Billing
Billing is the process where the cloud computing service subscribers are charged
based on the metered data. Billing usually happens on a monthly basis. Billing uses
pricing rates defined against usage plans and compute the invoice against the usage
data.
Metering
Metering measures levels of resource utilization, such as network bandwidth usage and
data storage volume, consumed by the cloud services subscribers, aka tenants.
Resource utilization's (bandwidth and storage usage) are measured on the fly and the
measured data is stored for summarizing and analyzing.
Account Management
Account management allows a tenant to update and validate contact information,
update the usage plan, validate the account and even de-activate the account .
Users and Roles
You can add users and define your own roles for a tenant. The permission model is
role based. So a tenant admin can define what actions a role can perform by
configuring permissions for that role.
Usage Metering and Throttling
How WSO2 StratosLive meets Security Challenges in Cloud


Limitless's Raychan takes on warm, vintage vibes for his individual comeback teaser photos
by beansssRookie boy group Limitless has unveiled a new set of concept teaser images of today's member Raychan, with just a little over a week remaining until their full comeback.
As previously reported, Limitless will be returning with two new members J-Jin and C.I for their first ever comeback since debut. The group plans on showcasing not only their upgraded numbers, visuals, and sound, but also a much more mature side overall with their 1st mini album, 'Wish Wish'.
Stay tuned for more of the Limitless members' individual comeback concept photos, coming soon.


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Break all bricks before they come down! Move with Left and Right arrow keys. Get laser power and press Up arrow to fire.
Wanna make game like this? Join Jaaga!


BREAKING | Durban dad Sibusiso Mpungose handed 4 life terms for killing his children
A 44-year-old Durban father Sibusiso Mpungose has been handed four life terms for killing four of his children.
Mpungose was handed the sentence in the KwaZulu-Natal High Court in Pietermaritzburg on Wednesday after pleading guilty in October. He had hanged his three small children and 16-year-old stepdaughter in Durban.
He will return to court to face an additional charge of rape in an unrelated incident, which allegedly occurred mere days before he took the life of his children.
More to follow.


WELCOME
TO DELANI STUDIO
AMAZING PEOPLE ARE MAKING AMAZING DESIGNS IN A FUN ENVIRONMENT
When you work with us you are part of a team of committed collaborators,all aspects of our software development process are intergrated,interactive
and agile
Our approach unifies design,development and product management and product managent to create exceptional products
We start each project by understanding your business goals,the user's needs and the product requirements
then we help translate them into effective and elegant solutions.
Before we sign a contract or write a line of code our team will spend the necessary time needed to understand your product vision
The outcome of this scoping session a proposal or high-level statement of work.
based on your requirements,we can provide a complete offering or just the pieces you need.
our design practice offers a full range of services
including brand strategy ,interaction and visual design
and user experience testing.
Throughout your project,our designers create and
implementing visual design and workflows,solicit user
feedback and work with you to make sure what gets built
is what is needed.
All engineers are fluent in the latest enterprrise,mobile
and web development technologies.
They collaborate with your team to write and improve
code on a daily basis,using proven practice such as
test-driven development and pair programming.
planning and development is itterative because we are
constanty coding and testing,the products we build are
always ready to go live
This iterativ process allows for changes as business
requirements evolve
DELANI STUDIO
2019


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|
xANNA
registry
|
The xANNA registry
The registry is essentially a hierarchical filesystem. The registry can
be browsed, and artifacts viewed/downloaded, using any (filesystem)
browser or a command line tool. Depending on how this registry is hosted,
it might also be accessed via a shared file system or ssh/scp.
The hierarchical structure and naming conventions are tailored for use
with tools such as Maven or Ivy.
In this manner, artifacts can be treated as dependencies in
build/configuration systems with automated retrieval.
The registry is the official publication of xANNA.
Registry organization
The following naming hierarchy is used:
- root
- This is the highest level of the hierarchy. It may contain protocol
information depending on the access method. If the registry is
replicated, the same contents might have different roots.
- For example, a registry accessible via a web server might have a root
portion of the name as:
-
http://localhost/xanna/registry
- In the subsequent text, we'll abbreviate this with the placeholder rootURL.
- information domain
- As xANNA may cover different name and number domains, these
sub-registries are distinguished. Some may not be present in all
instantiations. Domains include SMI, SAF, LDAP, TLS/SSL, and perhaps
others in the future. Continuing with the example, the SMI domain name
would be:
-
rootURL/smi
- The TLS/SSL domain covers certificate authority issued certificates:
-
rootURL/ca
- organization
- This is an administrative domain name so that a registry can
potentially host artifacts or be part of other repositories, without
conflict.
- The TLS/SSL domain is organized on the basis of certificate "common
names" but exploded into a directory hierarchy based loosely on Maven
conventions. For TLS endpoints (e.g. web servers), the groupId is the
reverse DNS fully qualified domain name (if the convention to use the
DNS name for the common name). For certificate authorities, it is the
name of the authority as expressed by the common name (usually not
based on a DNS name). If the first word of the common name is a name in
DNS "dot notation", then this word is exploded into a reverse DNS path.
A few examples of common name mapping helps make this clear:
-
minivan.remulac.fr
would
be mapped to rootURL/ca/fr/remulac/minivan
-
xANNA Root Certificate Authority
would be mapped to rootURL
/ca/xANNA
Root Certificate Authority
xanna.example.net xANNA SSL CA
would be mapped to rootURL
/ca/net/example/xanna/
xANNA
SSL CA
- module
- This term from Ivy describes a set of one or more artifacts that are
published and versioned as a unit. In Maven, this is called the artifactId.
- For TLS, the module/artifactId is always "cert."
- version
- All the different versions of a module are named at this level.
Version numbering/naming schemes may vary from domain to domain,
organization to organization, or even module to module. Having a version
directory means that individual artifact files are not obliged (but may)
be named with version information attached. A datestamp might be used.
For certificates, we will use the subject string hash.
-
rootURL
/ca/fr/remulac/minivan/cert/75d3e061
- artifact
- We are finally down to the artifact! Here it is for a MIB:
-
rootURL
/smi/net.example.management/EXAMPLE-MIB/201103180000Z/EXAMPLE-MIB.mib
- Here are examples of a xANNA root certificate and a server
certificate:
-
rootURL
/ca/xANNA Root Certificate Authority/cert/1f541a81/cert.pem
-
rootURL
/ca/fr/remulac/minivan/cert/75d3e061/cert.pem
Verification and authentication
See the information about artifact
verification and authentication.
Known registries
- local
- A co-located replica.


@Bugsbane Anyway, as a user, I'd like to say thank you so much for a magnificent app, and please do listen to Jan. For my usecase at least, everything he had said in this issue has been 100% correct.
00:48 cketti do you mind if i add you as collaborator and create a design_overhaul milestone, so you can organize the ui/ux issues on github?


{% extends "layout.html" %} {% block page_title %} Example - Forms {% endblock %} {% block content %} {% include "includes/phase_banner_beta.html" %} {{formData | safe}} Do you have the right to work in the UK? This includes British, EU, EEA, Swiss citizens and working visa holders. Your right to work in the UK will checked before you can become a childminder. Are you 18 or over? Yes No {% endblock %}
This includes British, EU, EEA, Swiss citizens and working visa holders.
Your right to work in the UK will checked before you can become a childminder.


Crownstone supports multiple spheres. You will have to select the sphere that belongs to your account.


emcor-group
Businessmodel of EMCOR Group
Customer Segments
EMCOR provides a broad range of services that target customers across multiple business sectors. The Company’s customers can be organised broadly into the following categories:
- Commercial, comprising a range of commercial enterprises that own or operate buildings and facilities, including property management companies and real estate developers;
- Industrial, comprising operators across all industrial segments, including industrial manufacturers, mining and natural resources companies, and processing companies;
- Utility, comprising distributors and generators of utilities, including energy companies, water treatment companies, and electricity transmission businesses; and
- Institutional, comprising various government bodies, principally including municipal, federal and state organisations across the US, participating in public works projects such as highway lighting systems and infrastructure maintenance. EMCOR also serves tenants of buildings and building units, providing various maintenance and repair services.
EMCOR’s principal market is its native US, which accounts for the majority of its business. The Company also operates in the UK, where it has a number of customers across multiple segments.
Value Propositions
EMCOR provides value to its customers in the following ways:
- The quality and reliability of its services and solutions, with the Company providing high-quality services, having a track-record as a well-regarded, reliable and efficient provider of engineering and maintenance services;
- The breadth of its service portfolio, with the Company providing an extensive range of services that serve a variety of business sectors, notably industrial, commercial, and institutional organisations;
- Its technical expertise and experience, with the Company employing highly-trained specialist personnel across its five operating segments, led by an experienced team of industry executives; and
- Its safety processes and procedures, with the Company having a safety record that is above the industry average, and higher than many of its competitors. ### Channels
EMCOR operates a website at www.emcorgroup.com, through which it provides information on its various services, projects, and locations. The Company does not operate an online sales channel or a customer portal.
EMCOR serves its customers directly, operating sales and service teams specific to each of its operating segments. The Company is active through more than 75 group companies present operating across 170 locations in the US and the UK.
Once contracts and sales have been agreed, the Company works directly on construction service and building service both large and small projects, including for corporations, municipalities and federal and state governmental entities, through its expansive team of specialist engineering, construction, and maintenance personnel, which manage all aspects of these projects.
EMCOR also provides construction services indirectly, by acting as a subcontractor to general contractors, systems suppliers, property managers and other subcontractors.
Customer Relationships
EMCOR does not operate any self-service channels, beyond the information provided on its website. The Company works closely with its customers, consulting over a period of time in order to accurately establish the requirements, budget, and limitations of each project prior to the commencement of work. EMCOR collaborates with customers throughout these projects, with a view to establishing longstanding relationships.
Additionally, EMCOR provides ongoing support to its customers and makes support and service personnel available throughout the project process, with larger customers having their own account management teams. Potential and existing customers are also able to contact the Company via email and over the phone in order to receive a personalised response to enquiries.
EMCOR provides a range of information to customers through its website, publishing press releases, and news coverage. It also operates a number of social media accounts – including with Facebook, LinkedIn, and YouTube – through which it can provide more timely information and interact directly with customers.
Key Activities
EMCOR is an electrical and mechanical construction, and facilities services firm based in the US.
The Company provides a range of building and industrial services across its five business segments: United States Electrical Construction and Facilities Services; United States Mechanical Construction and Facilities Services; United States Building Services; United States Industrial Services; and United Kingdom Building Services. EMCOR’s services include construction services relating to electrical and mechanical systems for both non-residential and residential facilities; various services relating to the operation, maintenance and management of industrial facilities, such as refineries and petrochemical plants; and repair and maintenance services in relation to electrical and mechanical systems.
The Company’s customers include industrial, commercial, institutional, and utilities customers.
Key Partners
EMCOR works alongside a number of companies and organisations across its five operating segments. These partnerships include:
- Supplier and Vendor Partners, comprising suppliers of equipment, tools, and materials used in the Company’s various projects, and suppliers of services that support, facilitate, or supplement the Company’s own services;
- Joint Venture Partners, comprising various companies, principally engineering and construction companies, with which the Company provides joint services and collaborates on projects through mutually owned entities;
- Safety and Productivity Partners, comprising a range of companies that collaborate with the Company to improve safety and productivity practices across EMCOR’s portfolio of companies and projects; and
- Strategic and Alliance Partners, comprising a range of companies and organisations, with which the Company shares resources and collaborates on joint projects. EMCOR has established partnerships with companies and organisations across multiple sectors, including British Airways, Heriot Watt University, and BAE Systems.
Key Resources
EMCOR’s key resources are its equipment and supply chain, physical infrastructure – including offices and facilities, its IT and communications infrastructure, its partnerships, and its personnel – particularly its specialist technical staff.
EMCOR owns and operates a number of properties across the US and the UK, including more than 25 facilities spanning an area greater than 50,000 square feet, the majority of which are leased.
Cost Structure
EMCOR incurs costs in relation to the repair and maintenance of its equipment, the procurement of materials and supplies, the payment of fees to third-party service providers, the maintenance of its It and communications infrastructure, the management of its partnerships, and the retention of its personnel.
In 2015 EMCOR recorded cost of sales in the amount of $5.77 billion, which includes the procurement and maintenance of supplies and equipment, and the procurement of services from third parties. The Company’s selling, general and administrative expenses – including the payment of salaries and benefits to its workforce of 29,000 employees – totaled $656.57 million for the year.
Revenue Streams
EMCOR generates revenue through its provision of various engineering, construction and industrial services to a broad range of customers. This principally includes revenue derived from contracts relating to small and large contracts across it five operating segments.
In 2015 EMCOR generated annual revenue of $6.72 billion, up slightly on the $6.42 billion recorded by the Company in 2014. This small increase was attributed to general growth across the Company’s segments. The Company’s largest revenue generator was its United States Mechanical Construction and Facilities Services segment, which generated $2.31 billion in revenue for the year. The only other segments to generate more than $1 billion in revenue were the United States Electrical Construction and Facilities Services and United States Building Services, which recorded revenue of $1.37 billion and 1.74 billion respectively.


Hi, my name is Ziemo.
I'm a teacher turned CX & UX designer based in Scotland.
UX Designer based in Edinburgh & Glasgow with 8 years' educational delivery and management experience, 6+ years' experience within customer service, customer experience (CX) and high-touch, front-line hospitality and 4+ years' within communications and experience design.
Selected Case Studies
The Drop
Coffee is an industry worth over £4billion. The Drop is a B2B is a platform that bridges independent coffee roasteries and hospitality businesses.
Williams & Johnson
Williams and Johnson are a well established local coffee rostery. I had a chance to perform research, redesign the company's current website, and design a new service to attract more customers - a subscription for recurring customer sales and engagement
Bearded Baker
The Bearded Baker is an award-winning cafe located in Edinburgh Scotland. Rowan and Julia, the business owners, reached out to me to help them redesign their website and come up with ways to improve communication with customers.
Hire Me!
Feel free to reach out for a coffee, a consult, how to raise the bar with your digital interfaces and customer success, or simply looking for an extra set of hands labelled User Researcher or UX Designer.
<EMAIL_ADDRESS>Working with Ziemo was pure pleasure.


Mima Ito captures first singles title of season on World Tour
LONDON – Table tennis star Mima Ito defeated the former women’s singles world No. 1 to capture her first title on this year’s International Table Tennis Federation World Tour at the Austria Open on Sunday.
Ito, ranked seventh in the world, beat China’s Zhu Yuling 4-1 in the final at Tips Arena Linz after winning the opening game 11-5, dropping the second game at deuce 16-18 and then stepping up her play to win the next three games 11-7, 13-11, 12-10.
It was Ito’s first title after reaching four singles finals on the World Tour circuit this season. The 19-year-old finished runner-up at the German Open and Swedish Open last month.
“I played a really good game,” said Ito, who has virtually secured herself a spot at next year’s Tokyo Olympics.
The Austrian Open is the last World Tour event before the season-ending Grand Finals in Zhengzhou next month.
According to the Japan Table Tennis Association, the top two men’s and women’s singles players on the ITTF’s Olympic ranking list as of January will qualify for the 2020 Summer Games.
GET THE BEST OF THE JAPAN TIMES
IN FIVE EASY PIECES WITH TAKE 5
JOIN THE CONVERSATION


| 类 | 说明 |
|---|---|
| ByteCounter |
Keep track of the bytes sent/received and provide some metrics when
desired as part of the Netty Channel stack.
|
| ChannelRotater |
Maintains multiple channels and rotates between them.
|
| NettyClient |
Netty client for sending requests.
|
| NettyMasterClient |
Netty implementation of
MasterClient |
| NettyMasterServer |
Netty implementation of
MasterServer |
| NettyServer |
This server uses Netty and will implement all Giraph communication
|
| NettyWorkerAggregatorRequestProcessor |
Netty implementation of
WorkerAggregatorRequestProcessor |
| NettyWorkerClient<I extends org.apache.hadoop.io.WritableComparable,V extends org.apache.hadoop.io.Writable,E extends org.apache.hadoop.io.Writable,M extends org.apache.hadoop.io.Writable> |
Takes users facing APIs in
WorkerClient and implements them
using the available WritableRequest objects. |
| NettyWorkerClientRequestProcessor<I extends org.apache.hadoop.io.WritableComparable,V extends org.apache.hadoop.io.Writable,E extends org.apache.hadoop.io.Writable,M extends org.apache.hadoop.io.Writable> |
Aggregate requests and sends them to the thread-safe NettyClient.
|
| NettyWorkerServer<I extends org.apache.hadoop.io.WritableComparable,V extends org.apache.hadoop.io.Writable,E extends org.apache.hadoop.io.Writable,M extends org.apache.hadoop.io.Writable> |
Netty worker server that implement
WorkerServer and contains
the actual ServerData . |
| SaslNettyClient |
Implements SASL logic for Giraph BSP worker clients.
|
| SaslNettyServer |
Encapsulates SASL server logic for Giraph BSP worker servers.
|
| SaslNettyServer.SaslDigestCallbackHandler |
CallbackHandler for SASL DIGEST-MD5 mechanism
|
| WrappedAdaptiveReceiveBufferSizePredictorFactory |
Uses composition to learn more about what
AdaptiveReceiveBufferSizePredictor has determined what the actual
sizes are.
|
Copyright © 2011-2014 The Apache Software Foundation. All Rights Reserved.


For this assignment I mapped the information flows through the Global Nutrition Cluster (GNC), the official coordinating mechanism for humanitarian actors working to safeguard and improve the nutritional status of emergency affected populations. Due to the decentralised nature of the GNC this assignment involved engagement with a diverse set of stakeholders. I obtained a thorough analysis of the information ecosystem through a combination of comprehensive desk review and structured stakeholder interviews. The data flow diagram that I developed was used to identify all of the existing information management tools currently in use by Information Management Officers. I used these findings to develop a report on the missing tools with recommendations to improve systems and processes. I also developed desktop GIS and web mapping information management tools for use by the cluster. The new IM Toolkit was launched by the GNC in December 2015, read more about it here.
ArticleI researched and authored a white paper on the role of location data in the integration of health and social care in the UK to be jointly published by the Society of IT Managers (SOCITM) and Ordnance Survey. My research included structured stakeholder interviews with a range of key informants within the National Health Service, Local Government and Social Care organisations. I produced a long form report for internal use including a range of recommendations, plus a summarised White Paper for publication. I lunched the report at the annual SOCITM conference and presented my findings at a conference of users of UK Public Sector Mapping. You can download a copy of the White Paper here.
White PaperFor this assignment I examined the feasibility of adding location information to the Somali HMIS using GIS. The final report outlined the added value and related risks of integrating GIS into HMIS; presented case studies highlighting important lessons from the use of GIS in health service planning in similar contexts elsewhere in the world; detailed the existing geospatial data sets for Somalia and provided guidance on whether these data sets could feasibly be used; summarised software options and outlined the next steps required to implement a GIS solution.
This assignment required me to use my technical GIS skills. The client, a UK National Park required the locations of cultural heritage assets within the park to be geocoded and the results mapped. I was provided with a list of addresses which I cleaned, geocoded and categorised by asset type. I discovered a number of additional assets by querying a number of open data sources. I then mapped the location of all the assets. Separate maps were produced showing each asset category and all of the assets within each of the park’s constituent counties and unitary authority. You can read more about the Cultural Heritage Audit here.
ArticleThis assignment, which I carried out as a Society of IT Managers (Socitm) consultant, was the result of two UK local authorities combining IT functions as a cost saving exercise. The client required advice on the best way to rationalise the two existing entirely separate GIs functions. To do this I carried out a strategic review of GIS related activities within both authorities through a series of stakeholder interviews and a thorough document review. The deliverables were a detailed strategy document and action plan, plus a presentation to the client and stakeholders.


Just as individuals are not replaceable, Northland is not replaceable. We are different by design, and the best is yet to come.
Financial update through the first three quarters of 2016.
Working alongside our global partners.
Making an impact in our local community.
Developing a network of Distributed Churches and Distributed Training Centers.
High School students forming "micro-churches" on their campuses.
We’re asking that 100% of our congregation participate – pray for this vision, give to this vision and live out this vision – as we follow God’s call together.
Luke 10:2
Jesus invites His disciples to pray that people will join His work, and we believe God is calling Northland to pray that everyday followers of Jesus will rise up as workers who bring the Kingdom of God to earth as it is in heaven. Will you take the next step in praying for this vision?
Matthew 6:21
Jesus exhorts His followers to invest in eternity, and we believe God is calling Northland to be a community that gives generously to see His Kingdom come on earth as it is in heaven. Will you take the next step in your giving journey?
Acts 2:42-47
The early followers of Jesus lived out their faith in such personally transformative communities that they influenced the whole world, and we believe God is calling Northland to form similar kinds of communities of faith in Central Florida and around the world. Will you take the next step in pursuing this vision in your life?
Start Giving
A Step of Trust
We know that there are many people who love Northland and participate regularly in the life of the church, but do not yet give financially to the work of the church. If that’s you, we want you to know that we are glad that you are here and we want to invite you to begin to give back to God a portion of what he has given to you. The amount is not nearly as important as the spiritual step of trusting God with your finances.
“Every man shall give as he is able, according to the blessing of the LORD your God which he has given you.” Deuteronomy 16:17
A Step of Intentionality
When something has captivated our hearts - whether it be relationship, possession, experience, or cause - we naturally dedicate our resources toward it. If you give occasionally, we want to encourage you to give in a more intentional and consistent way. Ask the Lord, “What portion of what you have given to me do you want me to invest in the Kingdom in a consistent and faithful way?”
A Step of Faithfulness
This is where we physically, practically demonstrate our belief that God will keep his word to provide for our needs. In a culture that celebrates spending to 0, to set aside 10% of our income first requires us to go against the stream. This will require that you reprioritize your spending and lifestyle choices to put God first before meeting personal needs. We do this not because God needs our money... rather he called his people to give to put Him first and experience joy, peace and blessing.
A Step of Celebration
This is a moment of recognizing that God allows us to be the conduit of blessing to the world. If you are tithing, remember that this principle of giving 10% of your income back to God was never intended to be a finish line. Perhaps the Lord wants you to excel still more in your giving. Prayerfully consider if God is asking you to increase your giving as a sacrifice for this vision.
For Everyone
Regardless of which step God is calling you to, there may also be possessions that God has blessed you with so that you may be a blessing to others. Whether we feel that we are wealthy or not, we should all consider a special gift Prayerfully consider if there are some assets (savings, investments, property, boat, car...) God may be calling you to liquidate as a catalyst to launch this movement forward.
All contributions will go into one fund, which will resource ongoing church ministry efforts while eliminating our building debt and funding future expansion over a two-year period, totaling $40 million. The red sections are the church programs that the congregation is already funding through current tithes and offerings. The green sections are needs within the next two years to eliminate our mortgage debt and invest in immediate opportunities to plant distributed church networks locally and globally.
Click a piece of the pie to see more details on Northland’s budget.
Many Christians wonder how much is right for them to give. Use this calculator to help you gain a sense of what you could afford to give based on earnings.
Step 1
Step 2
Giving Totals
Commitment Card
Prayer is an important part in making your commitment. Seek what you think you can do, and then confirm what the Holy Spirit is asking you to do.


Hi,
I am Arnav Yagnik currently working as Software Developer at Creo(Acquired By Hike Messenger)
I am an experienced Application Developer with a demonstrated history of working in web and mobile development.
I love to create products with great UI/UX using Bootstrap,Materialize,CSS-IN-JS etc.
Have experience working both at frontend and backend building products wheather it be a desktop, web or mobile application.
Used tools to deliver flawless user experience and optimized solution.
Aug 2017 - Now
Working as part of the product team developing Developer PowerApp Console, a web platform for Uploading,Managing,Testing,Versioning and Releasing Powerapps in Total(refined android) and Hike Messenger Client.
Build using ReactJs,Styled-components,Redux,Redux-saga, Node etc.
January 2016 - Aug 2017
Worked as Javascript Developer building series of B2B applications for mobile for global customers.Worked on technologies like React Native, Node,webpack etc.


|
| Local Properties | ||
| Managed Object Types | Data Object Types | All Properties | All Methods |
To supply host-specific data:
Properties
| Name | Type | Description |
|---|---|---|
| createdTime | xsd:dateTime |
Time at which the answer file was created.
|
| modifiedTime | xsd:dateTime |
Time at which the answer file was last modified.
|
| userInput* | ProfileDeferredPolicyOptionParameter[] |
List containing host-specific configuration data.
|
| Properties inherited from DynamicData | ||
| None |
| Top of page | Local Properties | ||
| Managed Object Types | Data Object Types | All Properties | All Methods |


2048
Score
0
Best
0
You Won!
Game over!
How to play: Move the tiles with WASD or your arrow keys. When two tiles with the same number touch, they will merge into one!
The goal: Reach the 2048 tile!
The goal: Reach the 2048 tile!
This game is based on the game 2048 created by Gabriele Cirulli, itself based on 1024 by Veewo Studio conceptually similar to Threes by Asher Vollmer.


A comprehensive resource that details the medical admissions process. It walks you through it step by step, tells you what you need to do, and how to stand out.
All school leavers and graduates who want to study medicine in the UK. There's a version for everyone.
As we went through the application process, we felt that there was a lack of comprehensive and up to date resources. After in depth research we felt that we could create something that fills this gap. The ultimate tool...
Getting into medical school is one of the toughest things you'll do but we've done our best to make the process as straight forward and simple as possible.
There's a detailed guide for each exam. Tips, tricks, and all you need to do to achieve the score you want. We've simplified the greatest challenge.
We cover the key requirements of all universities and explain how to make the best decisions.
What to include, what to avoid, and how to make a great impression. With fully critiqued examples, you'll be sure to write a great piece.
The different kinds of experience, how to get them, and what to do to get the most out of them.
60+ full analysed interview questions with model answers. We also discuss how to excel in group tasks, panel interviews and MMI stations.
An overview of the structure of the NHS, medical ethics and hot topics you need to know.
There's far too much for us to list here. Have a look at the free sample below for more details!
It's important that the information you have is up to date so we've ensured that everything is relevant to 2017 entry.
Too many resources say things without REALLY saying anything. This guide gets straight to the point.
We spoke to universities to get you unpublished info - ensuring you'll have everything you need to get your offer. We greatly researched all aspects of the admissions process to maximise your chances.
We break down every step you need to get an offer. You get a simple and practical plan.
Not enough resources are fully tailored to graduates and so we made a special graduate edition that targets every step of the process. We went through all universities and found out what they wanted from graduates, and we also customised each chapter.
Unlike other GAMSAT guides, we have 3 complete study plans. One for non-science graduates, one for science graduates and a 1 month crash course. Focus your revision and maximise your time.
Try the guide before you buy it.
Everything a school leaver needs to know.
A fully customised version for graduate applicants.


Advanced Data Analytics - Final Project!
Object Detection & Model Comparison!!
Select Dataset
Select Model
Dataset 1
Dataset 2
Dataset 3
Dataset 4
Model 1
Model 2
Model 3
Model 4


HTML Basics
Apply tags to HTML documents to effectively section content
Differentiate between the various image file types
Predict image paths and apply relative paths to img src tags
Describe how the Internet delivers web pages to the browser
CSS Basics
Apply tags to HTML documents to effectively section content
Differentiate between the various image file types
Predict image paths and apply relative paths to img src tags
Describe how the Internet delivers web pages to the browser


new jsObjDB(prim_keyopt, asyncopt)
Parameters:
| Name | Type | Attributes | Description |
|---|---|---|---|
prim_key |
String |
<optional> |
A unique and required key for the data. Is optional. Note that an internal unique field named _id is always created anyway and can be used for unique indexing if required. Defaults to none. |
async |
Boolean |
<optional> |
Should event handlers and callbacks be called asynchronously? Defaults to false. |
- Source:
Example
var db = jsObjDB();
var db2 = jsObjDB("user_id", true);
Methods
-
addIndex(property, unique, required)
-
Add an index on a single property. Access to items can ben sped up *significantly* (although only the $in and $eq operators are currently supported).
You can add indexes at any time, an attempt will be made to insert all existing elements into that index. Any failure will cause the index to be discarded and an exception thrown.
Each index keeps tabs on how much it partitions the data - more partitioning (i.e. more unique values) means a more efficient index. Conversely, an index where all objects stored have the same value is a very inefficient index. At query time - the best index will be chosen for use.
Parameters:
Name Type Description property
String Name of the property unique
Boolean Is this a unique index. @default false required
Boolean Does every item need this value? - Source:
-
count(query) → {Number}
-
Return the number of elements held in the jsObjDB, or number of elements in a query set.
We *do NOT* provide a length because we dont want jsObjDB mistaken for an array - IT IS NOT. Its store can have holes, and there are no user accessible integer semantics for access.
Parameters:
Name Type Description query
Object Set to count - Source:
Returns:
Number of items in the set (if query is blank, returns total count)- Type
- Number
Example
var itemCount = db.count(); // return count of all items (note: this will be very fast) var itemCount = db.count({}); // also return count of all items (note: this will be very fast) var itemCount = db.count({a: 1}); // return count of items with a == 1; var itemCount = db.count({a: { $gt: 3 }}); // return count of items with a > 3;
-
delete(query, cb, binding) → {Object}
-
Delete a set of items from the database. Uses a query to select items.
Parameters:
Name Type Description query
Object Query descriptor. cb
function Callback function at the end of the deletion. Is passed the deleted set. binding
Object Bound to this during the callback - Source:
Returns:
The cursor containing the deleted items. Not bound to a DB.- Type
- Object
Example
var db = jsObjDB(); ... // fill the database db.delete({a: 4}, function(event) { console.log("Deleted %d items", event.deleted.length); event.deleted.each(function(item) { console.log(item); }); }, this);
-
exists(qry) → {Boolean}
-
Returns true if there exists at least ONE item that matches the query
Parameters:
Name Type Description qry
Object Query - Source:
Returns:
True if there exists at least one match, false otherwise.- Type
- Boolean
Example
var db = jsObjDB("a"); ... // fill the database up if (db.exists({a: { $lt: 5 }})) { // come here if any objects have a < 5. }
-
find(query, cb, binding) → {Object}
-
Find matching objects from the DB. Query is used as a selector.
If a callback is provided, it is called with a cursor representing the found items. That same cursor is also returned and can be used in chained calls.
Parameters:
Name Type Description query
Object Description of the search criteria cb
function Callback function with a cursor object representing the results binding
Object Bound to this during callback - Source:
Returns:
Cursor containing all elements matching the query.- Type
- Object
Example
var cursor = db.find({a: { $ge: 5 }}); console.log(cursor.length); // prints the number of elements with a >= 5 var cursor = db.find({b: 5}).sort("c").uniq("c"); // cursor now contains all elements with b == 5, sorted on 'c' with duplicates removed.
-
findOne(query, cb) → {Object}
-
Find the first item that matches, and return it. NOTE that we DO NOT return a cursor, but an item. The CB also gets the ITEM. This cannot be changed.
Parameters:
Name Type Description query
Object The query object cb
function Callback - Source:
Returns:
The matching item- Type
- Object
-
findWhere(cb, bindingopt) → {Cursor}
-
Find all elements using a custom test function. The function is passed each object in turn, and should return true on a successful test. If a binding parameter is used, it will be bound to 'this' during function invocation. Otherwise the jsObjDB is bound.
Parameters:
Name Type Attributes Default Description cb
function Callback for testing inclusion binding
Object <optional>
this Context for the callback function - Source:
Returns:
A cursor containing all found items- Type
- Cursor
Example
var cursor = db.findWhere(function(item) { return item.a > 5; });
-
insert(items, cb, binding) → {Object}
-
Insert a list of objects into the DB.
Parameters:
Name Type Description items
Array An array of objects to be inserted into the DB cb
function A callback function, called when the operation is complete. The callback will be called using f({ type: "insert", inserted: inserted, failed: failed) where each is a cursor. The inserted cursor will be bound to the DB, the failed cursor is not bound to a DB. binding
Object The binding for this when calling the callback function - Source:
Returns:
An object containing the operation type "insert" and the cursors: inserted, failed.- Type
- Object
Example
var db = jsObjDB("a"); // Note that a is a primary key, and therefore required db.insert([{a:1,b:2}, {a:2}, {c:3}]); // two elements get inserted. The third fails (requires 'a')
-
insertOne(item, cb, binding) → {Object}
-
Insert a single object into the DB. Throws an exception on failure. Returns the item on success with its _id set.
Parameters:
Name Type Description item
Object The object to be inserted into the DB. cb
function Function to call after success (will be passed a full event descriptor) binding
Object The object to bind to this for the callback - Source:
Returns:
The item inserted WITH _id now set.- Type
- Object
-
load(name) → {Object}
-
Load this DB from the localStore. Note that you must construct an jsObjDB then call "load" on it - i.e. this is not a constructor.
Parameters:
Name Type Description name
String Name used to uniquely identify this jsObjDB in the localStore. - Source:
- See:
Returns:
The jsObjDB loaded. Actually just "this".- Type
- Object
Example
var db = jsObjDB().load("MyData");
-
loadFromJSON(json) → {Object}
-
Load this DB from a JSON string. Not usually for user consumption - but may be useful if the DB is being transmitted.
Parameters:
Name Type Description json
String JSON encoded instance of jsObjDB. Must have been created by toJSON(). - Source:
- See:
Returns:
Returns "this" - the jsObjDB object.- Type
- Object
Example
socket.onmessage = function (evt) { var db = jsObjDB().loadFromJSON(evt.data); };
-
off(event)
-
Remove all handlers for a specific event.
Parameters:
Name Type Description event
String The name of the event. - Source:
-
on(event, fn, binding)
-
An event handler is a method that is called on *any* change to the DB (insert, update, upsert, delete). on("
", func(event){}); where " " is one of: // the set of operations update the update function was called. Will be passed event.updated and event.failed. upsert the upsert function was called. Will be passed event.updated, event.inserted and event.failed insert the insert function was called. Will be passed event.inserted and event.failed delete the delete function was called. Will be passed event.deleted. // the change sets inserted some records were inserted, however it happened(upsert or insert). Will be passed event.inserted. updated some records were updated. Will be passed event.updated deleted some records were deleted. Will be passed event.deleted failed some event happened, and some records failed. Will be passed event.failed. // wildcard - on any change operation * on any event. Will be passed event.inserted, event.updated, event.deleted, event.failed. In all cases, the event object will also contain the name of the operation - insert, update, delete, upsert. Change set handlers (inserted, updated, deleted, failed) will *only* be called if there were actually changes to the DB. Operation handlers (insert, update, delete, upsert) will always be called when the operation is executed. "*" handlers will always be called on any operation. The function will be called with an event object, which always contains a "type" field representing the event. It will have one of the names above. The event object includes one or more of the following cursors: - inserted: all items that were inserted
- deleted: all items that were deleted
- updated: all items that were updated
- failed: all items that failed to be inserted or updated
Parameters:
Name Type Description event
String The name of the event on which to attach a callback fn
function The function to call on any change binding
Object The object to bind the function to. (optional - defaults to "this") - Source:
Example
db.on("insert", function(event) { if (event.failed && event.failed.length > 0) { // There are some failures... deal with it } if (event.inserted && event.inserted.length > 0) { // There are some new records - add them to the DOM } ... });
- inserted: all items that were inserted
-
persist(name)
-
Save this DB to persistent store (localStorage). If localStorage is not supported on this browser, then an exception is raised.
Parameters:
Name Type Description name
String Name used to uniquely identify this jsObjDB in the localStore - Source:
- See:
Example
var db = jsObjDB(); ... // store lots of data db.persist("MyData");
-
removeIndex(property)
-
Remove an index.
Parameters:
Name Type Description property
String The property that is indexed. - Source:
-
sizeof() → {Number}
-
Return the approximate size of this jsObjDB instance - including all data stored in it.
- Source:
Returns:
Approximate space used, in bytes, of this database, its storage and indexes.- Type
- Number
Example
var db = jsObjDB(); ... // fill with data console.log("Database size is approximately", db.sizeof());
-
toJSON() → {String}
-
Save the jsObjDB to a JSON string.
- Source:
- See:
Returns:
Returns the JSON string- Type
- String
Example
var db = jsObjDB(); ... // fill with data socket.send(db.toJSON());
-
toString() → {String}
-
Create a string descriptor of the jsObjDB. Useful for debugging.
- Source:
Returns:
String overview.- Type
- String
Example
console.log(db.toString());
-
update(query, changes, cb, binding) → {Array}
-
Update some values in the DB.
The query parameter chooses a set of objects to be updated.
The changes parameter specifies what changes are to be applied. The changes object contains a set of "property" and "modifications" values.
Note that an update as a whole may cause index duplication while the update is happening. For example: an int PK. You delete number 5, then move all 6- elements down. During the move, 7 may get moved to 6 BEFORE 6 gets moved to 5. So the update will fail. NOTE: if, when attempting to re-insert the item, and we get failed indexes, then we UNDO all changes, reinsert the original, and throw.
Parameters:
Name Type Description query
Object A query selecting a group of objects to be modified changes
Object A set of operations to apply to those objects cb
function A callback executed with the summary of changes. binding
Object Bound to this during callback - Source:
Returns:
Returns two cursors - updated and failed.- Type
- Array
Example
var db = jsObjDB(); db.insertOne({a:1, b: {c: [1,2,3]}}); db.update({}, {a: { $inc: 1}, "b.c": { $push: 4 }}); db.find({ a: 2}); // returns: {a: 2, b: { c: [1, 2, 3, 4]}}
-
upsert(items, cb, binding) → {Array}
-
Upsert a set of items. See upsertOne for a spec on what happens to each item. Upsert will always return a set of updated, inserted and failed cursors.
Parameters:
Name Type Description items
Array Array of items to be upserted cb
function Callback called on completion binding
Object Bound to this for callback. - Source:
Returns:
List of inserted, updated and failed cursors. Note that the failed cursor is not bound to a DB because the items dont exist anywhere. They could not be inserted.- Type
- Array
-
upsertOne(item, cb, binding) → {Object}
-
Run one Upsert. If the primary key already exists, then we convert this to an update of that existing item. We simply merge the new item onto the existing item. The existing items "_id" is kept, but for all other properties, the new item has precendence.
It is possible that the insert or update will fail because it violates some other key. In which case the original item is restored, and an exception will be thrown.
Items are searched for using the _id field (if present) or the primary key.
If an item was inserted, returns the item. If an item was updated, returns null (you already have a way to find the item) If the new item could not be inserted, throws
Parameters:
Name Type Description item
Object The item to be upserted. cb
function Callback function to be called at the completion of the upsert. Will be called with the item that was upserted. binding
Object Bound to this during the callback - Source:
Returns:
The item that was upserted- Type
- Object
Example
db.insertOne({a: 2}); db.upsertOne({a: 2, b: 3}); // replaces the former object var obj = db.findOne({a: 2}); obj.d = 7; obj.a = 3; db.upsert(obj); // replaces {a: 2} object - uses the _id field for matching. db.upsert({a:4}); // inserts a new object


From: David Johnson Dear I know this mail will come to you as a surprise, nevertheless I am David Johnson, aged 24 years, the son of Major Stephen Johnson, Chief Security Officer and Aide-de–camp to the president Charles Tailor of Liberia before. As a result of the war in my country, I am saddled with problems of my mothers ill health condition of protracted diabetes and high blood pressure which is getting of increase in the resent times and also getting a trust worthy individual abroad to receive the sum of US$9.5 million and help us invest it, Due to the war crises presently before in my city Monrovia our home town, my father was kill so me and my mother of 59 years of age and five other of my sisters leave Monrovia to Dakar senegal for safety, Before his untimely death, he instructed us to leave the country for our safety and start up a business somewhere out side Africa. The sum of nine million five hundred thousand US dollars(9.500.000.00) was deposited in a security and finance company here in Dakar Senegal by my late father.Actually, I have never met you before, it was a friend of my fathers who happened to be present at his bural that adviced me to consider your country for my investments. After due consideration, I started searching the web side where I got your email address. No one else is aware of my proposal to you. Due to social, economic and political instability in west African region, I decided to seek your assistance in transfering this money into your private or institutional account for investment purposes. I have all the vital documents that covers the deposit which could be faxed to you upon request. Transaction of this nature demands the highest trust and confidence between both parties. This transaction is risk free in the sense that. For your assistance in this transfer, I have decided to give 10% of the total sum involved and I will also compensate you with 5% for the inconveniences and for expenses that we may incure during the process. Your acceptance of this proposal or otherwise should please be communicated through my E.MAIL address. or call +221 586 53 11 Your quick response will be appreciated. However, if you are not disposed to assist, kindly distroy this letter to protect the identity and confidentiality of the parties involved. I look forward to hearing from you soon. Thanks. Yours Sincerely, Mr David Johnson .


--- layout: post title: From collecting berries to algebra via the power set date: type: post parent_id: '0' published: false password: '' status: draft categories: [] tags: [] meta: _wpcom_is_markdown: '1' author: login: pboes email<EMAIL_ADDRESS>display_name: pboes first_name: '' last_name: '' permalink: "/" ---
Talk about how the starting with a container and objects and considering the simple operation of removing or adding objects one at a time you can get to lattices, Boolean algebras, groups, rings. And how the universality of the process of operating with containers and removing stuff invites arriving at the same kind of logic despite this being, fundamentally, a social construct. Maybe also talk about Peter Damerow and the mental models of early mathematics.


MinimalSize matters!
mini.css aims to provide as much functionality as possible in less than 7KB gzipped. This very small footprint means that your websites and web applications will load faster, while still looking great utilising the modern components we provide!
ResponsiveThink mobile!
mini.css is crafted with both desktops and mobile devices in mind. All of its components are well-tested on different devices and will respond to any changes in the viewport, allowing for an experience tailored to each user's device!
Style-agnosticInfinitely customizable!
mini.css provides you with a customizable flavor system, allowing you to be a designer without all the hard work. This way you can create your own custom design and personalize your websites any way you want!
Setup & usage
mini.css is published in npm, yarn and bower, so you can easily download it, using your preferred package manager:
npm install mini.css
yarn add mini.css
bower install mini.css
After donwloading mini.css, pick a Flavor and use it for your project.
Alternatively, you can use either GitCDN or RawGit to import the default flavor of mini.css. Simply add one of the following references inside your HTML page's <head>
tag:
<link rel="stylesheet" href="https://gitcdn.link/repo/Chalarangelo/mini.css/master/dist/mini-default.min.css">
<link rel="stylesheet" href="https://cdn.rawgit.com/Chalarangelo/mini.css/v2.1.2/dist/mini-default.min.css">
Finally, you can find mini.css on cdnjs, which you can use to include it in your projects.
Quick overview
Take a couple of minutes to learn how mini.css differs from all those other UI frameworks (Bootstrap, Semantic UI etc):
| Name | Version | Size (uncompressed) | Size (minified) | Size (gzipped) |
|---|---|---|---|---|
| Bootstrap | v3.3.7 | 143 KB | 117 KB | 20 KB |
| Material Framework | v3.0 | 114 KB | 90 KB | 18 KB |
| mini.css | v2.1.2 | 50 KB | 40 KB | 7 KB |
| Semantic UI | v2.2.10 | 752 KB | 553 KB | 95 KB |
| Zurb Foundation | v6.3.1 | 103 KB | 73 KB | 13 KB |
The above comparison takes into account only the CSS files of each framework. mini.css's size is an approximation due to the nature of its flavor system. The calculated results were produced using Refresh-SF.
Module list
- Core - Resets, typography rules and fixes
- Grid - Powerful, responsive flexbox-based grid
- Navigation - Common elements for navigation
- Input Control - Forms, buttons and inputs
- Table - Modern, responsive tables
- Card - Sleek, modern content containers
- Tab - Responsive tabs and accordions
- Contextual - Contextual highlights and alerts
- Progress - Modern progress bars and loaders
- Utility - Utility and helper classes
Why does mini.css have so few modules?
Modules are what make frameworks so powerful, by giving developers the essential components they need to structure and style their websites. mini.css simplifies the crafting and learning process for new developers by providing a handful of very powerful modules that can do many different things. This way, new developers will only have to learn a few different HTML structures and patterns, while having the ability to build a lot of interesting things with them. For example, cards can be used for almost any type of layout and can be customized to behave exactly as the developer needs them to. Tabs, on the other hand, are very responsive on mobile, collapsing to a stack below a certain width, but they can also be forced into a stack, allowing accordions and collapses to be built using the same building block as tabs.
| Browser | Not supported | Partially supported | Fully supported |
|---|---|---|---|
| Internet Explorer | 8- | 9-10 | 11+ |
| Edge | n/a | n/a | 12+ |
| Firefox | 21- | 22-27 | 28+ |
| Chrome | 20- | n/a | 21+ |
| Safari | 6- | n/a | 6.1+ |
| Opera | 11.5- | 12.1-16 | 17+ |
| Android Browser | 4.3- | n/a | 4.4+ |
Due to the way mini.css is crafted, some legacy browsers are not supported anymore and some others are partially supported. This could be a dealbreaker for some developers, however most legacy browsers will display a less feature-rich and modern website. Apart from the table above, note that some mobile browsers like Opera Mini, IE Mobile and UC Browser for Android are officially supported, but some features may not be displayed properly or behave as expected due to the browsers themselves.
Getting started
If you are still here after reading this far, we will assume you are interested or at least curious. Based on that assumption, here are a few links to help get you started:
- For a quick guide on getting started, you might wanna take a look at the available modules list and the tutorials provided for each one!
- To get you started even faster, we have created a handful of templates that might fit your needs!
- If you are familiar with mini.css and want a cheat sheet or quick reference guide, check the quick reference page!
- mini.css comes with a few nice pre-built customizable flavors. See which one of them better suits your needs!
- If you are more experienced or demanding, you can always take a look at the customization section to cook up a flavor of your own custom-tailored to your needs!


Addresses https://github.com/kubernetes/kubernetes/issues/11492
There are two main motivators for Template functionality in Kubernetes: Controller Instantiation and Application Definition
Today the replication controller defines a PodTemplate which allows it to instantiate multiple pods with identical characteristics. This is useful but limited. Stateful applications have a need to instantiate multiple instances of a more sophisticated topology than just a single pod (e.g. they also need Volume definitions). A Template concept would allow a Controller to stamp out multiple instances of a given Template definition. This capability would be immediately useful to the StatefulSet proposal.
Similarly the Service Catalog proposal could leverage template instantiation as a mechanism for claiming service instances.
Kubernetes gives developers a platform on which to run images and many configuration objects to control those images, but constructing a cohesive application made up of images and configuration objects is currently difficult. Applications require:
Application authors know which values should be tunable and what information must be shared, but there is currently no consistent way for an application author to define that set of information so that application consumers can easily deploy an application and make appropriate decisions about the tunable parameters the author intended to expose.
Furthermore, even if an application author provides consumers with a set of API object definitions (e.g. a set of yaml files) it is difficult to build a UI around those objects that would allow the deployer to modify names in one place without potentially breaking assumed linkages to other pieces. There is also no prescriptive way to define which configuration values are appropriate for a deployer to tune or what the parameters control.
The goal for this proposal is a simple schema which addresses a few basic challenges:
We do not wish to invent a new Turing-complete templating language. There are good options available (e.g. https://github.com/mustache/mustache) for developers who want a completely flexible and powerful solution for creating arbitrarily complex templates with parameters, and tooling can be built around such schemes.
This desire for simplicity also intentionally excludes template composability/embedding as a supported use case.
Allowing templates to reference other templates presents versioning+consistency challenges along with making the template no longer a self-contained portable object. Scenarios necessitating multiple templates can be handled in one of several alternate ways:
This document will also refrain from proposing server APIs or client implementations. This has been a point of debate, and it makes more sense to focus on the template/parameter specification/syntax than to worry about the tooling that will process or manage the template objects. However since there is a desire to at least be able to support a server side implementation, this proposal does assume the specification will be k8s API friendly.
We began by looking at the List object which allows a user to easily group a set of objects together for easy creation via a single CLI invocation. It also provides a portable format which requires only a single file to represent an application.
From that starting point, we propose a Template API object which can encapsulate the definition of all components of an application to be created. The application definition is encapsulated in the form of an array of API objects (identical to List), plus a parameterization section. Components reference the parameter by name and the value of the parameter is substituted during a processing step, prior to submitting each component to the appropriate API endpoint for creation.
The primary capability provided is that parameter values can easily be shared between components, such as a database password that is provided by the user once, but then attached as an environment variable to both a database pod and a web frontend pod.
In addition, the template can be repeatedly instantiated for a consistent application deployment experience in different namespaces or Kubernetes clusters.
Lastly, we propose the Template API object include a “Labels” section in which the template author can define a set of labels to be applied to all objects created from the template. This will give the template deployer an easy way to manage all the components created from a given template. These labels will also be applied to selectors defined by Objects within the template, allowing a combination of templates and labels to be used to scope resources within a namespace. That is, a given template can be instantiated multiple times within the same namespace, as long as a different label value is used each for each instantiation. The resulting objects will be independent from a replica/load-balancing perspective.
Generation of parameter values for fields such as Secrets will be delegated to an admission controller/initializer/finalizer rather than being solved by the template processor. Some discussion about a generation service is occurring here
Labels to be assigned to all objects could also be generated in addition to, or instead of, allowing labels to be supplied in the Template definition.
Template Object
// Template contains the inputs needed to produce a Config.
type Template struct {
unversioned.TypeMeta
kapi.ObjectMeta
// Optional: Parameters is an array of Parameters used during the
// Template to Config transformation.
Parameters []Parameter
// Required: A list of resources to create
Objects []runtime.Object
// Optional: ObjectLabels is a set of labels that are applied to every
// object during the Template to Config transformation
// These labels are also be applied to selectors defined by objects in the template
ObjectLabels map[string]string
}
Parameter Object
// Parameter defines a name/value variable that is to be processed during
// the Template to Config transformation.
type Parameter struct {
// Required: Parameter name must be set and it can be referenced in Template
// Items using $(PARAMETER_NAME)
Name string
// Optional: The name that will show in UI instead of parameter 'Name'
DisplayName string
// Optional: Parameter can have description
Description string
// Optional: Value holds the Parameter data.
// The value replaces all occurrences of the Parameter $(Name) or
// $((Name)) expression during the Template to Config transformation.
Value string
// Optional: Indicates the parameter must have a non-empty value either provided by the user or provided by a default. Defaults to false.
Required bool
// Optional: Type-value of the parameter (one of string, int, bool, or base64)
// Used by clients to provide validation of user input and guide users.
Type ParameterType
}
As seen above, parameters allow for metadata which can be fed into client implementations to display information about the
parameter’s purpose and whether a value is required. In lieu of type information, two reference styles are offered: $(PARAM)
and $((PARAM))
. When the single parens option is used, the result of the substitution will remain quoted. When the double
parens option is used, the result of the substitution will not be quoted. For example, given a parameter defined with a value
of “BAR”, the following behavior will be observed:
somefield: "$(FOO)" -> somefield: "BAR"
somefield: "$((FOO))" -> somefield: BAR
for concatenation, the result value reflects the type of substitution (quoted or unquoted):
somefield: "prefix_$(FOO)_suffix" -> somefield: "prefix_BAR_suffix"
somefield: "prefix_$((FOO))_suffix" -> somefield: prefix_BAR_suffix
if both types of substitution exist, quoting is performed:
somefield: "prefix_$((FOO))_$(FOO)_suffix" -> somefield: "prefix_BAR_BAR_suffix"
This mechanism allows for integer/boolean values to be substituted properly.
The value of the parameter can be explicitly defined in template. This should be considered a default value for the parameter, clients which process templates are free to override this value based on user input.
Example Template
Illustration of a template which defines a service and replication controller with parameters to specialized the name of the top level objects, the number of replicas, and several environment variables defined on the pod template.
{
"kind": "Template",
"apiVersion": "v1",
"metadata": {
"name": "mongodb-ephemeral",
"annotations": {
"description": "Provides a MongoDB database service"
}
},
"labels": {
"template": "mongodb-ephemeral-template"
},
"objects": [
{
"kind": "Service",
"apiVersion": "v1",
"metadata": {
"name": "$(DATABASE_SERVICE_NAME)"
},
"spec": {
"ports": [
{
"name": "mongo",
"protocol": "TCP",
"targetPort": 27017
}
],
"selector": {
"name": "$(DATABASE_SERVICE_NAME)"
}
}
},
{
"kind": "ReplicationController",
"apiVersion": "v1",
"metadata": {
"name": "$(DATABASE_SERVICE_NAME)"
},
"spec": {
"replicas": "$((REPLICA_COUNT))",
"selector": {
"name": "$(DATABASE_SERVICE_NAME)"
},
"template": {
"metadata": {
"creationTimestamp": null,
"labels": {
"name": "$(DATABASE_SERVICE_NAME)"
}
},
"spec": {
"containers": [
{
"name": "mongodb",
"image": "docker.io/centos/mongodb-26-centos7",
"ports": [
{
"containerPort": 27017,
"protocol": "TCP"
}
],
"env": [
{
"name": "MONGODB_USER",
"value": "$(MONGODB_USER)"
},
{
"name": "MONGODB_PASSWORD",
"value": "$(MONGODB_PASSWORD)"
},
{
"name": "MONGODB_DATABASE",
"value": "$(MONGODB_DATABASE)"
}
]
}
]
}
}
}
}
],
"parameters": [
{
"name": "DATABASE_SERVICE_NAME",
"description": "Database service name",
"value": "mongodb",
"required": true
},
{
"name": "MONGODB_USER",
"description": "Username for MongoDB user that will be used for accessing the database",
"value": "username",
"required": true
},
{
"name": "MONGODB_PASSWORD",
"description": "Password for the MongoDB user",
"required": true
},
{
"name": "MONGODB_DATABASE",
"description": "Database name",
"value": "sampledb",
"required": true
},
{
"name": "REPLICA_COUNT",
"description": "Number of mongo replicas to run",
"value": "1",
"required": true
}
]
}
Template
object) is returned to the caller. (The possibility of returning a List instead has
also been discussed and will be considered for implementation).The client is then responsible for iterating the objects returned and POSTing them to the appropriate resource api endpoint to create each object, if that is the desired end goal for the client.
Performing parameter substitution on the server side has the benefit of centralizing the processing so that new clients of k8s, such as IDEs, CI systems, Web consoles, etc, do not need to reimplement template processing or embed the k8s binary. Instead they can invoke the k8s api directly.
Storing templates within k8s has the benefit of enabling template sharing and securing via the same roles/resources that are used to provide access control to other cluster resources. It also enables sophisticated service catalog flows in which selecting a service from a catalog results in a new instantiation of that service. (This is not the only way to implement such a flow, but it does provide a useful level of integration).
Creating a new template (POST to the /templates api endpoint) simply stores the template definition, it has no side effects(no other objects are created).
This resource can also support a subresource “/templates/templatename/processed”. This resource would accept just a
Parameters object and would process the template stored in the cluster as “templatename”. The processed result would be
returned in the same form as /processedtemplates
Given a well-formed template, a client will
value
for any parameter values the user wishes to explicitly set/processedtemplates
api endpointThe api endpoint will then:
SOME_$(PARAM)
which would be transformed into SOME_XXXX
where XXXX
is the value
of the $(PARAM)
parameter.The client can now either return the processed template to the user in a desired form (e.g. json or yaml), or directly iterate the api objects within the template, invoking the appropriate object creation api endpoint for each element. (If the api returns a List, the client would simply iterate the list to create the objects).
The result is a consistently recreatable application configuration, including well-defined labels for grouping objects created by the template, with end-user customizations as enabled by the template author.
To aid application authors in the creation of new templates, it should be possible to export existing objects from a project in template form. A user should be able to export all or a filtered subset of objects from a namespace, wrappered into a Template API object. The user will still need to customize the resulting object to enable parameterization and labeling, though sophisticated export logic could attempt to auto-parameterize well understood api fields. Such logic is not considered in this proposal.
As described above, templates can be instantiated by posting them to a template processing endpoint. CLI tools should exist which can input parameter values from the user as part of the template instantiation flow.
More sophisticated UI implementations should also guide the user through which parameters the template expects, the description of those templates, and the collection of user provided values.
In addition, as described above, existing objects in a namespace can be exported in template form, making it easy to recreate a set of objects in a new namespace or a new cluster.
These examples reflect the current OpenShift template schema, not the exact schema proposed in this document, however this proposal, if accepted, provides sufficient capability to support the examples defined here, with the exception of automatic generation of passwords.
(mapped to use cases described above)
There has been some discussion of desired goals for a templating/parameterization solution here. This section will attempt to address each of those points.
The primary goal is that parameterization should facilitate reuse of declarative configuration templates in different environments in a “significant number” of common cases without further expansion, substitution, or other static preprocessing.
Parameterization should not impede the ability to use kubectl commands with concrete resource specifications.
Parameterization should work with all kubectl commands that accept –filename, and should work on templates comprised of multiple resources.
The parameterization mechanism should not prevent the ability to wrap kubectl with workflow/orchestration tools, such as Deployment manager.
Any parameterization mechanism we add should not preclude the use of a different parameterization mechanism, it should be possible to use different mechanisms for different resources, and, ideally, the transformation should be composable with other substitution/decoration passes.
Parameterization should not compromise reproducibility. For instance, it should be possible to manage template arguments as well as templates under version control.
It should be possible to specify template arguments (i.e., parameter values) declaratively, in a way that is “self-describing” (i.e., naming the parameters and the template to which they correspond). It should be possible to write generic commands to process templates.
It should be possible to validate templates and template parameters, both values and the schema.
It should also be possible to validate and view the output of the substitution process.
/processedtemplates
api returns the result of the substitution process, which is itself a Template object that can be validated.It should be possible to generate forms for parameterized templates, as discussed in #4210 and #6487.
It shouldn’t be inordinately difficult to evolve templates. Thus, strategies such as versioning and encapsulation should be encouraged, at least by convention.
The preceding document is opinionated about each of these topics, however they have been popular topics of discussion so they are called out explicitly below.
There has been some discussion around where to define parameters that are being injected into a Template
This proposal suggests including the parameter definitions within the Template, which provides a self-contained structure that can be easily versioned, transported, and instantiated without risk of mismatching content. In addition, a Template can easily be validated to confirm that all parameter references are resolveable.
Separating the parameter definitions makes for a more complex process with respect to * Editing a template (if/when first class editing tools are created) * Storing/retrieving template objects with a central store
Note that the /templates/sometemplate/processed
subresource would accept a standalone set of parameters to be applied to sometemplate
.
There has also been debate about how a parameter should be referenced from within a template. This proposal suggests that
fields to be substituted by a parameter value use the “$(parameter)” syntax which is already used elsewhere within k8s. The
value of parameter
should be matched to a parameter with that name, and the value of the matched parameter substituted into
the field value.
Other suggestions include a path/map approach in which a list of field paths (e.g. json path expressions) and corresponding parameter names are provided. The substitution process would walk the map, replacing fields with the appropriate parameter value. This approach makes templates more fragile from the perspective of editing/refactoring as field paths may change, thus breaking the map. There is of course also risk of breaking references with the previous scheme, but renaming parameters seems less likely than changing field paths.
Openshift defines templates as a first class resource so they can be created/retrieved/etc via standard tools. This allows client tools to list available templates (available in the openshift cluster), allows existing resource security controls to be applied to templates, and generally provides a more integrated feel to templates. However there is no explicit requirement that for k8s to adopt templates, it must also adopt storing them in the cluster.
Openshift handles template processing via a server endpoint which consumes a template object from the client and returns the list of objects produced by processing the template. It is also possible to handle the entire template processing flow via the client, but this was deemed undesirable as it would force each client tool to reimplement template processing (e.g. the standard CLI tool, an eclipse plugin, a plugin for a CI system like Jenkins, etc). The assumption in this proposal is that server side template processing is the preferred implementation approach for this reason.


"x" "1" "AL-ARAB,MM, GHANEM,BS AND MASLAT,AO, SYNTHESIS OF 2,5-DIARYL-2,4-PENTADIENENITRILES AND THEIR SPECTRAL, FLUORESCENCE AND MUTAGENIC PROPERTIES,TOXICOL. ENVIRON. CHEM. 25(2-3):155-162, 1990"


Service Page
| The Mountain Spoke | ||
| Service | Price | Time |
|---|---|---|
| Bike Fitting | 20 mins | |
| Flat Tire | 5 mins | |
| Tune-Up | 48 hours | |
| Overhaul | 1 week | |
| Rush Service:<PHONE_NUMBER> |
| The Mountain Spoke | ||
| Service | Price | Time |
|---|---|---|
| Bike Fitting | 20 mins | |
| Flat Tire | 5 mins | |
| Tune-Up | 48 hours | |
| Overhaul | 1 week | |
| Rush Service:<PHONE_NUMBER> |


Critical Eye
The Gladiator learned to focus their vision to be able to see the weakness in their enemies defense. Although, they can not maintain that level of concentration for a long time while fighting.
^a${value} Second(s) Recharge
180
${value} Second Duration
8 11 14 17 20 23 26 29 32 35
+${value} Offensive Ability
1,000
+${value}% Offensive Ability
100
MaxLevel
6
UltimateLevel
10


@import gospeak.core.domain.{Cfp, Talk} @import gospeak.libs.scala.domain.Page @import gospeak.web.domain.Breadcrumb @import gospeak.web.pages.user.talks.cfps.routes.CfpCtrl @import gospeak.web.pages.user.partials.html.{cfpItem, container} @import gospeak.web.utils._ @(talk: Talk, cfps: Page[Cfp])(b: Breadcrumb)(implicit req: UserReq[AnyContent]) @container(s"Find CFPs for '${talk.title.value}'", b)() { @if(cfps.isEmpty) {


@* * Copyright 2023 HM Revenue & Customs * * 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. *@ @import uk.gov.hmrc.apidocumentation.config._ @import uk.gov.hmrc.apidocumentation.models._ @import uk.gov.hmrc.apidocumentation.controllers @import uk.gov.hmrc.apidocumentation.views.html.include._ @this(apiMain: apiMain) @(pageAttributes: PageAttributes)(implicit applicationConfig: ApplicationConfig, request: Request[AnyContent], messagesProvider: MessagesProvider) @apiMain(pageAttributes) {
Find out which APIs are available on the Developer Hub.
Read up on authorisation, especially the OAuth 2.0 specification (opens in a new tab).
Register for an account, activate it by email and sign in.
To use our APIs you need to:
Use the Developer Hub to:
We'll check your application, which takes up to 10 working days.
If your request for production access is successful, you can generate credentials and start using APIs with secure data.


Having Chromebook troubles?
This is a stubpage that will serve as a development template.
Updated September 2018
Chromebook Repair RTI for Teachers


AME determines the (relative) enrichment of motif in its input separately and reports the significant ones. The first step is to scan each primary and control sequence with the motif, computing a odds score (not log-odds) for each position in each sequence. Next, for each sequence, AME combines the scores according to the chosen scoring method. By default, the website version uses the "Average odds score", which is just what it sounds like--the average odds score over all positions in the sequence where the motif fits. AME then sorts all the sequences (primary and control) according to their scores, and applies a statistical test to determine if the primary sequences have significantly larger scores. By default, the website version of AME uses the "Rank sum test".
AME supports DNA, RNA, protein and custom sequence alphabets. The alphabet is specified in the motif file, and the sequences being searched must be compatible with that alphabet. (DNA motifs can be used to search RNA sequences and vice-versa.) If the motif alphabet is "complementable" (e.g., DNA-like alphabets), AME scores both strands of the sequences. If you have DNA motifs and wish to search only the given strand of each sequence, you can edit the alphabet section of the motif file to contain
ALPHABET = ACGU
ALPHABET = ACGT
These sequences should all be in the same sequence alphabet. Their lengths may vary. They can, for example, be a set of promoters thought to be co-regulated, a set of ChIP-seq regions or a set of proteins thought to be phosphorylated be one or more kinases.
AME detects motifs enriched in the primary sequences relative to these sequences. If you don't provide a control set, the website version of AME will create one copying the primary sequences and shuffling the letters within each sequence. The shuffling preserves 2-mer frequencies in each sequence individually. It is advisable that the primary and control sequences have similar length distributions or AME's reported p-values may not be accurate.
For AME it doesn't hurt at all if the control set is larger than the primary. Intuitively, if the primary set is small, having a much larger control might allow you to find less significant motifs.
Basically, AME works by sorting the sequences by some motif score. Imagine if you had just one positive sequence, the extreme case. If it sorts to the top of N sequences, the p-value of that event is 1/(N+1). That gets smaller as you increase N, which you can do by increasing the number of control sequences. (But they should all be the same length as the positive sequence in that case!)
For the above reason, the fasta-shuffle-letters
script
included with the MEME Suite when you download it has the -copies
option
which lets you create N shuffled copies of each input sequence.
As a rule of thumb, if your primary dataset has fewer than 500 sequences you might want to use enough control sequences to bring the total to 1000.
The more motifs you have in your database the more of a multiple testing issue you face. If you can eliminate motifs that are irrelevant to your experiment, that reduces the multiple testing problem. The enrichment of each motif is considered separately, so their is no particular advantage to scanning with motifs that you know are not relevant. Of course if you are not getting any significant enrichment (as judged by the p-value before adjustment), the multiple testing issue is moot. However, reducing the number of motifs in the library also shortens the time needed for AME to run which may still make it advantageous!


Police find 41 migrants alive in truck in northern Greece
ATHENS (Reuters) - Greek police found 41 migrants, mostly Afghans, hiding in a refrigerated truck at a motorway in northern Greece on Monday, officials said.
The discovery came 10 days after 39 bodies, all believed to be Vietnamese migrants, were discovered in the back of a refrigerated truck near London. Two people have been charged in Britain and eight in Vietnam over the deaths.
The refrigeration system in the truck where the migrants were found in northern Greece had not been turned on, and none of the migrants was injured, though some asked for medical assistance, a Greek police official said.
Police had stopped the truck near the city of Xanthi for a routine check, arresting the driver and taking him and the migrants to a nearby police station for identification.
Greece is currently struggling with the biggest resurgence in arrivals of migrants and refugees since 2015, when more than a million crossed into Europe from Turkey via Greece.
Most of them are reaching Greek Aegean islands close to the Turkish coast via boats but a large number also come overland, using a river border crossing with Turkey.
Road accidents, mainly in northern Greece, involving migrants trying to cross into other countries have become more frequent in recent years. Police have arrested dozens of people believed to be involved in human trafficking so far in 2019.
About 34,000 asylum seekers and refugees are being held in overcrowded camps on the Aegean islands under conditions which human rights groups have slammed as appalling.
The conservative government that came to power in July has vowed to move up to 20,000 off the islands and deport 10,000 people who do not qualify for asylum by the end of 2020.
Arrivals of unaccompanied children have also increased. About 1,000 minors have arrived since July, the Greek labor ministry said, with the total number estimated at over 5,000.
A fifth of them are now missing, the ministry said, pledging to build more facilities and shelters for migrant children.


Python Docs
- class river.StreamReader
The main entry point for River for reading an existing stream. This class is initialized with a stream name corresponding to an existing stream, and allows for batch consumption of the stream. Reads requesting more data than is present in the stream will block.
After constructing a StreamReader, you must call initialize with the name of the stream you wish to read.
- good
Whether this stream is “good” for reading (similar to std::ifstream’s #good()). Synonymous with casting to bool. Indicates whether more samples can be read from this stream via this StreamReader.
- initialize(self, unicode stream_name: str, timeout_ms: int = -1)
Initialize this reader to a particular stream. If timeout_ms is positive, this call will wait for up to timeout_ms milliseconds for the stream to be created. When the timeout is exceeded or if no timeout was given and the stream does not exist, a StreamReaderException will be raised.
- initialized_at_us
- metadata
- new_buffer(self, n: int) np.ndarray
Returns an empty NumPy buffer of size n with a dtype matching the stream’s schema. Note that the returned buffer is simply allocated and not also zeroed, so there’s likely to be “junk” seen in the returned array.
- read(self: StreamReader, ndarray arr: np.ndarray, timeout_ms: int = -1) int
Read from the stream from where was last consumed. This call blocks until the desired number of samples is available in the underlying stream. The return value indicates how many samples were written to the buffer. If EOF has been reached, then #good() will return false, and any attempts to #read() will return -1.
- Parameters
arr – The buffer into which data will be read from the stream. At most arr.size samples will be read from the stream and written into arr. The return value of this call (if nonnegative) tells how many samples, each of sample_size bytes as told by the schema, were written into the buffer. For VARIABLE_WIDTH_BYTES fields, ensure this buffer is large enough to capture the maximum possible read size.
timeout_ms – If positive, the maximum length of time this entire call can block while waiting for samples. After the timeout, the stream can be partially read, and the return value is needed to determine samples read.
- Returns
the number of elements read. This will always be less than or equal to arr.size. For example, if there is a timeout, this could be a partially read buffer and so can be less than arr.size; this number can be less than arr.size even if there is no timeout given, in the case of an EOF on the stream. Returns -1 if EOF is encountered; if -1 is returned, buffer is guaranteed to not have been touched.
- schema
- stop(self) None
Stops this reader from being used in the future. Redis connections are freed; read() will no longer work; good() will return false.
- stream_name
- tail(self, ndarray arr, int timeout_ms=-1) int
Returns the last element in the stream after the previously seen elements. Blocks until there’s at least one element available in the stream after the current cursor if no timeout is given; else, waits for the timeout.
- Parameters
timeout_ms – If positive, the maximum length of time this entire call can block while waiting for a sample. After the timeout there will be 0 or 1 elements read, and so the return value is needed to determine samples read.
- Returns
the number of elements skipped and/or read, including the last element that might be written into the buffer. Thus, this will return 0 in the event of a timeout; this will return >= 1 iff buffer is changed. Returns -1 if there is an EOF in the stream.
- total_samples_read
- class river.StreamWriter
The main entry point for River for writing a new stream. Streams are defined by a schema and a stream name, both of which are given in the initialize() call. All samples written to this stream must belong to the same schema. Once there are no more elements in this stream, call stop(); this will signal to any other readers that the stream has ended.
- initialize(self: StreamWriter, unicode stream_name: str, StreamSchema schema: StreamSchema, dict user_metadata: dict = None)
Initialize this stream for writing. The given stream name must be unique within the Redis used. This initialization puts necessary information (e.g. schemas and timestamps) into redis. Optionally, it can accept a dict of user metadata to put in to Redis atomically.
- initialized_at_us
- metadata
this does a call to Redis under-the-hood and so can incur a little bit of overhead.
- Type
Returns all metadata set for this stream. Implementation note
- new_buffer(self, n: int) np.ndarray
Returns an empty NumPy buffer of size n with a dtype matching the stream’s schema. Note that the returned buffer is simply allocated and not also zeroed, so there’s likely to be “junk” seen in the returned array.
- schema
- stop(self) None
Stops this stream permanently. This method must be called once the stream is finished in order to notify readers that the stream has terminated.
- stream_name
- total_samples_written
- write(self, ndarray arr: np.ndarray) None
Writes data to the stream. Assumes that each element of the array arr is of the correct sample size (as defined by the stream’s schema’s sample size), and will write bytes in order of the schema fields. arr.size samples will be written to the stream.
- class river.StreamSchema
The schema for a particular stream. A stream has exactly one schema over its lifetime; this schema defines both the writing and reading structure of the stream (and, if in use, the on-disk representation of the stream).
- dtype(self) np.dtype
Returns the equivalent NumPy dtype for this schema instance.
- field_definitions
- static from_dtype(dtype dtype: np.dtype)
Creates a StreamSchema from a given NumPy dtype. This dtype should be a “structured array” dtype, where the dtype is a collection of named fields. See https://numpy.org/doc/stable/user/basics.rec.html for more details.
- class river.FieldDefinition
One or more fields that are present in each sample of a particular stream. This definition governs how this will be serialized to Redis and the columns in the persisted file. A collection of field definitions are housed within a StreamSchema.
While most field definitions are fixed-width( e.g. doubles, floats, etc.), the VARIABLE_WIDTH_BYTES field is a bit different. If you want to use a variable-width bytes (e.g. a dynamic-length string or byte array), then specify VARIABLE_WIDTH_BYTES but this must be your only field; this is for simplicity for handling serialization/deserialization. In this case, the size should correspond to the MAX size possible for this field, which is needed when serializing/deserializing.
- name
- type
- class river.FieldType(value)
An enumeration.
- DOUBLE = 0
- FIXED_WIDTH_BYTES = 5
- FLOAT = 1
- INT16 = 2
- INT32 = 3
- INT64 = 4
- VARIABLE_WIDTH_BYTES = 6
- class river.RedisException
- class river.StreamReaderException
- class river.StreamWriterException
- class river.StreamDoesNotExistException
- class river.StreamExistsException


My name is Lake! I am a web developer with a desire and need to expand my skills. Having worked previously on large e-commerce sites such as keenfootwear.com and chromeindustries.com I am now enrolled in Epicodus to level up and become a more well-rounded full stack developer.


The Tropical Cyclone Monthly Bulletin
Since January 1993 the Forecasting Systems branch of the UK Met. Office has issued a document entitled
"Monthly Summary of Tropical Cyclone Activity and Forecasts" which is sent to many individuals
and meteorological centres around the globe with an interest in the forecasting of tropical cyclones.
It contains information on the month's tropical cyclone tracks and statistics and charts relating to
the performance of the UKMO global model in forecasting the track of each storm. All issues since June
1995 are included below.
Latest bulletin
October 1995
Past bulletins
June 1995
July 1995
August 1995
September 1995
Error graphs
Graphs of mean forecast positional errors since 1988 when track verification records began are shown below.
Northern Hemisphere
Southern Hemisphere
North-West Pacific
North-East Pacific
North Atlantic
North Indian
South-West Indian
Australian
Tropical cyclone forecast track verification
For details of the method used at the UK Met. Office to verify the forecast tracks of tropical cyclones
in the global model please see the following publication:-
"Keeping an eye on the hurricane - Verification of tropical cyclone forecast
tracks at the UK Meteorological Office." by J.T.Heming published in
nwp Gazette, Vol.1, No.2, pp.3-8, (December 1994).
Julian Heming |<EMAIL_ADDRESS>| last updated 02 November 1995 | © Crown Copyright 1995


[§52D-6] Police force; employees. The chief of police may appoint officers and other employees under such rules and at such salaries as are authorized by law. Probationary appointment, suspension, and dismissal of officers and employees of the police department shall be as authorized by law. [L 1989, c 136, pt of §2]
Cross References
Pension systems, see chapter 88, pt III.


This illustration shows a screenshot of the JConsole window. At the top of the window, the title bar contains the following text: "Java Monitoring & Management Console - pid: 5500 sun.tools.jconsole.JConsole".
Below the title bar, there is a menu bar that consists of three menus: Connection, Window, and Help.
The window is divided into six tabs that are located below the menu bar: Overview, Memory, Threads, Classes, VM Summary, and MBeans.
The Memory tab is selected. At the top of the tab is a row of three elements: a dropdown list labeled Chart with the Heap Memory Usage item selected, a dropdown list labeled Time Range with the All item selected, and a button labeled Perform GC.
Below these elements is a graph with four time values on the horizontal axis ranging from 15:05 to 15:08 with an interval of one minute each. The vertical axis contains five memory size values ranging from 10 Mb to 50 Mb with an interval of 10 Mb each. At the place where the graph line breaks on the right, there is a label that says: "Used 17,909,604".
Below the graph, at the bottom of the window, there is a group labeled Details. In the left part of that group, there is a pane with a summary of five values:
Time: 2006-10-02 15:08:26 Used: 18,234 kbytes Commited: 40,456 kbytes Max: 65,088 kbytes GC time: 0.709 seconds on Copy (194 collections) 1.272 seconds on MarkSweepCompact (12 collections)
In the right part of the Details group, there are five vertical gauges (three of them are located above a box labeled Heap, and two above a box labeled Non-Heap). To the left of the gauges, there is a vertical scale axis with five values ranging from 0% to 100% with an interval of 25%.


Welcome to pyscnet’s documentation!¶
PySCNet: Introduction¶
PySCNet: A tool for reconstructing and analyzing gene regulatory network from single-cell RNA-Seq data
Modules¶
There are four modules:
Pro-precessing: initialize a gnetData object consisting of Expression Matrix, Cell Attributes, Gene Attributes and Network Attributes;
BuildNet: reconstruct GRNs by various methods implemented in docker;
NetEnrich: network analysis including consensus network detection, gene module identification and trigger path prediction as well as network fusion;
Visulization: network illustration.
Features¶
Shinyapp is available now for creating your own GRNs. Once the cells are grouped into several clusters and linkage tables are generated for each/all clusters, you can export the results as pickle object and uplaod onto Shinyapp. Cell attributes, Gene attributes and Network attributes are illustrated here. As shown belows, you can set your own thresholds to build each/all cluster-specific GRNs.
Cite¶
This work has been presented at ISMB/ECCB 2019
Go to my poster
Installation¶
Requirements¶
As pyscnet integrates docker for gene regulatory construction, it is necessary to install docker before the installation. Check here for docker installation.
Github¶
install pyscnet via github
git clone https://github.com/MingBit/PySCNet
mkdir dist | python setup.py sdist
pip install dist/pyscnet-0.0.2.tar.gz


Sylvanian Families Buckley Red Deer Baby
UK Biography Information
Baby Brother Oscar Buckley can quite often be heard before he is seen! Not because he is particularly loud, but because he talks all the time. Since he spoke his first words he has become increasingly chatty and his parents find it difficult to get him to go to sleep in the evening as he wants to stay up and talk some more!


Preparation time
30 mins to 1 hour
Cooking time
10 to 30 mins
Serves
Serves 4
For the venison, heat a little oil and the butter in a thick-bottomed pan. Season the venison with salt and freshly ground black pepper. When the butter is foaming add the venison and sear the meat on all sides. Cook for approximately ten minutes for medium-rare then remove from the heat and leave to rest for a further 15 minutes.
For the ragout, melt 40g/1½oz butter in a pan and add the button onions. When the onions are lightly coloured, add the lardons and brown well. Pour the water into the pan, just covering the onions and lardons. Cover the pan with a piece of buttered greaseproof or parchment paper and cook until the water has reduced and the onions are soft.
Once the onions are cooked, add the peas and broad beans and cook for a further two minutes. Whisk in the remaining butter to thicken the sauce and add the chopped rosemary.
To serve, slice the venison. Place a little ragout into the middle of four serving plates and place the venison on top. Pour more of the sauce over and around.