Module "pl.file"
File manipulation functions: reading, writing, moving and copying.
Functions
| file.access_time (path) | Return the time of last access as the number of seconds since the epoch. |
| file.copy (src, dest, flag) | copy a file. |
| file.creation_time (path) | Return when the file was created. |
| file.delete (path) | Delete a file |
| file.modified_time (path) | Return the time of last modification |
| file.move (src, dest) | move a file. |
| file.read (filename) | return the contents of a file as a string |
| file.write (filename, str) | write a string to a file |
Functions
- file.access_time (path)
-
Return the time of last access as the number of seconds since the epoch.
Parameters:
- path: A file path
- file.copy (src, dest, flag)
-
copy a file.
Parameters:
- src: source file
- dest: destination file
- flag: true if you want to force the copy (default)
Return value:
true if operation succeeded - file.creation_time (path)
-
Return when the file was created.
Parameters:
- path: A file path
- file.delete (path)
-
Delete a file
Parameters:
- path: A file path
- file.modified_time (path)
-
Return the time of last modification
Parameters:
- path: A file path
- file.move (src, dest)
-
move a file.
Parameters:
- src: source file
- dest: destination file
Return value:
true if operation succeeded, else false and the reason for the error. - file.read (filename)
-
return the contents of a file as a string
Parameters:
- filename: The file path
Return value:
file contents - file.write (filename, str)
-
write a string to a file
Parameters:
- filename: The file path
- str: The string


Joe Riley has been playing through the pain barrier for Plymouth Argyle, reveals Ryan Lowe
The right wing-back was ruled out of the FA Cup tie at Bolton Wanderers, however
by Chris ErringtonPlymouth Argyle wing-back Joe Riley has been playing through the pain barrier to try and avoid an operation, manager Ryan Lowe has revealed.
The 28-year-old is still struggling with the after effects of the broken left arm he suffered in an away game against Blackpool at the end of March.
Riley has made 14 starts and two substitute appearances for the Pilgrims this season, and scored two goals.
However, he was ruled out of the 1-0 FA Cup first round win away to Bolton Wanderers, the club where he began his career, after falling on the arm in training on Friday.
Riley needed injections to play in home games against Salford City and Walsall earlier in the season because of the pain he was in.
Lowe said: “He has had a few whacks on it. He has had a bandage on it a few times, and a strapping and what not.
“In all honesty, I think it’s broke still but he doesn’t want to get the operation because it could rule him out for six to eight weeks.
“Then by the six to eight weeks he could find himself out of the team, and that’s what he doesn’t want to do.
“To be fair to him, he’s trying to go through the pain barrier with it but that’s why we have a squad.”
In the absence of Riley against Bolton, Joe Edwards to right wing-back and Josh Grant impressively played the midfield holding role.
Lowe said: “Joe was gutted not to play because it (Bolton) is where he came through but you have to take the decision out of his hands.
“We sit down – the physio (Paul Atkinson) and John (Lucas, Argyle’s fitness and conditioning coach) – and say ‘Look, it’s not going to work’.
“Joe Edwards has gone in there and was fantastic, and Josh has gone in the holding midfield role and was fantastic.”


Nehemiah 7:11
The children of Pahathmoab, of the children of Jeshua and Joab, two thousand and eight hundred and eighteen.


NIPC set for proactive investor engagement, says executive secretary
by Ebunoluwa OlafusiYewande Sadiku, executive secretary of the Nigerian Investment Promotion Commission (NIPC), has challenged the senior management of the commission to drive proactive investor engagements.
Sadiku threw the challenge in a meeting with the NIPC senior management team, where she shared her vision for targeted investment promotion as an extension of the ongoing efforts at improving the proactive delivery of NIPC’s mandate.
She said investor engagements can be done by pooling the input generated from different parts of the commission and working closely with states to pitch Nigeria’s investment prospects, domestically and internationally.
She reviewed the commission’s functions as captured in the NIPC act and emphasised the need for driving proactive investor engagements.
“By its mandate, NIPC was created to be a pacesetter and cornerstone agency,” she said.
She added that the task will require NIPC to pitch the investment prospects identified to the presidency, noting that “the commission’s diligent groundwork would feed into the president’s ongoing engagements with identified investors”.
According to her, this will also help ensure that the commission’s efforts support the attraction of responsible, inclusive, balanced and sustainable (RIBS) investments to Nigeria.
She reminded the team that the management’s efforts at better governance, proactive compliance and transparency over the last three years led to NIPC’s recent award by six civil society organisations (FOI award), which has shown that “success followed past efforts”.
She asked the senior management team to be committed to the work that is required to achieve targeted investments.


There {{pluralise i is are}} {{i}} {{pluralise i bottle bottles}} of beer on the wall. {{i}} {{pluralise i bottle bottles}} of beer Take one down and pass it around, {{subtractForDisplay i 1}} bottles of beer on the wall.


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object coins.casttohir.ParseString
ParseString class Parse given String operand. Successive call of getNextToken() will return tokens in the given string successively. The token kind is one of DIGITS, IDENTIFIER, STRING, DELIMITER, UNKNOWN The token kind are listed up as public static final int item in this class. DIGITS is a string consisting of digit character only. IDENTIFIER is a string consisting of alphabet (upper case and lower case), digits, and special characters specified by the parameter pSpIdChars. IDENTIFIER does not begin with digit. STRING is a character string starting with '"' and ending with '"'. DELIMITER is a character specified by the parameter pDelimiters. Characters indicated by the parameter pSpaces are skipped in the parsing operation. To see if there is no more token left, call hasNext(). If there is no token remaining, getNextToken() will return ""; If token kind is undefined, getNextToken() will return "".
| Field Summary | |
(package private) static java.lang.String[] |
alphabetCharacters
|
static int |
DELIMITER
|
(package private) static java.lang.String[] |
digitCharacters
|
static int |
DIGITS
|
static int |
IDENTIFIER
|
static int |
STRING
|
static int |
UNDEFINED
|
| Constructor Summary | |
ParseString(java.lang.String pText,
java.util.Set pDelimiters,
java.util.Set pSpaces,
java.util.Set pIdSpChars)
ParseString constructor Example: ParseString lParseString = new ParseString( "#param %I32, %I32, w%I32\n", fromStringToSet("#%,\n"), fromStringToSet(" \t"), fromStringToSet("_")); |
| Method Summary | |
(package private) java.lang.String |
characterString()
|
(package private) java.lang.String |
digitString()
|
static java.util.Set |
fromStringToSet(java.lang.String pString)
Make a set of Strings by taking out characters contained in the parameter pString and changing each character to a string of length 1. |
java.lang.String |
getNextToken()
getNextToken Get the next token and advance the token position. |
int |
getTokenKind()
Get the token kind of the token returned by getNextToken(). |
boolean |
hasNext()
|
(package private) java.lang.String |
identifierString()
|
java.lang.String |
seeCurrentToken()
getNextToken Get the next token and advance the token position. |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
public static final int UNDEFINED
public static final int IDENTIFIER
public static final int DELIMITER
public static final int DIGITS
public static final int STRING
static final java.lang.String[] alphabetCharacters
static final java.lang.String[] digitCharacters
| Constructor Detail |
public ParseString(java.lang.String pText, java.util.Set pDelimiters, java.util.Set pSpaces, java.util.Set pIdSpChars)
pText
- Text string to be parsed.pDelimiters
- Set of character strings (character in the form of String)
to be treated as a delimiting token.pSpaces
- Set of character strings to be treated
as a space (not a token).pIdSpChars
- Set of special character (non-alphanumeric character)
strings used in identifiers.| Method Detail |
public boolean hasNext()
public java.lang.String getNextToken()
public java.lang.String seeCurrentToken()
public int getTokenKind()
public static java.util.Set fromStringToSet(java.lang.String pString)
pString
- specifies the characters to be included in the resultant set.
java.lang.String digitString()
java.lang.String characterString()
java.lang.String identifierString()
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Orm
Orm is short for Object
Relational Mapper which does 2 things: it maps your database table rows to objects and it allows you
to establish relations between those objects.
It follows closely the
Active Record Pattern, but was also influenced by other systems.
Introduction
Unlike many other ActiveRecord implementations, ours is small, fast and dead simple to use. It attempts to make creating, updating and deleting items from your database as easy as possible. It does this by doing all the hard work for you.
Installation
The Orm package is included in the Fuel download. All you need to do is enable it in your config.
'packages' => array(
'orm',
),


This was originally created as a standalone app for use in the Admin menu. Then I added the option for installation as a course menu item, using a temporary API auth token, thinking I would share it more broadly. Then I decided to back off on the whole token dance, and delivered it as a pre-installed navigation map for all courses with a permanent token. Finally I decided to wrap it into Utilities.
Theoretically this app is still installable as a standalone app, using either of the configuration xml files in this folder, but this usage has not been tested by me. It is perfectly possible that the standalone app is in use somewhere, and in any case, the launch url in utilities includes some of the files here, so this folder should not be touched.
* sort function used by uasort to arrange users by their ['sortable_name']
* another sort function, this one sorts an indexed array alphabetically based on the value of the [0] index
* another uasort sorting function. This one sorts on ['due_at']
* pulls the course and asst ids out of the assignment url
Note: search "/" to view helper pages not located in the version folder.


Viewport is the size of the viewable area.
ViewBox controls what shows up in the viewable area. Like zoom or panning.
The first 2 numbers in our viewBox are the starting coordinates of the viewBox:
viewBox="0 0 500 500"
The second 2 numbers in our viewBox are the width and height.
Making the numbers larger or smaller will zoom the SVG in or out.
viewBox="0 0 500 500"


WITNESS LIST Finance Committee April 1, 1999-9:00A Pending Issues On: Doebner, Thomas (Texas Department of Transportation), Austin Heald, Charles W. (Texas Department of Transportation), Austin Schl for Blind & Visually Impaired On: Hatlen, Phil (Texas School for the Blind and Visually Impaired), Austin State Bd. of Educator Certification On: Tackett, Pamela (State Board for Educator Certification), Austin Telecommun. Infrastructure Fund Bd. On: Viramontes, Arnold (Telecommunications Infrastructure Fund Board), Austin Texas Education Agency On: Anderson, David (Texas Education Agency (TEA)), Austin Gilchrist, Robin (TEA), Austin Lindsey, Paul (TEA), Austin Monroe, Bill (TEA), Austin Morrow, Mike (TEA), Austin Moses, Mike (TEA), Austin Murray, Dean (TEA), Austin Pringle, Pat (TEA), Austin Smisko, Ann (TEA), Austin Vaughn, Nancy (TEA), Austin Wisnoski, Joe (TEA), Austin


{% extends "templates.jinja/base.page-with-navbar.html" %} {% block title %} Hesperian - Pregnancy & Birth{% endblock %} {% block id %}Foods_with_iron{% endblock %} {% block content %}
Pregnant women are especially at risk for anemia (weak blood). Eating more foods with iron will help prevent and treat anemia. Foods with a lot of iron include:


Material Design Data Table
Filter by search
Search
{{(filteredItems = (nutritionList | filter: filterName))}}
Attributes playground
Table card
Selectable rows
Sortable columns
Pagination
The following attributes are not dynamic attributes (you can't change after specified)
Animate sort icon
Ripple effect
Dessert (100g serving)
Calories
Fat (g)
Carbs (g)
Protein (g)
Sodium (mg)
Calcium (%)
Iron (%)


| # | Title | Seller | Price | Operation |
|---|---|---|---|---|
| 1 | Basketball | Perry | $33.33 | View Detail |
| 2 | Math Book | Jacob | $44.33 | View Detail |
| 3 | Cleaner | Larry | $66.33 | View Detail |
| 4 | Mattress | Patch | $77.33 | View Detail |
| 5 | Skateboard | Thomas | $88.33 | View Detail |
| 6 | Shoes | Jimmy | $99.33 | View Detail |
| # | Title | Seller | Price | Operation |
|---|---|---|---|---|
| 1 | Basketball | Perry | $33.33 | View Detail |
| 2 | Math Book | Jacob | $44.33 | View Detail |
| 3 | Cleaner | Larry | $66.33 | View Detail |
| 4 | Mattress | Patch | $77.33 | View Detail |
| 5 | Skateboard | Thomas | $88.33 | View Detail |
| 6 | Shoes | Jimmy | $99.33 | View Detail |


All of us arrived in Moab fairly late Friday night, but we were up early Saturday morning eager to abuse our trucks. The victims for the first day in Moab included Ray, Leah, Rose, and Nate Bork, Dave Vest, Roger Wild, and Terry Howe. We gathered at the City Market in downtown Moab and Helldorado was the plan, but we didn't have real good directions to the trail head. A quick trip to Moab Off-Road and we had detailed directions to the trail plus directions to a canyon that was said to be a good warm up. Some Poor Fool from SLC with a built CJ-7 decided to join us to make a total of five trucks. Soon we were off to the trail head.
It didn't take long for us to find the canyon that is Pre-Helldorado and it didn't take long for the going to get slow. Roger was the first victim to need the strap when he got jammed in a squeeze. It wasn't long before fender flares where ripping off his Jeep left and right and he had the first scratch in his new paint job.
The first major obstacle was a stair step on a hard left turn. Soft dirt on top of the step made it hard to get traction, but we all made it up after some work. After we made it through that one we walked the next 3 obstacle. When the Poor Fool had seen the next obstacles, he decided he'd had enough, he had no rocker protection and it was obvious that damage was a sure thing for him. The Poor Fool wisely decided to turn around at this point.
The next two obstacles were squeezes and Ray lost a bead on the first one. He couldn't drive out, so he winched himself to level ground to change the tire. I broke a leaf on one of my rear springs somewhere in here and Roger had all his fender flares off by the time he was through. A tremendous rock stacking effort was required on one squeeze to get the Broncos through without body damage.
The next stair step looked real hard, but didn't give anyone too much trouble. After the stair step came a crack that had to be straddled. Getting on the obstacle was easy, it was getting off it that was hard. Just about everyone received some minor body damage here.
Near the end of the trail, I managed to high center on a boulder and I had to winch myself off. It seems someone else needed a strap here, but fortunately for them, I cannot remember who it was.
The trail ended in a cool off-camber part over a large hole. This trail was hardly the Moab type wheeling you would expect, it was a lot more like Las Cruces. We got out of the Warm-up trail around 2:30 and drove over to the trail head for Helldorado. Helldorado looked much harder and we'd already done enough damage for the day. We headed for camp to make repairs for the next day of wheeling.


--- layout: default title: About Shop60Seven ---
When her husband decided to grow a beard, Colleen decided to make him some premium beard oil to help keep his mane soft and manageable. After much research, she learned a lot about the benefits of quality carrier and essential oils, and she put together what her husband considered the best beard oil he had ever tried.
That's where it all started, but that's not where it ended!


In expert mode, you will be charged a $3 USD forfeit if you are late. Use with caution!
The real NowLeave is coming soon (under a different name). To be the first to know when we launch, please subscribe below
Know someone who's always late? Share


Nuptial
Our Gallery
Nuptial
Home
Gallery
Wedding Gallery
Are You Attending?
Please Fill-up the form to notify you that you're attending. Thanks.
Name
Message
Phone
I am Attending


1. Overview
2. Definitions
3.1. Application Delegate
3.2. Environment
3.3. Headers
3.4. Request Body
3.5. Response Body
3.6. Request Lifetime
5.1. URI Scheme
5.2. Hostname
5.3. Paths
5.4. URI Reconstruction Algorithm
5.5. Percent-encoding
6.1. Application Errors
6.2. Server Errors
7. Versioning
This document defines OWIN, a standard interface between .NET web servers and web applications. The goal of OWIN is to decouple server and application and, by being an open standard, stimulate the open source ecosystem of .NET web development tools.
OWIN is defined in terms of a delegate structure. There is no assembly called OWIN.dll or similar. Implementing either the host or application side the OWIN spec does not introduce a dependency to a project.
In this document, the C#
Action
/Func
syntax is used to notate some delegate structures. However, the delegate
structure could be equivalently represented with F# native functions, CLR
interfaces, or named delegates. This is by design; when implementing OWIN,
choose a delegate representation that works for you and your stack.
The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in RFC 2119.
Normative sections are highlighted with a red outline, important notes are highlighted with yellow.
This document refers to the following software actors:
· Server – The HTTP server that directly communicates with the client and then uses OWIN semantics to process requests. Servers may require an adapter layer that converts to OWIN semantics.
· Web Framework – A self-contained component on top of OWIN exposing its own object model or API that applications may use to facilitate request processing. Web Frameworks may require an adapter layer that converts from OWIN semantics.
· Web Application – A specific application, possibly built on top of a Web Framework, which is run using OWIN compatible Servers.
· Middleware – Pass through components that form a pipeline between a server and application to inspect, route, or modify request and response messages for a specific purpose.
· Host – The process an application and server execute inside of, primarily responsible for application startup. Some Servers are also Hosts.
Broadly speaking, a server invokes an application (providing as arguments an environment dictionary with request and response headers and bodies); an application either populates a response or indicates an error.
The primary interface in OWIN is called the application delegate or AppFunc. An application delegate takes the IDictionary<string, object> environment and returns a Task when it has finished processing.
using AppFunc = Func<
IDictionary<string, object>, // Environment
Task>; // Done
The Environment dictionary stores information about the request, the response, and any relevant server state. The server is responsible for providing body streams and header collections for both the request and response in the initial call. The application then populates the appropriate fields with response data, writes the response body, and returns when done.
· The environment dictionary MUST be non-null, mutable and MUST contain the keys listed as required in the tables below.
· Keys MUST be compared using StringComparer.Ordinal.
· The values associated with the keys MUST be non-null, unless otherwise specified.
|
|
|
Value Description |
|
|
|
A Stream with the request body, if any. Stream.Null MAY be used as a placeholder if there is no request body. See Request Body. |
|
|
|
An IDictionary<string, string[]> of request headers.  See Response Body. |
|
|
|
An IDictionary<string, string[]> of response headers. See Headers. |
|
|
|
An optional
|
|
|
|
An optional
|
|
|
|
An optional
|
|
|
|
Value Description |
|
|
|
A CancellationToken indicating if the request has been cancelled/aborted. See Request Lifetime. |
|
|
|
The string |
In addition to these keys the host, server, middleware, application, etc. may add arbitrary data associated with the request or response to the environment dictionary. Guidelines for additional keys and a list of commonly defined keys can be found in CommonKeys.html.
The headers of HTTP
request and response messages are represented by objects of type
IDictionary<string,
string[]>
.
The requirements below are predicated on RFC
2616 section 4.2.
':'
or whitespace.If the request indicates there is an associated body the server SHOULD provide a Stream in the “owin.RequestBody” key to access the body data. Stream.Null MAY be used as a placeholder if there is no request body data expected. If the request Expect header indicates the client requests a 100 Continue, it is up to the server to provide this. The application MUST NOT set “owin.ResponseStatusCode” to 100. 100 Continue is only an intermediate response and using it would prevent the application from providing a final response (e.g. 200 OK). The server SHOULD send the 100 Continue on behalf of the application if the application starts reading from the stream before data starts arriving.
· The application delegate SHOULD NOT complete its returned Task and return control to the server until it is finished with the request body. Once the AppFunc Task is complete the application SHOULD NOT continue to read from the request stream.
· Any exceptions thrown from the request body stream are fatal and SHOULD be returned to the server by being thrown synchronously from the AppFunc or by failing the asynchronous Task with the given exception(s).
The server provides a response body Stream with the “owin.ResponseBody” key in the initial environment dictionary. The headers, status code, reason phrase, etc., can be modified up until the first write to the response body stream. Upon first write, the server validates and sends the headers. Applications MAY choose to buffer response data to delay the header finalization.
An application SHOULD NOT assume the given stream supports multiple outstanding asynchronous writes. The application developer SHOULD verify that the server and all middleware in use support this pattern before attempting to use it.
The full scope or lifetime of a request is limited by the several factors, including the client, server, and application delegate. In the simplest scenario a request’s lifetime ends when the application delegate has completed and the server gracefully ends the request. Failures at any level may cause the request to terminate prematurely, or may be handled internally and allow the request to continue.
The “owin.CallCancelled” key is associated with a CancellationToken that the server uses to signal if the request has be aborted. This SHOULD be triggered if the request becomes faulted before the AppFunc Task is completed. It MAY be triggered at any point at the providers discretion. Middleware MAY replace this token with their own to provide added granularity or functionality, but they SHOULD chain their new token with the one originally provided to them.
When the host process starts there are a number of steps it goes through to set up the application.
1. The host creates a Properties IDictionary<string, object> and populates any startup data or capabilities provided by the host.
2. The host selects which server will be used and provides it with the Properties collection so it can similarly announce any capabilities.
3. The host locates the application setup code and invokes it with the Properties collection.
4. The application reads and/or sets configuration in the Properties collection, constructs the desired request processing pipeline, and returns the resulting application delegate.
5. The host invokes the server startup code with the given application delegate and the Properties dictionary. The server finishes configuring itself, starts accepting requests, and invokes the application delegate to process those requests.
The Properties dictionary may be used to read or set any configuration parameters supported by the host, server, middleware, or application.
· The startup properties dictionary MUST be non-null, mutable and MUST contain the keys listed as required in the table below.
· Keys MUST be compared using StringComparer.Ordinal.
· The values associated with the keys MUST be non-null, unless otherwise specified.
|
|
|
Value Description |
|
|
|
The string
|
In addition to these keys the host, server, middleware, application, etc. may add arbitrary data associated with the application configuration to the properties dictionary. Guidelines for additional keys and a list of commonly defined keys can be found in CommonKeys.html.
Applications often require the ability to reconstruct the complete URI of a request. This process cannot be perfect since HTTP clients do not usually transmit the complete URI which they are requesting, but OWIN makes provisions for the purpose of reconstructing the approximate URI of a request.
This information is usually not transmitted by an HTTP client and depending on network configuration it may not be possible for an OWIN server to determine a correct value. In these cases, the server may have to manually configure or compute a value.
Servers MUST provide a
best-guess value for "owin.RequestScheme"
.
In the context of an HTTP/1.1 request, the name of the server to which the client is making a request is usually indicated in the Host header field-value of the request, although it might be specified using an absolute Request-URI (see RFC 2616, sections 5.1.2, <IP_ADDRESS>).
A server MUST provide a
value for the "Host"
key in the request header dictionary. The format of the value MUST be
"<hostname>[:<port>]". The value SHOULD be deduced by the host
using the following steps:
"Host"
key MUST be taken from the
host part of the absolute URI."Host"
key MUST be taken from the Host header field-value of the incoming
request."Host"
key. Servers may have the
ability to map application delegates to some base path. For example, a server
might have an application delegate configured to respond to requests beginning
with "/my-app"
, in which case it should set the
value of "owin.RequestPathBase"
in the environment dictionary to "/my-app"
.
If this server receives a request for "/my-app/foo"
, the “owin.RequestPath”
value of the environment
dictionary provided to the application configured to respond at
"/my-app"
should be "/foo"
.
· The value associated with the environment key "owin.RequestPath" MUST start with a slash, or MAY be string.empty if the value associated with "owin.RequestPathBase" is not string.empty.
The following algorithm can be used to approximate the complete URI of the current request:
var uri =
(string)Environment["owin.RequestScheme"] +
"://" +
Headers["Host"].First() +
(string)Environment["owin.RequestPathBase"] +
(string)Environment["owin.RequestPath"];
if (Environment["owin.RequestQueryString"] != "")
uri += "?" + (string)Environment["owin.RequestQueryString"];
The result of this algorithm may not be identical to the URI the client used to make the request; for example, the server may have done some rewriting to canonicalize the request. Further, it is subject to the caveats described in the URI Scheme and Hostname sections above.
A URI uses percent
encoding to transport characters outside its normally allowed character rules
(RFC 3986 section 2).
Percent-encoding is used to express the underlying octets present in a URI
component, whose octets are interpreted via UTF-8 encoding. Most web server
implementations will perform percent-decoding on paths in order to perform
request routing (as they rightly may, see: RFC 2616 section 5.1.2,
also 3.2.3),
and OWIN follows this precedent. The request query string in OWIN is presented
in its percent-encoded form; a percent-decoded query string could contain
'?'
or '='
characters, which would render the string unparseable.
"owin.RequestPath"
and "owin.RequestPathBase"
."owin.RequestQueryString"
While there are standard exceptions such as ArgumentException and IOException that may be expected in normal request processing scenarios, handling only such exceptions is insufficient when building a robust server or application. If a server wishes to be robust it SHOULD consistently address all exception types thrown or returned from the application delegate or body delegate. The handling mechanism (e.g. logging, crashing and restarting, swallowing, etc.) is up to the server and host process.
An application may generate an exception in the following places:
An application SHOULD attempt to trap its own internal errors and generate an appropriate (possibly 500-level) response rather than propagating an exception up to the server.
After an application provides a response, the server SHOULD wait to receive at least one write from the response Stream before writing the response headers to the underlying transport. In this way, if instead of a write to the Stream the server gets an exception from the application delegate Task, the server will still be able to generate a 500-level response. If the server gets a write to the Stream first, it can safely assume that the application has caught as many of its internal errors as possible; the server can begin sending the response. If an exception is subsequently received, the server MAY handle it as it sees fit (e.g. logging, write a textual description of the error to the underlying transport, and/or close the connection).
When a server encounters errors during a request’s lifetime it SHOULD signal the CancellationToken it provided in “owin.CallCancelled”. The server MAY then take any necessary actions to terminate the request, but it SHOULD be tolerant of completion delays of the application delegate.
Future updates to this standard may contain breaking changes (e.g. signature changes, key additions or modifications, etc.) or non-breaking additions. While addressing specific changes is the responsibility of later versions of the standard, here are initial guidelines for expected changes:
· This standard uses Semantic Versioning as described at http://semver.org/ (e.g. Major.Minor.Patch).
· Breaking changes to the API signatures or existing keys will require incrementing the major version number (e.g. OWIN 2.0)
· Adding new keys or delegates in a backwards compatible way only requires incrementing the minor version number (e.g. OWIN 1.1).
· Making corrections and clarifications to the document alone only requires incrementing the patch version number and last modified date (e.g. OWIN 1.0.1).
· The “owin.Version” key in the startup Properties and request Environment dictionaries indicates the latest version of the standard implemented by the server and may be used to dynamically adjust behaviors of applications.
· All implementers SHOULD clearly document the full version number(s) of the OWIN standard they support.
· The keys listed in CommonKeys.html are strictly optional. Additions may be made there without directly affecting the OWIN standard or version number.


Get Euler angles from rotation matrix.
Angles = eulang(Rp) [alpha,beta,gamma] = eulang(Rp)
Given a rotation matrix
Rp
, the function eulang
computes the
Euler angles
defining the same rotation and returns them
separately or as a 3-element vector Angles = [alpha, beta, gamma]
.
The angles are in radians.
For details about Euler angles and rotation matrices, see the page on relative orientations.
The rotation matrix must be a 3x3 real matrix with determinant +1 to within 0.1, otherwise the function errors. For smaller deviations, a warning is issued.
Since (α,β,γ) and (α+/-π,-β,γ+/-π)
describe the same rotation, there is more than one set of Euler angles
that give the same rotation matrix. eulang
returns the one with positive
β.
In the special cases β=0 and β=π, the
rotation axes for α and γ coincide, and the
two angles cannot be distinguished. In this case eulang
sets
γ to zero and describes the entire z rotation by
α.
eulang
detemines the Euler angles by least-squares fitting,
starting from angles analytically extracted from a few
elements of the given rotation matrix.
Taking three arbitrary angles, we compute the rotation matrix
ang = [34 72 -143]*pi/180; R = erot(ang)
R = 0.1319 -0.6369 0.7595 0.6008 -0.5581 -0.5724 0.7885 0.5318 0.3090
Now, feeding this rotation matrix into eulang
,
we get back the three original angles.
eulang(R)*180/pi
ans = 34.0000 72.0000 -143.0000


Constructor
-
<abstract> new ContentSharingRenderer()
-
ContentSharingRenderer class is an interface for content sharing renderers.
Members
-
<protected> _contentSharing :AvayaClientServices.Services.Collaboration.ContentSharing
-
Type:
- AvayaClientServices.Services.Collaboration.ContentSharing
Methods
-
<abstract> drawFrame(frame) → {void}
-
Draws on a screen frames received from the server.
Parameters:
Name Type Description frame
AvayaClientServices.Services.Collaboration.Frame Frame that is going to be drawn.
Returns:
{ void }
-
init(contentSharing, containerId) → {void}
-
Initializes the content sharing renderer.
Parameters:
Name Type Description contentSharing
AvayaClientServices.Services.Collaboration.ContentSharing Content sharing instance.
containerId
string ID of DOM element where content sharing will be append to.
Returns:
{ void }
-
<abstract> pause() → {void}
-
Pauses screen sharing.
Screen sharing can be paused only by the user who started the screen sharing.Returns:
{ void }
-
<abstract> showCursor(point) → {void}
-
Indicates the cursor position on a screen as a red dot.
To be able to invoke this function, the user who shares his screen has to send information about cursor coordinates.Parameters:
Name Type Description point
AvayaClientServices.Services.Collaboration.Point Current position of the cursor.
Returns:
{ void }
-
<abstract> start() → {void}
-
Starts screen sharing.
Function creates DOM element with the given ID where the screen sharing will be displayed in.Returns:
{ void }
-
<abstract> stop() → {void}
-
Stops screen sharing.
Function removes the DOM element where the screen sharing was displayed in.Returns:
{ void }
-
<abstract> unpause() → {void}
-
Unpauses the screen sharing and removes the pause layer from the canvas.
Returns:
{ void }


Copyright (c) 2021, Yeh,Chun-Chen. All rights reserved. Copyrights licensed under the MIT License.
Do you want to delete {{noteSelected.content}} from catalogue?


Gecode::Int::Extensional::PosCompact< View, Table > Class Template Reference
[Integer propagators]
Domain consistent positive extensional propagator. More...
#include <extensional.hh>
Classes | |
| class | Status |
| Status management. More... | |
Public Types | |
| typedef Compact< View, true > ::ValidSupports | ValidSupports |
| typedef Compact< View, true > ::Range | Range |
| Range type for supports. | |
| typedef Compact< View, true > ::CTAdvisor | CTAdvisor |
| typedef Compact< View, true > ::LostSupports | LostSupports |
Status management | |
|
| |
| enum | StatusType { SINGLE = 0, MULTIPLE = 1, NONE = 2, PROPAGATING = 3 } |
Type of status. More... | |
| Status | status |
| Propagator status. | |
| Table | table |
| Current table. | |
| bool | empty (void) const |
| Check whether the table is empty. | |
| template<class TableProp > | |
| PosCompact (Space &home, TableProp &p) | |
| Constructor for cloning p. | |
| PosCompact (Home home, ViewArray< View > &x, const TupleSet &ts) | |
| Constructor for posting. | |
| virtual void | reschedule (Space &home) |
| Schedule function. | |
| virtual ExecStatus | propagate (Space &home, const ModEventDelta &med) |
| Perform propagation. | |
| virtual Actor * | copy (Space &home) |
| Copy propagator during cloning. | |
| size_t | dispose (Space &home) |
| Delete propagator and return its size. | |
| virtual ExecStatus | advise (Space &home, Advisor &a, const Delta &d) |
| Give advice to propagator. | |
| static ExecStatus | post (Home home, ViewArray< View > &x, const TupleSet &ts) |
| Post propagator for views x and table t. |
Detailed Description
template<class View, class Table>
class Gecode::Int::Extensional::PosCompact< View, Table >
Domain consistent positive extensional propagator.
This propagator implements the compact-table propagation algorithm based on: J. Demeulenaere et. al., Compact-Table: Efficiently filtering table constraints with reversible sparse bit-sets, CP 2016.
Requires
#include <gecode/int/extensional.hh>
Definition at line 504 of file extensional.hh.
Member Typedef Documentation
| typedef Compact<View,true>::ValidSupports Gecode::Int::Extensional::PosCompact< View, Table >::ValidSupports |
Definition at line 506 of file extensional.hh.
| typedef Compact<View,true>::Range Gecode::Int::Extensional::PosCompact< View, Table >::Range |
Range type for supports.
Reimplemented from Gecode::Int::Extensional::Compact< View, true >.
Definition at line 507 of file extensional.hh.
| typedef Compact<View,true>::CTAdvisor Gecode::Int::Extensional::PosCompact< View, Table >::CTAdvisor |
Definition at line 508 of file extensional.hh.
| typedef Compact<View,true>::LostSupports Gecode::Int::Extensional::PosCompact< View, Table >::LostSupports |
Definition at line 509 of file extensional.hh.
Member Enumeration Documentation
| enum Gecode::Int::Extensional::PosCompact::StatusType |
Type of status.
- Enumerator:
SINGLE A single view has been touched.
MULTIPLE Multiple view have been touched.
NONE No view has been touched.
PROPAGATING The propagator is currently running.
Definition at line 521 of file extensional.hh.
Constructor & Destructor Documentation
| Gecode::Int::Extensional::PosCompact< View, Table >::PosCompact | ( | Space & | home, | |
| TableProp & | p | |||
| ) | [inline] |
Constructor for cloning p.
Definition at line 460 of file compact.hpp.
| Gecode::Int::Extensional::PosCompact< View, Table >::PosCompact | ( | Home | home, | |
| ViewArray< View > & | x, | |||
| const TupleSet & | ts | |||
| ) | [inline] |
Constructor for posting.
Definition at line 514 of file compact.hpp.
Member Function Documentation
| bool Gecode::Int::Extensional::PosCompact< View, Table >::empty | ( | void | ) | const |
Check whether the table is empty.
Reimplemented from Gecode::ActorLink.
| void Gecode::Int::Extensional::PosCompact< View, Table >::reschedule | ( | Space & | home | ) | [inline, virtual] |
| ExecStatus Gecode::Int::Extensional::PosCompact< View, Table >::propagate | ( | Space & | home, | |
| const ModEventDelta & | med | |||
| ) | [inline, virtual] |
| Actor * Gecode::Int::Extensional::PosCompact< View, Table >::copy | ( | Space & | home | ) | [inline, virtual] |
Copy propagator during cloning.
Implements Gecode::Actor.
Definition at line 467 of file compact.hpp.
| ExecStatus Gecode::Int::Extensional::PosCompact< View, Table >::post | ( | Home | home, | |
| ViewArray< View > & | x, | |||
| const TupleSet & | ts | |||
| ) | [inline, static] |
Post propagator for views x and table t.
Definition at line 522 of file compact.hpp.
| size_t Gecode::Int::Extensional::PosCompact< View, Table >::dispose | ( | Space & | home | ) | [inline, virtual] |
Delete propagator and return its size.
Reimplemented from Gecode::Int::Extensional::Compact< View, true >.
Definition at line 531 of file compact.hpp.
| ExecStatus Gecode::Int::Extensional::PosCompact< View, Table >::advise | ( | Space & | home, | |
| Advisor & | a, | |||
| const Delta & | d | |||
| ) | [inline, virtual] |
Give advice to propagator.
Reimplemented from Gecode::Propagator.
Definition at line 615 of file compact.hpp.
Member Data Documentation
| Status Gecode::Int::Extensional::PosCompact< View, Table >::status |
Propagator status.
Definition at line 549 of file extensional.hh.
| Table Gecode::Int::Extensional::PosCompact< View, Table >::table |
Current table.
Definition at line 551 of file extensional.hh.
The documentation for this class was generated from the following files:
- gecode/int/extensional.hh
- gecode/int/extensional/compact.hpp


0 ">
{{inputEducation['0']['degree'] !== undefined ? inputEducation['0']['degree']: ''}} -
Major: {{inputEducation['0']['major'] !== undefined ? inputEducation['0']['major']: '' }}
{{inputEducation['0']['minor'] !== undefined ? inputEducation['0']['minor']: '' }}
{{inputEducation['0']['university'] ? inputEducation['0']['university']: ''}},
{{inputEducation['0']['graduation'] ? inputEducation['0']['graduation']: ''}}


Eventually, you are going to need to know more details about the language and library. For that matter, our ideal of learning nothing new until you understand thoroughly everything that we have presented so far—like most ideals—is probably not entirely attainable in practice. At some point, you are going to encounter a question about C++ that this book does not answer, so you will need to turn elsewhere for advice.
For this purpose, two books stand out. The first, Bjarne Stroustrup's The C++ Programming Language, Third Edition (Addison-Wesley, 1998), is the most complete single source of information about C++. It covers the entire language and library, and tells you everything you need to know—and probably more—about all aspects of both. The second, Matthew Austern's Generic Programming and the STL (Addison-Wesley, 1999), discusses the standard library's algorithms and data structures in much more detail than either our book or Stroustrup's. Moreover, it is authoritative, because although Austern was not the original author or implementer of this part of the library—that honor goes to Alex Stepanov—he has been working closely with Stepanov for the past several years, and is one of the main driving forces behind the further evolution of that library.
Together, this book, Ruminations on C++, and the books by Stroustrup and Austern comprise well over 2,000 pages. We are, therefore, reluctant to recommend any additional reading. However, if your appetite is truly voracious, we suggest that you visit http://www.accu.org. There, you will find reviews of more than 2,000 books, many of which are related to C++. They also have the good taste to give their highest recommendations to Ruminations on C++ and the books by Stroustrup and Austern.
As you look for reading material, keep in mind that books on the shelf do not make you a better programmer. Ultimately, the only way to improve your programming is to write programs. Have fun!
16-0. Compile, execute, and test the programs in this chapter.
16-1. Write a self-reproducing program. Such a program is one that does no input, and that, when run, writes a copy of its own source text on the standard output stream.


Dinoloop decorators use
reflect-metadata behind the scenes. It's a well-known concept in JAVA/C# and other programming languages, but
in the JavaScript world, it's relatively new. Attributes are very much similar to
Java annotation and
C# attributes.
Action method with
async modifier, must be decorated with
@Async. This notifies dinoloop to setup asynchronous execution model with Expressjs.
When a GET request is made to this endpoint, you will receive response after 2 seconds. This example explains you how
to use async-await pattern. According to ES spec a
Promise return type method is awaitable using
await keyword.
-
Deferrer built into dinoloop to convert promise objects to async-await pattern
Defines an endpoint that responds to every
HTTP-VERB request.
Defines an endpoint that responds to
DELETE request.
Defines an endpoint that responds to
GET request.
Defines an endpoint that responds to
HEAD request.
Defines an endpoint that responds to
POST request.
-
ValueInjection framework always injects http-body as first parameter for
HttpPost,
HttpPut,
HttpPatch requests. Dinoloop considers these three HttpVerbs to have body. However, you can always access
the body using
this.request.body (
body is an Expressjs property added by
body-parser)
-
ValueInjection framework parses the variable-segments from the URL and injects as parameters. Refer
Here for more examples.
Defines an endpoint that responds to
PATCH request.
Defines an endpoint that responds to
PUT request.
If you would like to have action method responding to request, then use @SendsResponse(). Pretty useful in situations
like file
downloads/uploads, etc.
You can also have multiple http verbs on the same action.
Adds metadata to a controller class derived from ApiController.
prefix: string
Acts as a base route for all your action method endpoints.
attr: IControllerAttribute
Configures middlewares for the particular controller. These middlewares are invoked when any one of the enpoint of controller
gets request.
-
use: Provide an array of express middlewares. These express middlewares are first to execute, and then proceeds
to dinoloop middlewares.
-
middlewares: Provide an array of dinoloop middlewares which are executed, and then proceeds to filters.
-
filters: Provide an array of filters which are executed before and after action method.
-
result: Provide an array of result dinowares which captures return values from action method and proceeds
to
RequestEnd middlewares.
-
exceptions: Provide an array of exception dinowares which handles uncaught exceptions thrown by controller.
1. @Controller Without Middlewares
2. @Controller With Middlewares
Controller dinowares are explained in detail
here.
@Parse is similar to a mapper function for action parameters. It accepts a
IParseHandler where the parameter value is injected into the mapper function and the return value of the mapper
is injected back to action parameter.
cb: IParseHandler
This is the mapper function for the action parameter.
data?: any
We can also provide custom data to IParseHandler which gives the ability to
make decisions/change behavior.
As we have mentioned earlier, the variable-segments which are injected by value injection framework are always
string type.
To solve this problem, we have introduced
@Parse in V2.x.x. The following example explains it.
@Parse is explained with more examples
here.
@QueryParam works exactly similar to
@Parse. However, there is one major difference between the both. The @QueryParam works only with query-params/query-string
where the @Parse works only with variable-segments and http-body.
cb?: IParseHandler
This is the mapper function for the query parameter. However unlike in @Parse, it is optional.
data?: any
We can also provide custom data to IParseHandler which gives the ability to
make decisions/change behavior.
Following example explains the use of @QueryParam.
@QueryParam is explained with more examples
here.
-
IParseHandler is optional in @QueryParam where it is required in @Parse.
-
When you don't provide a IParseHandler in @QueryParam, framework injects the exact query-string values into action parameter.
While using variable-segments and http-body, it is not explicitly required to use @Parse because dinoloop default maps
variable-segments to action parameters. However, while dealing with query-string values, it is required to speficy
@QueryParam to inject the query-string values.
BindNumber is short and simple way to express
@Parse(toNumber). It parses the variable-segments to number type and binds those values. Here is an example
Both does exactly the same. However, @Parse gives freedom to write your own
IParseHandlers which is discussed in next sections.
BindBoolean is short and simple way to express
@Parse(toBoolean). It parses the variable-segments to boolean type and binds those values.
BindInteger is short and simple way to express
@Parse(toInteger). It parses the variable-segments to integer type and binds those values.
-
@BindNumber, @BindBoolean, @BindInteger are really a short way to implement @Parse. However, they do not support query params.
-
You still have to use @QueryParam(toNumber), @QueryParam(toBoolean), @QueryParam(toInteger) to work with query-string values,
which we are going to solve in next versions.
Remember
-
Dinoloop considers HttpPost, HttpPut, HttpPatch verbs to have http-request body.
- Http body gets injected as first parameter always for HttpPost, HttpPut and HttpPatch.
-
You can always access the http-body using
this.request.body.
-
When an action method is decorated with
@SendsResponse(), it's return value is ignored. Preferred to have void methods.
-
Always use
HttpStatusCode enum for status codes to have better readability.


We redefine content!
- syndicate sticky vortals
- revolutionize proactive methodologies
- redefine scalable supply-chains
- scale 24/7 convergence
- aggregate end-to-end portals
- orchestrate mission-critical networks
- incubate rich architectures
- disintermediate out-of-the-box bandwidth
- engage turn-key supply-chains
- monetize robust functionalities
- expedite 24/7 initiatives
- facilitate distributed markets
- maximize scalable channels


MeetingShot is a faux meeting screenshot generator designed to help
those suffering from FOMMO - Fear of Missing Meetings Online.
Created by
Dan Fernandez
and
Den Delimarsky
Meet with anyone, from one attendee (just yourself), to a group of nine (wow, you must be popular) - in seconds. Zero cost, no encryption, and no support for interactive chat.
Don't have any celebrity friends? Don't worry - we don't either. But you can pretend that you are in a meeting with whoever you want. And if you don't find the attendee you want in our (limited) library, you can always upload a custom image or use your own webcam to include the one true celebrity in the meeting.
Unleash your creativity adding your favorite celebrities and characters or by creating themed meetings like "The Brady Bunch", "SNL", or the "Worst. Meeting. Ever." We'll leave it up to you to create your own combinations.


Computes the amplitudes P and the i_P positions of the positive or negative peaks (depending on the value of the pos_neg parameter), cycle by cycle, of a voice frame. It also returns the peaks, with the same duration as vSignal, which contains the peaks found in the analysis. Input parameters vSignal: is a column vector containing the complete speech signal iFs: is the sampling frequency iInicio: is the first sample of the voice to be analyzed iFinal: is the last sample of the section to be analyzed vPitchPeriods: is the sequence of pitch period values (in samples) calculated on windows of duration 3To without overlap, where To is the pitch period in samples from the previous segment, and 34ms the duration of the first window, as Boyanov does. It is the result of applying the pitch function. pos_neg: indicates which peaks are going to be obtained: pos_neg = 1: positive pos_neg = -1: negative Output parameters P: The amplitudes of the positive or negative peaks (depending on the value of the pos_neg parameter), cycle by cycle, of a voice segment i_P: Positions of the positive or negative peaks (depending on the value of the parameter pos_neg), cycle by cycle, of a voice section; mPicosPos containing the peaks found in the analysis section (of the same duration as vSignal,).


"""
Created on 26 sep 2013
@author: Marcus
RSA
===
Module for RSA encryption and decryption.
Example
-------
> e = RSA()
> c = e.encrypt(bytearray('Hi', 'utf-8'), e.makeKeyObject(78563, public=57691))
> m = e.decrypt(bytearray(b'\\xab-\\x00'), e.makeKeyObject(78563, private=43411)).decode()
"""
import random
import math
from . import mathfuncs
[docs]class RSA(object):
"""
classdocs
"""
def __init__(self):
"""
Constructor
"""
[docs] def encrypt(self, message, keyobj):
"""
Encrypts a message represented as bytearray using RSA
c = m ^ e (mod n)
>>> e.encrypt(bytearray('Hi', 'utf-8'), e.makeKeyObject(78563, public=57691))
bytearray(b'\\xab-\\x00')
"""
m = int.from_bytes(message, 'little')
n = keyobj.getN()
e = keyobj.getPublicKey()
if m.bit_length() <= keyobj.getMaxBlockLength():
c = pow(m, e, n)
length = int(math.ceil(n.bit_length()/8))
c = bytearray(c.to_bytes(length, 'little'))
return c
else:
raise AssertionError("Encryption error: Message is to large, try again with larger key or smaller message!")
[docs] def decrypt(self, message, keyobj):
"""
Decrypts a RSA-message and returns it represented as an integer
m = c ^ d (mod n)
>>> e.decrypt(bytearray(b'\\xab-\\x00'), e.makeKeyObject(78563, private=43411)).decode()
'Hi'
"""
c = int.from_bytes(message, 'little')
n = keyobj.getN()
d = keyobj.getPrivateKey()
if c < n:
m = pow(c, d, n)
length = int(keyobj.getMaxBlockLength()/8)
m = m.to_bytes(length, 'little')
return m
else:
raise AssertionError("Decryption error: Message is to large, try again with larger key or smaller message!")
[docs] def generatePrivatePublicKey(self, bits):
"""
Returns an object containing both public and private random keys.
Number of bits generated N is returned is: bits+1 <= result <= bits+2
The generated key is large enough so that the maximum block length
is guaranteed be at least 'bits' long (this means that N may actually
be 1-2 bits larger than 'bits'
1-2 is because there is a fifty percent probability of the most significant
bit beeing a 0, which is not counted when represented as a number.
>>> key = e.generatePrivatePublicKey(512)
>>> isinstance( key.getPublicKey(), int)
True
>>> isinstance( key.getPrivateKey(), int)
True
>>> key.getN().bit_length()
513
>>> key.getMaxBlockLength()
512
>>> RSA().generatePrivatePublicKey(16).getMaxBlockLength()
16
"""
bits += 1
pbits = random.randrange(bits//2, 3*bits//4)
qbits = bits - pbits
p = mathfuncs.getRandomPrime(pbits)
q = 0
nbits = 0
tries = 0
while nbits != bits:
if tries > 10:
p = mathfuncs.getRandomPrime(pbits)
tries = 0
q = mathfuncs.getRandomPrime(qbits)
tries += 1
nbits = (p * q).bit_length()
e, d = 0, 0
fi_n = (p-1) * (q-1)
while True:
randomnumber = random.randrange(3, min(2**16 + 1, fi_n))
g, x, y = mathfuncs.egcd(randomnumber, fi_n)
if g == 1:
e = randomnumber
d = x % fi_n
break
return self.makeKeyObject(p * q, e, d)
[docs] def makeKeyObject(self, n, public=None, private=None):
"""
Returns an object containing both public and private random keys.
Please note that one of public and private keys may be None, but not both.
>>> key = e.makeKeyObject(78563, public=57691, private=43411)
>>> key.getMaxBlockLength()
16
"""
class Key:
"""
Key class used as encapsulation for key information
"""
def __init__(self, n, e, d):
"""
Constructor
"""
if not isinstance(n, int) :
raise TypeError("N must be integer")
if not isinstance(e, int) and e is not None:
raise TypeError("Public key must be integer or None")
if not isinstance(d, int) and d is not None:
raise TypeError("Private key must be integer or None")
if None in (e, d) and e == d:
raise TypeError("Both public and private key may not be None")
if e and e >= n:
raise ValueError("Public key may not be larger than N")
if d and d >= n:
raise ValueError("Private key may not be larger than N")
self.maxBlockLength = n.bit_length() - 1
self.e = e
self.d = d
self.n = n
def getPublicKey(self):
"""
Returns the public part of the key a.k.a. 'e'
"""
return self.e
def getPrivateKey(self):
"""
Returns the private part of the key as a dict
with keys 'd' and 'n'
"""
return self.d
def getN(self):
return self.n
def getMaxBlockLength(self):
return self.maxBlockLength
return Key(n, public, private)
[docs]def testmodule():
"""
Should return (#failed, #tried)
"""
import doctest
import sys
thismodule = sys.modules[__name__]
return doctest.testmod(m=thismodule, extraglobs={'e': RSA()})
if __name__ == "__main__":
if testmodule()[0] == 0:
print("Success!")


Introduction |
Documentation |
Downloads |
Forum |
Credits |
|
In this great world, some people believe it is a great thing to spam forums like we had for Torch. These annoying guys must be thus very proud: The forum will remain closed until the next version of Torch. PS: We do not need VIAGRA, or some other enlarging tools. |


--- layout: post title: How to Have a 36 Hour Day date: 2006-04-04 00:00:00 category: personal ---
How to Have a 36 Hour Day: "While we can never have more than 24 hours of chronological time I think it's very possible to have many more hours of functional time. In fact, I think it's probably possible to get up to 36 hours of functional time in your day if you do a few relatiively simple things. So without further ado, here is my prescription for the 36 hour day. "


Mickeys Pizzero is the coolest new pizza joint right here in the Capital City. Comprising of some top professional chefs and state of the art custom-engineered ovens, no other pizza in town would compare to our Pizzas. Come and experience a tastebuds adventure of a lifetime with us.
We also offer a wide range of refreshments and drinks for your choosing to go with our delicacies. A fun-filled environment, children safe and Ample Parking and social amenities close by at all times.  Besides, The way to our hearts is via food😌
Small Sized Pizza
Medium Sized Pizza
Large Sized Pizza
Beef Toppings Pizza
Chicken Toppings Pizza
Mushroom Toppings Pizza
No Toppings Pizza
Onions and Tomatoes Vegetable Pizza
Sausage Toppings Pizza
Thin Crust Pizza
Gluten Free Crust Pizza. (Gluten-Free Flour used)
Stuffed (with extra Cheese) Crust Pizza


NUTRALOX- calcium carbonate tablet, chewable
HART Health
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
Uses: Temporarily relieves
- heartburn
- sour stomach
- acid indigestion
- upset stomach
Ask a doctor or pharmacist before use if you are presently taking a prescription drug. Antacids may interfere with certain prescription drugs.
Stop use and ask a doctor if symptoms last for more than 2 weeks
If pregnant or breast-feeding, ask a health professional before use
Directions: Do not take more than directed
Adults and children 12 years of age and over:
- thoroughly chew 2 tablets every 3 to 4 hours as symptoms occur
- do not take more than 16 tablets in 24 hours unless directed by a doctor
- do not use the maximum dose for more than 2 weeks
Childrenunder 12 years of age: ask a doctor
Inactive Ingredients: Corn Starch, Magnesium Stearate, Peppermint Flavor, Sucrose
Nutralox.jpg


On Outsourcing to China
China VS Canada. Things that make you go, 'hmmmmm... '. Not knowing what dyna is charging, if it's arcteryx quality at cheap-prices, sign ME up.
What's really funny is they just photo-shopped out the arcteryx logo. I might order this just to check it out!
About this entry
You"re currently reading "On Outsourcing to China," an entry on a crick in the net
- Published:
- 03.17.08 / 4pm
- Category:
- Circular File


| goog.math.Integer |
|
bits
:
Array containing the bits of the number.
|
|
sign
:
The sign of the number: -1 for negative and 0 positive.
|
|
add(other)
⇒
Returns the sum of this and the given Integer.
Arguments:
Returns:
The Integer result.
|
code » | ||
|
and(other)
⇒
Returns the bitwise-AND of this Integer and the given one.
Arguments:
Returns:
The bitwise-AND of this and the other.
|
code » | ||
|
compare(other)
⇒
Compares this Integer with the given one.
Arguments:
Returns:
0 if they are the same, 1 if the this is greater, and -1 if the given one is greater.
|
code » | ||
|
divide(other)
⇒
Returns this Integer divided by the given one.
Arguments:
Returns:
This value divided by the given one.
|
code » | ||
|
equals(other)
⇒
No description.
Arguments:
Returns:
Whether this Integer equals the other.
|
code » | ||
|
getBits(index)
⇒
Returns the index-th 32-bit (signed) piece of the Integer according to
little-endian order (i.e., index 0 contains the smallest bits).
|
code » | ||
|
getBitsUnsigned(index)
⇒
Returns the index-th 32-bit piece as an unsigned number.
|
code » | ||
|
getSign()
⇒
No description.
Returns:
The sign bit of this number, -1 or 0.
|
code » | ||
|
greaterThan(other)
⇒
No description.
Arguments:
Returns:
Whether this Integer is greater than the other.
|
code » | ||
|
greaterThanOrEqual(other)
⇒
No description.
Arguments:
Returns:
Whether this Integer is greater than or equal to the other.
|
code » | ||
|
isNegative()
⇒
No description.
Returns:
Whether this value is negative.
|
code » | ||
|
isOdd()
⇒
No description.
Returns:
Whether this value is odd.
|
code » | ||
|
isZero()
⇒
No description.
Returns:
Whether this value is zero.
|
code » | ||
|
lessThan(other)
⇒
No description.
Arguments:
Returns:
Whether this Integer is less than the other.
|
code » | ||
|
lessThanOrEqual(other)
⇒
No description.
Arguments:
Returns:
Whether this Integer is less than or equal to the other.
|
code » | ||
|
modulo(other)
⇒
Returns this Integer modulo the given one.
Arguments:
Returns:
This value modulo the given one.
|
code » | ||
|
multiply(other)
⇒
Returns the product of this and the given Integer.
Arguments:
Returns:
The product of this and the other.
|
code » | ||
|
negate()
⇒
No description.
Returns:
The negation of this value.
|
code » | ||
|
not()
⇒
No description.
Returns:
The bitwise-NOT of this value.
|
code » | ||
|
notEquals(other)
⇒
No description.
Arguments:
Returns:
Whether this Integer does not equal the other.
|
code » | ||
|
or(other)
⇒
Returns the bitwise-OR of this Integer and the given one.
Arguments:
Returns:
The bitwise-OR of this and the other.
|
code » | ||
|
shiftLeft(numBits)
⇒
Returns this value with bits shifted to the left by the given amount.
Arguments:
Returns:
This shifted to the left by the given amount.
|
code » | ||
|
shiftRight(numBits)
⇒
Returns this value with bits shifted to the right by the given amount.
Arguments:
Returns:
This shifted to the right by the given amount.
|
code » | ||
|
shorten(numBits)
⇒
Returns an integer with only the first numBits bits of this value, sign
extended from the final bit.
Arguments:
Returns:
The shorted integer value.
|
code » | ||
|
subtract(other)
⇒
Returns the difference of this and the given Integer.
Arguments:
Returns:
The Integer result.
|
code » | ||
|
toInt()
⇒
Returns the value, assuming it is a 32-bit integer.
Returns:
The corresponding int value.
|
code » | ||
|
toNumber()
⇒
No description.
Returns:
The closest floating-point representation to this value.
|
code » | ||
|
toString(opt_radix)
⇒
No description.
Arguments:
Returns:
The textual representation of this value.
|
code » | ||
|
xor(other)
⇒
Returns the bitwise-XOR of this Integer and the given one.
Arguments:
Returns:
The bitwise-XOR of this and the other.
|
code » |
|
goog.math.Integer.carry16_(bits, index)
Carries any overflow from the given index into later entries.
|
code » | |||
|
Returns a Integer representing the value that comes by concatenating the
given entries, each is assumed to be 32 signed bits, given in little-endian
order (lowest order bits in the lowest index), and sign-extending the highest
order 32-bit value.
Arguments:
Returns:
The corresponding Integer value.
|
code » | |||
|
Returns an Integer representing the given (32-bit) integer value.
Arguments:
Returns:
The corresponding Integer value.
|
code » | |||
|
Returns an Integer representing the given value, provided that it is a finite
number. Otherwise, zero is returned.
Arguments:
Returns:
The corresponding Integer value.
|
code » | |||
|
Returns an Integer representation of the given string, written using the
given radix.
Arguments:
Returns:
The corresponding Integer value.
|
code » |


{% extends 'core/wizard-step-base.html' %}
{% block head_title %}ERP - great.gov.uk{% endblock %}
{% block step_title %}Are there goods sold in the UK that could replace your current imports?{% endblock %}
{% block caption %}To qualify, goods must be made in the UK or a non-EU country and available at a similar price.{% endblock %}


{{ site.compass.tagline }}
We are a web and mobile development agency based in Seoul, Korea with a focus on delivering custom solutions for client's complicated requirements.


We design things with love and passion.
Our Works- Fixed price projects
- Receive on time
- Satisfaction guranteed
About Us.
Analytics release series A financing launch party interaction design android angel investor. Vesting period social media sales conversion launch party rockstar incubator customer social proof graphical user interface technology supply chain. Non-disclosure agreement rockstar creative partner network launch party social proof paradigm shift long tail influencer.
Monetization validation success. Seed round channels product management. Customer non-disclosure agreement strategy android growth hacking ramen buyer.
Our Focus.
We understand your requirement and provide quality works.
-
Web Design
Analytics release series A financing launch party interaction design android angel investor.
-
UX Design
Analytics release series A financing launch party interaction design android angel investor.
-
Photogrpahy
Analytics release series A financing launch party interaction design android angel investor.
-
Add Development
Analytics release series A financing launch party interaction design android angel investor.
Portfolio.
We understand your requirement and provide quality works.
About Bennet.
Monetization first mover advantage iPad. Interaction design buzz handshake. Stealth agile development branding. Backing facebook hackathon conversion startup scrum project niche market business-to-consumer paradigm shift traction. Rockstar bandwidth twitter ownership success disruptive series A financing user experience buyer client social proof validation hypotheses. User experience crowdfunding facebook seed round A/B testing mass market.
-
12,458+
Projects Completed
-
1,796+
Satisfied Clients
-
1,000+
Positive Feedbacks
-
1,500+
Freebies Released
Work Steps.
We understand your requirement and provide quality works.
Project Understanding
Buyer strategy incubator niche market startup. Entrepreneur non disclosure agreement MVP traction beta social media investor accelerator.
Project Understanding
Buyer strategy incubator niche market startup. Entrepreneur non disclosure agreement MVP traction beta social media investor accelerator.
Project Understanding
Buyer strategy incubator niche market startup. Entrepreneur non disclosure agreement MVP traction beta social media investor accelerator.
Project Understanding
Buyer strategy incubator niche market startup. Entrepreneur non disclosure agreement MVP traction beta social media investor accelerator.
Pricing Table.
We understand your requirement and provide quality works.
- 200GB Online Storage
- 20 Files Per Day
- 2TB Monthly Bandwidth
- Secure Platform
- 24/7 Customer Support
- Fast & Reliable


--- title: "Changes in the Medicinal Garden" date: "2018-01-30 00:00:01 -06:00" categories: - garden-journal layout: "post" blog-banner: "garden-journal-winter.jpg" post-date: "Jan 30, 2018" post-time: "03:00 PM" blog-image: "2018-01-30-wh.jpg" published: true ---
By: Angie Decker , Red Butte Garden Horticulturist
Exerpt from the 2018 Red Butte Garden Spring Newsletter article "The Changing Face of the Medicinal Garden"
London planetree in the center of the RBG Medicinal Garden, summer 2016
The root of the marshmallow plant has been used for centuries for its medicinal properties
An extract from the bark of English Yew is used in chemothearapy drugs
Exciting changes are underway in the Dr. Ezekiel and Edna Wattis Dumke Medicinal Garden. Nestled in the middle of Red Butte Garden’s three Terrace Gardens, between the Fragrance and Herb Gardens, this space is home to plants known or believed to have medicinal properties. The Medicinal Garden was originally built and planted in 1996 around a planetree (Platanus), under which, according to legend, Hippocrates taught his pupils the art of medicine on the Greek island of Kos.
At that time, the Medicinal Garden’s plant palette primarily consisted of woody shrubs and trees. Now, with over 21 years of growth, many of those plants have outgrown this space, are competing for resources and are shading out the understory. This limits plant diversity, blooming, and impacts plant health.
Several trees, shrubs, and perennials have been removed, thinned, or rejuvenated to improve the light conditions and create space for a wide variety of new medicinal plant species. Our Horticulture staff has been hard at work researching medicinal plants from all over the globe, selecting those that will survive in our climate, and that are particularly important in telling the story of the healing power of plants.
Plants have been used for their healing properties by cultures around the world for thousands of years, with many of them still remaining relevant today. For example: the root of the marshmallow plant (Althea officinalis) has been used throughout time in ancient Greek, Ayurvedic, Medieval, and Western medicine to treat coughs, wounds, burns, and insect bites. Plants used in modern medicine will have their place in this garden as well, such as the English Yew (Taxus bacatta). An extract from the bark of this tree is used in chemotherapy drugs to battle a variety of cancers. With new techniques, treatments, and therapies constantly being developed, we hope to also highlight plants used in cutting-edge research that may lead to future advancements in health care.
Another exciting change in the Medicinal Garden will be the signs and information you will see when you visit. The story of medicinal plants is so rich and diverse that it is impossible to tell it all at once. Instead, we will select a different theme each year and highlight the plants, cultures, and practices within each theme.
The new medicinal plant list will largely consist of perennials that will remain from year to year, allowing the Medicinal Garden to grow and return to a densely planted oasis after just a few seasons. Annuals and tender species will also be included in both planting beds and containers, and will vary each year depending on the story being told. Planting will begin this spring and continue throughout 2018 and likely into 2019, as some important and interesting medicinal plants are rare and it will take us time to acquire and propagate them. Visit the Medicinal Garden often to witness the changes as they unfold!


About 1 hour 20 minutes
You will definitely have difficult conversations in your career! Hence it is important to learn here some tips for successfully navigating through those tough times.
Examples of some difficult situation one has to deal with in the workplace:
Participants will be able to:
How to Deal with People You Don’t Like at Work - 7 min video
Having difficult conversations in the workplace can be emotionally charged making it difficult to communicate well.
Try to think of a time when you have had a difficult conversation in the past, either at work or in your personal life.  Now think about how that conversation could have been better if you were able to take the emotion out of it. It is easier to convey and recieve messages when you are calm and confident.
Additionally, when there is conflict we often make assumptions about why it is happening and the intentions of the others involved. Learning to take a step back and prepare for these times is essential to your success in the workplace.
Some situations that might require you to have difficult conversations at work include:
Sometimes avoiding the difficult conversation seems like the best route.
WRONG! These problems will continue to cause challenges if you avoid having the difficult conversation.
On slide 6 look at the scenarios being described and fill in the ‘I should say…’ box.
Imagine that you are at a new job and one colleague has scheduled to collaborate/meet with you several times and then cancelled at the last minute. You need to meet with this person to take the next steps in the project that you are both working on. Use the list below to prepare for the conversation you will have with her.
What is the key problem to be addressed? What impact is this having on you/the team/work? What responsibility are you going to take for your part? What do you want to achieve by the end of the conversation?
Script out exaclty what you would say to the co-worker.
Find a partner or form a small group. Address the following questions:
- What was one difficult conversation/situation that you have had in the past? When did you know you had to have a difficult conversation?
- What ideas/strategies from this lesson would help you if you had to do it over again? Be specific!
- What are some common attitudes, reactions, or misconceptions that you an your group members have faced, that signaled the need for a difficult conversation?
In your small group, make up a hypothetical situation where you need to have a difficult conversation. Role-play the conversation as a group, using the ideas and strategies from this lesson.


Clients
Chambas
Invoices
Hi User
INVOICES
NEW INVOICE
Invoice number
Date
Client
Mount
Actions
5544
10/03/2015
Jose Ruiz
24.000
5546
10/04/2015
Jose Ruiz
26.000
5547
12/04/2015
Juan Cayaso
21.500
The information was updated succesfully


- ValOrUndo() - Constructor for class it.polimi.deib.newdem.adrenaline.view.TurnView.ValOrUndo
-
- ValOrUndo(T) - Constructor for class it.polimi.deib.newdem.adrenaline.view.TurnView.ValOrUndo
-
- valueOf(String) - Static method in enum it.polimi.deib.newdem.adrenaline.controller.actions.atoms.AtomicActionType
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum it.polimi.deib.newdem.adrenaline.controller.actions.atoms.iteractions.EntryPointType
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum it.polimi.deib.newdem.adrenaline.controller.effects.MetaPlayer
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum it.polimi.deib.newdem.adrenaline.model.game.GameData.DropType
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum it.polimi.deib.newdem.adrenaline.model.game.player.PlayerColor
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum it.polimi.deib.newdem.adrenaline.model.game.turn.PlayerRecordType
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum it.polimi.deib.newdem.adrenaline.model.game.turn.SheduledPaymentType
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum it.polimi.deib.newdem.adrenaline.model.items.AmmoColor
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum it.polimi.deib.newdem.adrenaline.model.items.PowerUpTrigger
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum it.polimi.deib.newdem.adrenaline.model.map.Direction
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum it.polimi.deib.newdem.adrenaline.view.ConnectionView.ConnectionType
-
Returns the enum constant of this type with the specified name.
- values() - Static method in enum it.polimi.deib.newdem.adrenaline.controller.actions.atoms.AtomicActionType
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum it.polimi.deib.newdem.adrenaline.controller.actions.atoms.iteractions.EntryPointType
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum it.polimi.deib.newdem.adrenaline.controller.effects.MetaPlayer
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum it.polimi.deib.newdem.adrenaline.model.game.GameData.DropType
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum it.polimi.deib.newdem.adrenaline.model.game.player.PlayerColor
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum it.polimi.deib.newdem.adrenaline.model.game.turn.PlayerRecordType
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum it.polimi.deib.newdem.adrenaline.model.game.turn.SheduledPaymentType
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum it.polimi.deib.newdem.adrenaline.model.items.AmmoColor
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum it.polimi.deib.newdem.adrenaline.model.items.PowerUpTrigger
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum it.polimi.deib.newdem.adrenaline.model.map.Direction
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum it.polimi.deib.newdem.adrenaline.view.ConnectionView.ConnectionType
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- ViewMaker - Interface in it.polimi.deib.newdem.adrenaline.view.client
-
Interface defining methods that create new views for the ClientInstance
objects.
- VirtualActionBoardView - Class in it.polimi.deib.newdem.adrenaline.view.server
-
A virtual view is a view object that acts as an adapter between model/controller and views,
translating the model objects into plain data objects usable by views.
- VirtualActionBoardView(Player, VirtualGameView) - Constructor for class it.polimi.deib.newdem.adrenaline.view.server.VirtualActionBoardView
-
- VirtualDamageBoardView - Class in it.polimi.deib.newdem.adrenaline.view.server
-
A virtual view is a view object that acts as an adapter between model/controller and views,
translating the model objects into plain data objects usable by views.
- VirtualDamageBoardView(Player, VirtualGameView) - Constructor for class it.polimi.deib.newdem.adrenaline.view.server.VirtualDamageBoardView
-
- VirtualGameView - Class in it.polimi.deib.newdem.adrenaline.view.server
-
A virtual view is a view object that acts as an adapter between model/controller and views,
translating the model objects into plain data objects usable by views.
- VirtualGameView() - Constructor for class it.polimi.deib.newdem.adrenaline.view.server.VirtualGameView
-
- VirtualKillTrackView - Class in it.polimi.deib.newdem.adrenaline.view.server
-
A virtual view is a view object that acts as an adapter between model/controller and views,
translating the model objects into plain data objects usable by views.
- VirtualKillTrackView(VirtualGameView) - Constructor for class it.polimi.deib.newdem.adrenaline.view.server.VirtualKillTrackView
-
- VirtualLobbyView - Class in it.polimi.deib.newdem.adrenaline.view.server
-
A virtual view is a view object that acts as an adapter between model/controller and views,
translating the model objects into plain data objects usable by views.
- VirtualLobbyView(Lobby) - Constructor for class it.polimi.deib.newdem.adrenaline.view.server.VirtualLobbyView
-
- VirtualMapView - Class in it.polimi.deib.newdem.adrenaline.view.server
-
A virtual view is a view object that acts as an adapter between model/controller and views,
translating the model objects into plain data objects usable by views.
- VirtualMapView(VirtualGameView) - Constructor for class it.polimi.deib.newdem.adrenaline.view.server.VirtualMapView
-
- VirtualPlayerView - Class in it.polimi.deib.newdem.adrenaline.view.server
-
A virtual view is a view object that acts as an adapter between model/controller and views,
translating the model objects into plain data objects usable by views.
- VirtualPlayerView(VirtualGameView, Player) - Constructor for class it.polimi.deib.newdem.adrenaline.view.server.VirtualPlayerView
-
- VirtualTurnView - Class in it.polimi.deib.newdem.adrenaline.view.server
-
A virtual view is a view object that acts as an adapter between model/controller and views,
translating the model objects into plain data objects usable by views.
- VirtualTurnView(VirtualGameView) - Constructor for class it.polimi.deib.newdem.adrenaline.view.server.VirtualTurnView
-
- VisiblePlayerSelector - Class in it.polimi.deib.newdem.adrenaline.controller.effects.selection
-
- VisiblePlayerSelector(Player) - Constructor for class it.polimi.deib.newdem.adrenaline.controller.effects.selection.VisiblePlayerSelector
-
Selects all the players that are visible from the given player.
- VisibleTileSelector - Class in it.polimi.deib.newdem.adrenaline.controller.effects.selection
-
- VisibleTileSelector(Tile) - Constructor for class it.polimi.deib.newdem.adrenaline.controller.effects.selection.VisibleTileSelector
-
Selects all the tiles that are visible from the given tile, according to Adrenaline rules.
- VisibleTileSelector(Player) - Constructor for class it.polimi.deib.newdem.adrenaline.controller.effects.selection.VisibleTileSelector
-
Selects all the tiles that are visible by the given player, according to Adrenaline rules.
- VortexCannonContext() - Constructor for class it.polimi.deib.newdem.adrenaline.controller.effects.TestVortexCannonEffect.VortexCannonContext
-
- VortexCannonContextNoPayment() - Constructor for class it.polimi.deib.newdem.adrenaline.controller.effects.TestVortexCannonEffect.VortexCannonContextNoPayment
-
- VortexCannonEffect - Class in it.polimi.deib.newdem.adrenaline.controller.effects
-
Card effect that implements Adrenaline' Vortex Cannon weapon card.
- VortexCannonEffect() - Constructor for class it.polimi.deib.newdem.adrenaline.controller.effects.VortexCannonEffect
-


The Chase chaos as Bradley Walsh and Coronation Street star left speechless over rude question
The show saw Mikey, who plays Gary Windass, go up against the Chaser in a bid to land a life-changing sum of money for a charity of his choice
by James Rodger, https://www.facebook.com/jamesrodgerjournalistThe Chase presenter Bradley Walsh was left with a red-face this weekend - after a "rude" question surfaced.
Bradley, a former Coronation Street star himself, welcomed current Corrie badboy Mikey North onto the ITV1 show.
The celebrity instalment of the popular ITV1 daytime favourite aired on Saturday evening (November 2).
The show saw Mikey, who plays Gary Windass, go up against the Chaser in a bid to land a life-changing sum of money for a charity of his choice.
Mikey appeared on the programme with The Saturdays singer Una Healy, This Morning presenter Alison Hammond and boxer Carl Froch.
The question read: "In what form of gambling might you be tempted to hold your plums?"
Bradley couldn’t even finish reading it out before creasing over with laughter, along with the audience and contestants.
The answers available to Mikey were ‘slot machine’, ‘backgammon’ and ‘spread betting’ - the latter Bradley had another giggle over.

The cobbles villain had only just arrived at the board with Anne ‘The Governess’ Hegerty eagerly waiting when Bradders had a fit of the giggles.
The Chase airs weekdays at 5pm on ITV.


This is the endpoint of the W3C's new publication system (beta).
Please refer to the following resources for more information.
• For an overview, information about how to start using the system, and FAQ, see the wiki of the project on GitHub.
• Public mailing list (comments, ideas, bug reporting):
<EMAIL_ADDRESS>.
• IRC: channel #pub
on
W3C's public server.


MICT, Inc. 2019 Q3 - Results - Earnings Call Presentation
by SA Transcripts, https://seekingalpha.com/author/sa-transcriptsThe following slide deck was published by MICT, Inc. in conjunction with their 2019 Q3 earnings call.
The following slide deck was published by MICT, Inc. in conjunction with their 2019 Q3 earnings call.


Tasks
all - clean
Removes build artifacts.
all - distclean
Removes build artifacts and installed dependencies and their caches.
cargo - install
Installs sso_server
and sso_cli
into development container, which lets you run sso_cli ...
instead of cargo run --bin sso_cli -- ...
in the terminal.
cargo - sso_server
Build and start sso_server
using configuration file .config/sso.toml
, available at http://localhost:7042/
.
docker test - build
Build docker images in .devcontainer/docker-test.yml
.
docker test - up
Build and start docker compose services in .devcontainer/docker-test.yml
.
docker test - down
Stop and destroy docker compose services in .devcontainer/docker-test.yml
.
docker test - protractor
Run Protractor tests against docker compose services in .devcontainer/docker-test.yml
.
mkdocs - serve
Run mkdocs live development server, available at localhost:8079.
mkdocs - build
Build mkdocs static site output in docs
directory for github pages.
npm - run template builder
Build template files from sources in sso_test/template
. The output file sso_test/tmp/template/index.html
can be opened in a browser to check page styles, and sso_test/tmp/template/template.html
can be added to the sso
configuration file.
npm - start client example (express, passport)
Build and start client example application, available at localhost:8080.
npm - run host tests
Run tests in sso_test/test/host.ts
file.
openapi - wget openapi
Download a copy of openapi.json
file from server and save to sso_manual/openapi.json
. This file is required for client generation tasks.
openapi - generate typescript client
Generate TypeScript client using OpenAPI Generator.
openapi - generate rust client
Generate rust client using paperclip.
postgres - build
Build docker images in .devcontainer/docker-postgres.yml
.
postgres - up
Build and start docker compose services in .devcontainer/docker-postgres.yml
.
Connection string is postgres://postgres:postgres@localhost:5432/postgres
.
Services include pgAdmin and PgHero.
postgres - down
Stop and destroy docker compose services in .devcontainer/docker-postgres.yml
.


Fudan University - April 2010 - Instructor: Richard M. Martin
Schedule of Lectures
(Last modified April 30, 2010)
Every student must make a project report. Here is an extensive list possible topics for projects
|
|
|
|
|
|
||||
|
[For motivation and information only - students are not responsible for this material] |
||||||||
|
|
|
Electronic Structure
and the Properties of Matter: Overview of status and challenges A. Examples of extended band-like (weakly-correlated) and localized atomic-like (strongly-correlated) behavior: Na, Si, C - diamond, graphene, Cu, Ni, NiO, La2CuO4, Rare earths ... B. The Fundamental Hamiltonian for electrons and nuclei in materials given to emphasize the difficulty of the problem and the importance of the work that makes it possible to calculate properties of materials. |
|
|
||||
|
The needed material can be found in standard texts on solid state physics or will be given in the lectures. Extensive additional description is given in the text; this is not required. |
||||||||
|
|
|
Theory of electrons in materials treated as independent
as particles that obey the exclusion principle. This is the basis of all the methods used in this course A. Typical types of binding and structures of crystals. B. The Bloch theorem, the Brillouin zone, and electron bands in crystals. C. Two alternative descriptions of the bands provide insight in to the nature of electronic states: formation of bands as atoms are brought together, and evolution of bands starting from free electrons. |
|
|
||||
|
|
|
Density Functional Theory: the Hohenberg-Kohn Theorem,
and the Kohn-Sham Equations A. An amazingly simple idea that has made possible accurate calculations of many properties of materials - including the many-body electron-electron interactions - using independent-electron methods. B. The force (Hellman-Feynman) theorem: another amazing simple expressions that allows one to calculate forces on the nuclei - the basis for molecular dynamics calculations (see lecture 6). |
|
|
||||
|
|
|
Solving the Kohn-Shams Eqs. - a self-consistent set of independent electron
Schrodinger-like equations. A. Choices of the functionals - examples of the widely-used simple expressions that that have proved to be very useful: the local density approximation (LDA) and improved forms. B. Tests on simple systems (atoms, Hydrogen molecule) and examples of successes and failures in real systems |
|
|
||||
|
These cannot be treated in detail. All the methods can be found in solid state texts; we will emphasize relations between the methods and typical applications |
||||||||
|
|
|
A. Tight-binding methods that express the wavefunctions in
terms of atomic-like orbitals; this
provides the simplest interpretation of bands B. Plane waves that are Fourier transforms appropriate for periodic crystals. This is the most direct method that is most easily extended to large calculations; very efficient due to the fast Fourier transform. C. Augmented methods that combine plane waves with spherical harmonics in regions around each nucleus. This is most complete approach but more difficult to use. |
|
|
||||
|
|
|
Continuation of previous lecture and efficient iterative methods described using place waves. The iterative methods are described in courses on computational physics. |
|
|
||||
|
The physical quantities are found in a standard solid state text, and the calculations described here use methods defined in previous lectures. |
||||||||
|
|
|
A. Examples of calculations using plane waves: structures
and elastic constants of crystals; phase transitions under pressure, calculations of surface structures. B. Molecular dynamics the describe thermal motion of the atoms using Newton;s laws and forces from the electrons. Car-Parrinello (and related) simulations. |
|
|
||||
|
|
|
Continuation of the previous lecture and conclusions. |
|
|
||||
|
|
||||||||
|
|
||||||||
|
|
||||||||
|
|
|
Overview of many-body methods (without mathematical formulation!) Quasiparticles, Excitations and the "GW" approximation |
|
|
||||
|
|
|
Overview of Strongly Correlated Systems: Local moments, Metal-Insulator Transitions, Dynamical Mean Field Theory (DMFT) |
|
|
||||
|
|
|
If there is time for a third special lecture: Berry phases and Electric Polarization: Berry phases are a beautiful idea that generalizes the Bohm-Aharonov effect (the phase of the wavefunction for a charge circling a magnetic solenoid) to create a new approach to many problems in physics. Why polarization is difficult, and why it is related to a Berry phase. |
|
|
Send reports of problems to:
Prof. Martin<EMAIL_ADDRESS>Click here to go the Course Home
Page


Join us on Friday April 9th Noon-1pm EST to understand and share the following topics:
MIT
PathCheck Foundation
CCI and Good Health Pass
We are focusing on three main topics: (i) new emerging 'offline' credentials by MIT SafePaths (ii) apps for state residents and (iii) predictive analytic dashboards. Vaccination coordination is facing daunting challenges. Citizens are expected to navigate an array of websites and health authorities are using disconnected health IT systems. Reporting lags by several days. Following up with vaccinated subjects to monitor side effects is difficult. The systems to monitor ineffective batches of vaccines are yet to become mature. Vaccine verifications documents are prone to fraud. Can a new vaccination card simplify the user vaccination journey and create data-rich monitoring of the progress in vaccination? MIT, PathCheck and IDEO have developed a modification of today's vaccination cards to provide end-to-end encryption, vaccination tracking, and authenticated uploads to CDC systems like v-safe or VAMS. The card dramatically simplifies phased vaccinations, second dose coordination, reporting of side effects, and credentials using an accompanying off-line app. It also creates data-rich monitoring of vaccination progress while eliminating red tape, privacy-concerns, and fraud. It is ideally suited for vulnerable populations, rural areas, labor unions of essential workers, and employers helping their own employees. Predictive analytical dashboard can provide actionable insights for researchers and policymakers
Tony Rose, ProofMarket
Justin Dossey, New Context
Sue Feldman, University of Alabama, Birmingham
Vitor Pamplona, PathCheck Foundation
Noon - 1:30 PM EST
We will discuss two topics: (i) Paper Cards and Apps to empower citizens in vaccination rollout and (ii) Agent-based modeling and machine learning tools for planners and researchers.
A new agent-based modeling tool evaluates the consequences of social behavior on viral spread during the vaccination phase by simulating the effects of increased social interaction post-vaccination. The new tool compares and analyzes viral spread and the effects of interventions, in real-time, across varying configurations of infection and disease transmissions. It supports several COVID-19 interventions (Quanatine, Fast Test, PCR Test, Vaccination, Digital Exposure Notification) and scales to large agent populations (>100,000). The new modeling tool, a novel tensor calculus based, agent-based model (ABM) framework with an associated COVID-19 simulation tool, helps unite ABMs and scalable deep learning and can be implemented on GPUs.
On January 26, we'll bring together leaders in technology, design, and healthcare to discuss this advancement in ABM frameworks and its potential utility for researchers and policymakers as well as other tools to simplify the vaccination user's journey.
Vaccination coordination is facing daunting challenges. Citizens are expected to navigate an array of websites and health authorities are using disconnected health IT systems. Reporting lags by several days. Following up with vaccinated subjects to monitor side effects is difficult. The systems to monitor ineffective batches of vaccines are yet to become mature. Vaccine verifications documents are prone to fraud.
Ramesh Raskar, MIT
Vitor Pamplona, PathCheck Foundation
James Smalls, IDEO
Anna Lysyanskaya, Brown University
Kris Joshi, Change Healthcare
Asif Dhar, Deloitte
Vinay Gidwaney, CIC Health
Balaji Krishnamurthy, Adobe
Ayush Chopra, MIT
Tom Kingsley, Mayo Clinic
12:00 PM - 1:30 PM EST
Vaccination coordination is facing daunting challenges. Citizens are expected to navigate an array of websites and health authorities are using disconnected health IT systems. Reporting lags by several days. Following up with vaccinated subjects to monitor side effects is difficult. The systems to monitor ineffective batches of vaccines are yet to become mature. Vaccine verifications documents are prone to fraud.
MIT and IDEO have developed a modification of today's vaccination cards to provide end-to-end encryption, vaccination tracking, and authenticated uploads to CDC systems like v-safe or VAMS. The card dramatically simplifies phased vaccinations, second dose coordination, reporting of side effects, and credentials using an accompanying off-line app. It also creates data-rich monitoring of vaccination progress while eliminating red tape, privacy-concerns, and fraud. It is ideally suited for vulnerable populations, rural areas, labor unions of essential workers, and employers helping their own employees.
Ramesh Raskar, MIT
Sanjay Sarma, MIT
Anna Lysyanskaya, Brown University, and Abhishek Singh, MIT
IDEO
Vitor Pamplona, PathCheckFoundation
Brian Anderson, MITRE
Brian Behlendorf, Linux Foundation
Anuradha Gupta, Deputy CEO, Gavi
Professor Deb Roy, Executive Director, MIT Media Lab, MIT
Professor Lawrence Gostin, Director of the WHO Center on Global Health Law, Georgetown University
Victor J. Dzau, President, National Academy of Medicine
Lav Agrawal, Joint Secretary, Health Ministry of India
Tim Waltz, Governor, Minnesota
Lou Leon Guerrero, Governor, Guam
Ramesh Raskar, Associate Professor, MIT
Moderator: Susan Blumenthal, M.D.
Panelists: Bruce Gellin, Joshua Sharfstein, Shantanu Nundy, Victor J. Dzau
Moderator: Shirley Bergin
Panelists: Celine Gounder, Melissa Fleming, Lisa Sherman
Moderator: Bobbie S. Johnson
Panelists: Bill Patterson, Ryan Oakes, Adam Berrey
Participants: Peter Schwartz, Sanjay Sarma, Suvrit Sra, Nicholas St. Fleur, Noel Hara, Anil Sharma, Susan Garfield
Participants: Authors of Spotlight Presentations