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Jack Ross hoping for quiet first transfer window at Hibernian
Jack Ross has challenged his new Hibernian players to pick up the points that mean he will not have to go shopping for replacements in January.
The new manager has completed his first signing a week on from being appointed, with former Liverpool goalkeeper Adam Bogdan rejoining the club on a free transfer.
Ross has inherited a squad sitting just two points above the relegation slots but he admitted he would prefer not to make bulk buys once the winter transfer window opens.
The former Alloa, St Mirren and Sunderland manager said: "My assessment of the squad is only just beginning.
"Ideally, I'd like to not have to do much in January because that would mean between now and the winter break we would have picked up a lot of points. That's the perfect scenario.
"Everyone has different approaches but for me it's not about sitting here having that threat over the players that I'm going to bring players in in January.
"I want to start enjoying working with what I have here. The ideal scenario is that if they are that good I don't have to bring in anyone in come January."
Hibs have won just two league games all season and that miserable run cost Paul Heckingbottom his job.
But Ross has warned he will not make sweeping changes to how his side look when he takes charge for the first time at home to fourth-placed Motherwell on Saturday.
He said: "Speaking to people before I came here about this team this season, there was a lot of talk about fine margins and that the team should be more points better off.
"Those fine margins would mean there is not an awful lot wrong.
"For me it's not about looking back. I could only affect things as of Tuesday when I started to work with the players so that's what the focus is on.
"I've stressed to the players that any changes we make will be gradual.
"The biggest changes we make this week may be on the training pitch.
"But I've not asked what Paul did as I think he's a very good coach and manager but all coaches and managers work in their own way. Slowly but surely we'll drip in our ideas.
"This week has been more about me trying to learn as much about Motherwell in a short period of time as I haven't seen much of them for the last 18 months.
"But it will be a good test as right now Motherwell are in a position in the league that we are aspiring to."
body check tags ::


Meta-Design: A Manifesto for End-User Development
Authors
Gerhard Fischer, E. Giaccardi, Y. Ye, A.G. Sutcliffe , and N. Mehandjiev
Notes
Field of Study
Concepts
Quotations
References
Methodology


| Interface | Description |
|---|---|
| Algorithm |
Interface of of the algorithms JPEG, LZ78, LZSS, LZW
|
| Class | Description |
|---|---|
| AlgorithmSet |
AlgorithmSet is a global point to access the different
algorithms available, by accessing the algorithms using
this reference the instances are initiated only once
and thus they become Singleton instances
|
| AutoAlgorithm |
The AutoAlgorithm is responsible for compressing and decompressing multiple
files automatically given a specific algorithm and compression quality (JPEG)
It is also responsible for saving stats of all the compressions made
of all the files.
|
| GlobalStats |
These is the class to store the global stats of all the aplication
|
| Huffman |
This is the essential part of the encoding of the JPEG.
|
| Huffman.TreeNode |
Class that implements a node of the HuffmanTree
|
| JPEG |
This is one of the algortihm to compress files, in specific, it
compress image files.
|
| LZ78 |
LZ78 ASCII compression algorithm
|
| LZSS |
LZSS ASCII compression algorithm
|
| LZW |
LZW ASCII compression algorithm
|
| PhysicalFile |
PhysicalFile is a representation of a File
and the different qualities it has, such as the
name, the path, a relative path, the extension.
|
| Stats |
Class Stats with all the local stats of each compression
|
| Tree |
Data structure used for LZSS algorithm
|
| Utils |
Utils is a global class for all the domain package, this class implements few functions
that could be useful for our Algortihms
|


The central limit theorem states that, in some situations, when independent random variables are
added, their sum tends towards a normal distribution even if the variables themselves are not normally distributed. We can illustrate this with dices. With a single dice, the
propability of getting each value is equal. The single dice follows a uniform distribution. If we have two dices and calculates the sum, the probability of getting each possible
sum is however different. We can only get a sum of 2 if we roll two 1's, but there are more combinations for getting a sum of 6. The table below shows the number of combinations for
rolling two six-sided dices (resulting in a sum between 2 and 12). If we plot the number of combinations in a bar chart (seen to the right), the distribution almost resembles a
normal distribution. If we increase the number of dices, the distribution will more and more approach the normal distribution.
Sum
N
Combinations
2
1
1,1
3
2
1,2 2,1
4
3
2,2 1,3 3,1
5
4
2,3 3,2 1,4 4,1
6
5
2,4 4,2 3,3 1,5 5,1
7
6
3,4 4,3 2,5 5,2 1,6 6,1
8
5
3,5 5,3 4,4 2,6 6,2
9
4
4,5 5,4 3,6 6,3
10
3
5,5 4,6 6,4
11
2
5,6 6,5
12
1
6,6
In this demonstration we will use five six-sided dices, each dice following a uniform distribution, resulting in sums between 6 and 30. The number of times
each sum is drawn is shown in a bar chart. Note that the x-axis is shifted to the left so the bar chart is centered around x = 0.
Each time you click the Update button, 1000 random samples will be drawn. Each random sample consists of rolling the five dices and calculate the sum,
and increase the number of times the sum is drawn in the bar chart. The more samples that are drawn, the more the distribution will look like the normal distribution
even if each dice follows another (uniform) distribution. This is what the Central Limit Theorem tells us.


Supreme Court to hear Chidambaram's bail plea in INX Media case today
The Supreme Court on Wednesday will hear the bail plea of senior Congress leader P Chidambaram in the INX Media money-laundering case.
The Supreme Court has decided to hear on Wednesday the bail plea of senior Congress leader P Chidambaram in the INX Media money-laundering case.
Chidambaram approached the apex court challenging the judgement of the Delhi High Court denying him bail in the money laundering case lodged by the Enforcement Directorate (ED).
A bench, headed by newly-sworn-in Chief Justice of India S A Bobde, on Monday ordered the listing of the bail plea before an appropriate bench on Wednesday
"List on November 20, before an appropriate bench, subject to curing of defects," the bench said in its order uploaded late evening.
Earlier in the day, senior advocate Kapil Sibal, appearing for Chidambaram, sought urgent listing of the bail plea.
Sibal told the bench, also comprising justices B R Gavai and Surya Kant, that Chidambaram had been in jail for around 90 days.
"We will see," the bench told Sibal, adding that the bail plea would come up for hearing either on Tuesday or Wednesday.
The Delhi High Court had on November 15 dismissed Chidambaram''s bail plea in the case filed by the ED, saying prima facie allegations against him were serious in nature and he played an "active and key role" in the offence.
Chidambaram was first arrested by the Central Bureau of Investigation (CBI) on August 21 in the INX Media corruption case and was granted bail by the Supreme Court on October 22.
Chidambaram, who was arrested by the ED in the money laundering case on October 16, is presently in judicial custody till November 27 under the order of a trial court.
The CBI had registered the case on May 15, 2017, alleging irregularities in a Foreign Investment Promotion Board (FIPB) clearance granted to the INX Media group for receiving overseas funds of Rs 305 crore in 2007 during Chidambaram's tenure as the Union finance minister.
Thereafter, the ED had lodged a money laundering case in this regard in the same year.


Situational Awareness for Novel Epidemic Response - Local Development build (v0.1.0). See the Directory of published versions
The sections below describe the use cases supported by the Audacious Inquiry SANER Implementation Guide.
This use case addresses the exchange of data from Facilities to a Centralized reporting system for Public Health
This use case is supported by the following
Actors
Transactions
Content
Overview TBD
Figure <IP_ADDRESS>-1: Use Case 1: Collecting Bed Measures Process Flow
Measure Repository Initiates Search
The Measure Repository identifies features associated with a group of bed or device resources that it wishes to collect data about. For example, the Measure Repository can request information about ICU, med/surg, or ED beds available or in use.
TBD
Measure Source Reports Aggregate Data
The Measure Source reports aggregate data about a group of beds or devices based on specified bed or device characteristics
TBD
TBD
This use case is supported by the following
Actors
Transactions
Content
TBD
Figure <IP_ADDRESS>-1: Use Case 2: Reporting on A Measure Process Flow
User Initiates Search
The Public Health User navigates to a web page where collected data is reported.
TBD
Measure Consumer gathers data from one or Measure Sources
The Measure Consumer gathers and aggregates data from one or more Measure Sources.
The specific ordering in which gathering and aggregation is performed is not further specified by this implementation guide. It is shown as occuring after the user initiates the query here, but could have occured prior.
Display Results
The Measure Consumer displays an overview of aggregated regional results to the user, and additional links which enable navigation to finer grained or alternative displays.
Data can be displayed as aggregated or fine-grained status information based on the current focus of the public health user. It may be shown as a map, a table, or a graph.
User refines Focus or Form of Display
The Public Health User selects a new form of display (e.g., Map, table or graph) or refines their focus (e.g., wider or smaller region).
TBD
Display Refined Results
The Measure Repository modifies the users focus and reporting format
TBD


Classes | |
| struct | geometry::intersection_result |
| Encapsulates the result of a segment intersection. More... | |
Namespaces | |
| namespace | geometry |
Enumerations | |
| enum | geometry::connection_type { geometry::is_connect_no, geometry::is_connect_s1p1, geometry::is_connect_s1p2, geometry::is_connect_s2p1, geometry::is_connect_s2p2 } |
| Enumeration containing connection types of intersected segments. More... | |
| enum | geometry::intersection_type { geometry::is_intersect_no, geometry::is_intersect, geometry::is_parallel, geometry::is_collinear_no, geometry::is_collinear_one, geometry::is_collinear_connect, geometry::is_collinear_overlap, geometry::is_collinear_overlap_opposite, geometry::is_collinear_connect_opposite } |
| Enumeration containing intersection types. More... | |
Functions | |
| template<typename P , typename S1 , typename S2 , typename O_IT > | |
| intersection_result | geometry::intersection_segment (const S1 &s1, const S2 &s2, O_IT out) |
| Calculate zero, one or two intersections of two linesegments, using Cramer's rule. |
|
October 14, 2008 |
Copyright © 1995-2008 Barend Gehrels, Geodan Holding B.V. Amsterdam, the Netherlands Copyright © 2008 Bruno Lalande, Paris, France |


Struct using in Remote Control representing a temperature.
Undocumented
- (instancetype)initWithUnit:(SDLTemperatureUnit)unit value:(float)value;
init(unit: SDLTemperatureUnit, value: Float)
Temperature Unit
Required, float
@property (readwrite, strong, nonatomic) SDLTemperatureUnit _Nonnull unit;
var unit: SDLTemperatureUnit { get set }
Temperature Value in TemperatureUnit specified unit. Range depends on OEM and is not checked by SDL.
Required, float
@property (readwrite, strong, nonatomic) NSNumber<SDLFloat> *_Nonnull value;
var value: NSNumber & SDLFloat { get set }


Hilliness
Humidity
Sea Level
Map Size
Show more
Advanced Settings
Granular Scale
Humidity Range
Reset
Random Settings


Hookbox
Documentation:
http://hookbox.org/docs
Code:
Hookbox on github
Irc Channel: #hookbox on freenode (Come say hi in #js.io as well, as much of hookbox depends on js.io and csp)
Mailing List:
Hookbox on Google Groups
Hookbox in a google search:
search?q=hookbox
(Are we first yet?)


Back
Enviroment
save
Farm Org
Select
Inside Temp.
Outside Temp.
Humidity
Static Pressure
Light
Water Use


See: Description
| Class | Description |
|---|---|
| BasicMessageHandlerChain<MessageType> |
A basic implementation of
MessageHandlerChain . |
| CheckMandatoryAuthentication |
Message handler that checks that a message context is authenticated.
|
| CheckMandatoryIssuer |
Message handler that checks that a message context has an issuer.
|
| HTTPRequestValidationHandler |
A message handler that checks basic HTTP request properties.
|
| MessageHandlerErrorStrategyAdapter<MessageType> |
A
MessageHandler which wraps and invokes another handler, catches any Throwable which is
thrown by the wrapped handler's MessageHandler.invoke(MessageContext) , and applies
a list of configured TypedMessageErrorHandler strategies. |
| SchemaValidateXMLMessage<MessageType extends org.opensaml.core.xml.XMLObject> |
A handler that schema validates an XML-based message.
|
Copyright © 1999–2016 Shibboleth Consortium. All rights reserved.


Apigateway¶
Amazon API Gateway is a fully managed service that makes it easy for developers to create APIs at any scale.
Gordon allow you to create and integrate your Lambdas with apigateway resources in order to easily create HTTP APIs.
It might be interesting for you to give it a look to AWS: Amazon API Gateway Concepts before continuing.
Anatomy of the integration¶
apigateway: { API_NAME }: description: { STRING } cli-output: { BOOLEAN } resources: { URL }: methods: { LIST } api_key_required: { BOOL } authorization_type: { STRING } responses: { LIST } parameters: { MAP } request_templates: { MAP } integration: type: { STRING } lambda: { LAMBDA_NAME } http_method: { STRING } responses: { LIST } parameters: { MAP }
Properties¶
Api Name¶
| Name | Key of the apigateway map. |
| Required | Yes |
| Valid types | string |
| Max length | 30 |
| Description | Name for your apigateway. |
Description¶
| Name | description |
| Required | No |
| Default | Empty |
| Valid types | string , reference |
| Max length | 30 |
| Description | Description of your api |
cli-output¶
| Name | cli-output |
| Required | No |
| Default | True |
| Valid types | boolean |
| Description | Output the deployment base URL as part of the apply output |
Resources¶
| Name | resources |
| Required | Yes |
| Valid types | map |
| Description | Resources of your API Gateway |
Example:
apigateway:
firstapi:
description: My Inventory
resources:
/:
methods: GET
lambda: helloworld.index
/contact/email:
methods: POST
lambda: helloworld.contact
In this example, we have defined one API called firstapi
with two resources: /
and /contact/email
:
- Each of these urls will call two different lambdas
helloworld.index
andhelloworld.contact
respectively.- The first url
/
will only allowGET
requests, and the second one/contact/email
will only allowPOST
requests.
Resource URL¶
| Name | Key of the resources map. |
| Required | Yes |
| Valid types | string |
| Description | Full path (url) of your resource |
URLs
are the key of the resources map. For each resource. You need to define the full path including the leading /
.
If you want to make certain urls have parameters, you can do so using apigatweway syntax.
apigateway:
myshop:
description: My Inventory API
resources:
/:
methods: GET
lambda: inventory.index
/article/{article_id}:
methods: POST
lambda: inventory.article
Your lambda called shop.article
will receive one parameter called article_id
.
Resource Methods¶
| Name | methods |
| Required | Yes |
| Valid types | list , string , map |
| Description | List of valid methods for your resource |
Example:
apigateway:
example:
description: My Api example
resources:
/:
methods: GET
lambda: inventory.index
/get_and_post:
methods: [GET, POST]
lambda: inventory.article
/get_post_and_delete:
methods:
- GET
- POST
- DELETE
lambda: inventory.article
Note
As shortcut, if methods
value is a string instead of a list gordon will assume you only want one method.
Resource Methods (advanced)¶
The simplified version of methods
is only a shortcut in order to make gordon’s API nicer 95% of the time.
That version (the simplified one) should be more than enough for most of the cases, but if for some reason you want to
be able to configure different integrations for each of the methods of an url, you’ll need to make methods
a map of
http methods to integrations.
apigateway: exampleapi: description: My not-that-simple example resources: /: methods: GET: integration: lambda: app.index_on_get POST: integration: lambda: app.index_on_post
Note
If you use this approach, you would need to define ALL resource settings at the level of each method in your resource.
Resource authorization type¶
| Name | api_key_required |
| Required | No |
| Default | False |
| Valid Types | Boolean |
| Description | Indicates whether the method requires clients to submit a valid API key. |
| Name | authorization_type |
| Required | No |
| Default | NONE |
| Valid Values | NONE |
| Description | Authorization type (if any) for your resource. |
Resource Responses¶
| Name | responses |
| Required | No |
| Valid Types | Response |
| Description | Responses that can be sent to the client who calls this resource. |
Example:
apigateway:
helloapi:
resources:
/hello:
method: GET
integration:
lambda: helloworld.sayhi
responses:
- code: "404"
responses:
- pattern: ""
code: "404"
Resource Parameters¶
| Name | parameters |
| Required | No |
| Default | Empty |
| Valid Values | MAP |
| Description | Request parameters that API Gateway accepts. Specify request parameters as key-value pairs (string-to-Boolean maps),
with a source as the key and a Boolean as the value. The Boolean specifies whether a parameter is required.
A source must match the following format method.request.$location.$name , where the $location is querystring ,
path , or header , and $name is a valid, unique parameter name. |
Resource Request Templates¶
| Name | request_templates |
| Required | No |
| Valid Values | map |
| Description | A map of Apache Velocity templates that are applied on the request payload. The template that API Gateway uses is based on the value of the Content-Type header sent by the client. The content type value is the key, and the template is the value (specified as a string). For more information: http://docs.aws.amazon.com/apigateway/latest/developerguide/api-gateway-mapping-template-reference.html |
Resource Integration¶
| Name | integration |
| Required | No |
| Valid Values | map |
| Description | Integration for the current Resource |
Integration Type¶
| Name | type |
| Required | No |
| Default | AWS |
| Valid Values | AWS , MOCK , HTTP |
| Description | Type of the integration |
Integration Lambda¶
| Name | lambda |
| Required | Depends |
| Valid Values | app.lambda-name |
| Description | Name of the lambda you want to configure for this resource. |
Integration Parameters¶
| Name | parameters |
| Required | No |
| Default | Empty |
| Valid Values | MAP |
| Description | The request parameters that API Gateway sends with the back-end request. Specify request parameters as key-value pairs
(string-to-string maps), with a destination as the key and a source as the value. Specify the destination using the
following pattern integration.request.$location.$name , where $location is querystring , path , or header ,
and name is a valid, unique parameter name. The source must be an existing method request parameter or a static value.
Static values must be enclosed in single quotation marks and pre-encoded based on their destination in the request. |
Integration HTTP Method¶
| Name | http_method |
| Required | Depends |
| Valid Values | string |
| Description | Http method the ApiGateway will use to contact the integration |
Integration Responses¶
| Name | responses |
| Required | No |
| Valid Values | list |
| Description | The response that API Gateway provides after a method’s back end completes processing a request.