipher
FIDDLE
Apr-May 1950 p.25
Periodic Fractionated Morse
FIDDLE
Aug-Sep 1954 p.57
Solving ACs in MA2002
Larry Mayhew (AAHJU)
Jul-Aug 2002 p.4
Solving a Fractionated Morse Using Frequency Matching
MATANZA
Jul-Aug 2004 p.4
Solving the Fractionated Morse without Tips
ROGUE
Sep-Oct 1968 p.120
Spanish Fractionated Morse: Frequencies
MATANZA
Sep-Oct 2004 p.4
Tyro Grams: Fractionated Morse Cipher
LIONEL
Jul-Aug 2008 p.21
FRENCH
Red Herring Alert JA2009 X-10 French Fractionated Morse
LIONEL
Mar-Apr 2010 p.10
FREQUENCIES
Spanish Fractionated Morse: Frequencies
MATANZA
Sep-Oct 2004 p.4
KEYWORD ALPHABETS
Keyword Recovery: See also Fractionated Morse, Playfair, Quagmire. Keyword Recovery and Xenocrypts (Tyro Grams)
LIONEL
May-Jun 2003 p.21
MORBIT
Rewriting the Morbit and Fractionated Morse
HONEYBEE
Nov-Dec 1997 p.9
NOVICE NOTES
Fractionated Morse (Novice Notes)
LEDGE
Nov-Dec 1975 p.136
RELATIVIST SUBSTITUTION CIPHER
Fractionated Morse
MI TAI TAI
Mar-Apr 1968 p.49
SPANISH
Spanish Fractionated Morse: Frequencies
MATANZA
Sep-Oct 2004 p.4
TYRO GRAMS
Fractionated Morse Cipher
LIONEL
Jul-Aug 2008 p.21


 You can vote in advance at this location, or vote at your polling station as normal on {{ NEXT_CHARISMATIC_ELECTION_DATE }}. {% endblocktrans %} {% else %} {% blocktrans trimmed %} Your council is trialling a system that allows you to vote in person before polling day. You can vote in advance at this location, or vote at your polling station as normal on polling day. {% endblocktrans %} {% endif %}
{% include "fragments/advance_voting_station.html" %} {% endif %}{% blocktrans %}You can vote in person at:{% endblocktrans %}
{% if station.formatted_address %} {{ station.formatted_address|linebreaksbr }}{% blocktrans trimmed with distance_in_miles=directions.distance_in_miles|floatformat:"1" time_in_minutes=directions.time_in_minutes %} It's about {{ distance_in_miles }} miles away or a {{ time_in_minutes }} minute walk from {{ postcode }}. {% endblocktrans %}
{% elif directions.mode == "drive" %}{% blocktrans trimmed with distance_in_miles=directions.distance_in_miles|floatformat:"1" time_in_minutes=directions.time_in_minutes %} It's about {{ distance_in_miles }} miles away or a {{ time_in_minutes }} minute drive from {{ postcode }}. {% endblocktrans %}
{% endif %}{% blocktrans trimmed with google_maps_url=directions.google_maps_url cyclestreets_url=directions.cyclestreets_url %} Get walking/driving directions from Google or cycling directions from CycleStreets. {% endblocktrans %}
{% blocktrans %}Polling stations are open from 7am to 10pm{% endblocktrans %}{% if NEXT_CHARISMATIC_ELECTION_DATE %}{% blocktrans %} on {{ NEXT_CHARISMATIC_ELECTION_DATE }}{% endblocktrans %}{% endif %}.
{% if territory != 'NI' %}{% blocktrans %}If you have a postal vote, you can hand it in at this polling station on election day up to 10pm{% endblocktrans %}
{% endif %}Your council conducted a trial that allowed you to vote before polling day.
The advance voting station is now closed, and you must vote at your assigned polling station.
If you voted in advance of polling day, then you can't vote again today.
{% endblocktrans %}


Basic JMS API Concepts
This section introduces the most basic JMS API concepts, the ones you must know to get started writing simple application clients that use the JMS API.
The next section introduces the JMS API programming model. Later sections cover more advanced concepts, including the ones you need to write applications that use message-driven beans.
JMS API Architecture
A JMS application is composed of the following parts.
A JMS provider is a messaging system that implements the JMS interfaces and provides administrative and control features. An implementation of the Java EE platform includes a JMS provider.
JMS clients are the programs or components, written in the Java programming language, that produce and consume messages. Any Java EE application component can act as a JMS client.
Messages are the objects that communicate information between JMS clients.
Administered objects are preconfigured JMS objects created by an administrator for the use of clients. The two kinds of JMS administered objects are destinations and connection factories, which are described in JMS Administered Objects.
Figure 47-2 illustrates the way these parts interact. Administrative tools allow you to bind destinations and connection factories into a JNDI namespace. A JMS client can then use resource injection to access the administered objects in the namespace and then establish a logical connection to the same objects through the JMS provider.
Messaging Domains
Before the JMS API existed, most messaging products supported either the point-to-point or the publish/subscribe approach to messaging. The JMS specification provides a separate domain for each approach and defines compliance for each domain. A stand-alone JMS provider can implement one or both domains. A Java EE provider must implement both domains.
In fact, most implementations of the JMS API support both the point-to-point and the publish/subscribe domains, and some JMS clients combine the use of both domains in a single application. In this way, the JMS API has extended the power and flexibility of messaging products.
The JMS specification goes one step further: It provides common interfaces that enable you to use the JMS API in a way that is not specific to either domain. The following subsections describe the two messaging domains and then describe the use of the common interfaces.
Point-to-Point Messaging Domain
A point-to-point (PTP) product or application is built on the concept of message queues, senders, and receivers. Each message is addressed to a specific queue, and receiving clients extract messages from the queues established to hold their messages. Queues retain all messages sent to them until the messages are consumed or until the messages expire.
PTP messaging has the following characteristics and is illustrated in Figure 47-3.
Each message has only one consumer.
A sender and a receiver of a message have no timing dependencies. The receiver can fetch the message whether or not it was running when the client sent the message.
The receiver acknowledges the successful processing of a message.
Use PTP messaging when every message you send must be processed successfully by one consumer.
Publish/Subscribe Messaging Domain
In a publish/subscribe (pub/sub) product or application, clients address messages to a topic, which functions somewhat like a bulletin board. Publishers and subscribers are generally anonymous and can dynamically publish or subscribe to the content hierarchy. The system takes care of distributing the messages arriving from a topic’s multiple publishers to its multiple subscribers. Topics retain messages only as long as it takes to distribute them to current subscribers.
Pub/sub messaging has the following characteristics.
Each message can have multiple consumers.
Publishers and subscribers have a timing dependency. A client that subscribes to a topic can consume only messages published after the client has created a subscription, and the subscriber must continue to be active in order for it to consume messages.
The JMS API relaxes this timing dependency to some extent by allowing subscribers to create durable subscriptions, which receive messages sent while the subscribers are not active. Durable subscriptions provide the flexibility and reliability of queues but still allow clients to send messages to many recipients. For more information about durable subscriptions, see Creating Durable Subscriptions.
Use pub/sub messaging when each message can be processed by zero, one, or many consumers. Figure 47-4 illustrates pub/sub messaging.
Programming with the Common Interfaces
Version 1.1 of the JMS API allows you to use the same code to send and receive messages under either the PTP or the pub/sub domain. The destinations that you use remain domain-specific, and the behavior of the application will depend in part on whether you are using a queue or a topic. However, the code itself can be common to both domains, making your applications flexible and reusable. This tutorial describes and illustrates these common interfaces.
Message Consumption
Messaging products are inherently asynchronous: There is no fundamental timing dependency between the production and the consumption of a message. However, the JMS specification uses this term in a more precise sense. Messages can be consumed in either of two ways:
Synchronously: A subscriber or a receiver explicitly fetches the message from the destination by calling the receive method. The receive method can block until a message arrives or can time out if a message does not arrive within a specified time limit.
Asynchronously: A client can register a message listener with a consumer. A message listener is similar to an event listener. Whenever a message arrives at the destination, the JMS provider delivers the message by calling the listener’s onMessage method, which acts on the contents of the message.


Instructions
In this experiment, you will be asked to follow instructions to complete a production task. The experiment will start with a practice period (2 mins), followed by the main production period (18 mins), and will end with a questionnaire. Please read the instructions carefully. You will be paid in cash at the end of this study for participating.
A record of your participation in this research study will be maintained, but this record will be kept strictly confidential. You will be assigned a unique participant ID number and there will be no way in the records to associate your number and your responses with you personally.
There are no “tricks” or deceptions in this experiment, meaning that these instructions will be carried out exactly as described.
If you have any questions at any time during today’s study, please raise your hand. The administrator will answer your question in private. Please do not communicate with anyone other than the administrator after this point.
Your participation in this study is voluntary and should take about 40 minutes. By advancing to the next screen you acknowledge that participation is voluntary.