public class ClientFollowingAPI
extends FollowingAPI
These endpoints allow you manage the artists, users and playlists that a Spotify user follows.
| Constructor and Description |
|---|
ClientFollowingAPI(SpotifyAPI api)
These endpoints allow you manage the artists, users and playlists that a Spotify user follows.
|
| Modifier and Type | Method and Description |
|---|---|
SpotifyRestAction<kotlin.Unit> |
followArtist(java.lang.String artistId)
Add the current user as a follower of an artist
|
SpotifyRestAction<kotlin.Unit> |
followArtists(java.lang.String artists)
Add the current user as a follower of other artists
|
SpotifyRestAction<kotlin.Unit> |
followPlaylist(java.lang.String playlist,
boolean followPublicly)
Add the current user as a follower of a playlist.
|
SpotifyRestAction<kotlin.Unit> |
followUser(java.lang.String user)
Add the current user as a follower of another user
|
SpotifyRestAction<kotlin.Unit> |
followUsers(java.lang.String users)
Add the current user as a follower of other users
|
SpotifyRestActionPaging<com.adamratzman.spotify.models.Artist,com.adamratzman.spotify.models.CursorBasedPagingObject> |
getFollowedArtists(java.lang.Integer limit,
java.lang.String after)
Get the current user’s followed artists.
|
SpotifyRestAction<java.lang.Boolean> |
isFollowingArtist(java.lang.String artist)
Check to see if the current user is following a Spotify artist.
|
SpotifyRestAction<java.util.List> |
isFollowingArtists(java.lang.String artists)
Check to see if the current user is following one or more artists.
|
SpotifyRestAction<java.lang.Boolean> |
isFollowingPlaylist(java.lang.String playlistOwner,
java.lang.String playlistId)
Check to see if the current Spotify user is following the specified playlist.
|
SpotifyRestAction<java.lang.Boolean> |
isFollowingUser(java.lang.String user)
Check to see if the current user is following another Spotify user.
|
SpotifyRestAction<java.util.List> |
isFollowingUsers(java.lang.String users)
Check to see if the current user is following one or more other Spotify users.
|
SpotifyRestAction<kotlin.Unit> |
unfollowArtist(java.lang.String artist)
Remove the current user as a follower of an artist
|
SpotifyRestAction<kotlin.Unit> |
unfollowArtists(java.lang.String artists)
Remove the current user as a follower of artists
|
SpotifyRestAction<kotlin.Unit> |
unfollowPlaylist(java.lang.String playlist)
Remove the current user as a follower of a playlist.
|
SpotifyRestAction<kotlin.Unit> |
unfollowUser(java.lang.String user)
Remove the current user as a follower of another user
|
SpotifyRestAction<kotlin.Unit> |
unfollowUsers(java.lang.String users)
Remove the current user as a follower of other users
|
areFollowingPlaylist, isFollowingPlaylist
getApi, getCache
public ClientFollowingAPI(SpotifyAPI api)
These endpoints allow you manage the artists, users and playlists that a Spotify user follows.
public SpotifyRestAction<java.lang.Boolean> isFollowingUser(java.lang.String user)
Check to see if the current user is following another Spotify user.
Requires the SpotifyScope.USER_FOLLOW_READ scope
user
- The user id or uri to check.public SpotifyRestAction<java.lang.Boolean> isFollowingPlaylist(java.lang.String playlistOwner, java.lang.String playlistId)
Check to see if the current Spotify user is following the specified playlist.
Checking if the user is privately following a playlist is only possible for the current user when that user has granted access to the SpotifyScope.PLAYLIST_READ_PRIVATE scope.
playlistOwner
- id or uri of the creator of the playlistplaylistId
- playlist id or uripublic SpotifyRestAction<java.util.List> isFollowingUsers(java.lang.String users)
Check to see if the current user is following one or more other Spotify users.
Requires the SpotifyScope.USER_FOLLOW_READ scope
users
- List of the user Spotify IDs to check. Max 50public SpotifyRestAction<java.lang.Boolean> isFollowingArtist(java.lang.String artist)
Check to see if the current user is following a Spotify artist.
Requires the SpotifyScope.USER_FOLLOW_READ scope
artist
- The artist id to check.public SpotifyRestAction<java.util.List> isFollowingArtists(java.lang.String artists)
Check to see if the current user is following one or more artists.
Requires the SpotifyScope.USER_FOLLOW_READ scope
artists
- List of the artist ids or uris to check. Max 50public SpotifyRestActionPaging<com.adamratzman.spotify.models.Artist,com.adamratzman.spotify.models.CursorBasedPagingObject> getFollowedArtists(java.lang.Integer limit, java.lang.String after)
Get the current user’s followed artists.
Requires the SpotifyScope.USER_FOLLOW_READ scope
limit
- The maximum number of items to return. Default: 20. Minimum: 1. Maximum: 50.after
- The last artist ID retrieved from the previous request.class CursorBasedPagingObject
(Information about them
with full class Artist
objectspublic SpotifyRestAction<kotlin.Unit> followUser(java.lang.String user)
Add the current user as a follower of another user
Requires the SpotifyScope.USER_FOLLOW_MODIFY scope
public SpotifyRestAction<kotlin.Unit> followUsers(java.lang.String users)
Add the current user as a follower of other users
Requires the SpotifyScope.USER_FOLLOW_MODIFY scope
public SpotifyRestAction<kotlin.Unit> followArtist(java.lang.String artistId)
Add the current user as a follower of an artist
Requires the SpotifyScope.USER_FOLLOW_MODIFY scope
public SpotifyRestAction<kotlin.Unit> followArtists(java.lang.String artists)
Add the current user as a follower of other artists
Requires the SpotifyScope.USER_FOLLOW_MODIFY scope
public SpotifyRestAction<kotlin.Unit> followPlaylist(java.lang.String playlist, boolean followPublicly)
Add the current user as a follower of a playlist.
Following a playlist publicly requires authorization of the SpotifyScope.PLAYLIST_MODIFY_PUBLIC scope; following it privately requires the SpotifyScope.PLAYLIST_MODIFY_PRIVATE scope.
Note that the scopes you provide determine only whether the current user can themselves follow the playlist publicly or privately (i.e. show others what they are following), not whether the playlist itself is public or private.
playlist
- the spotify id or uri of the playlist. Any playlist can be followed, regardless of its
public/private status, as long as you know its playlist ID.followPublicly
- Defaults to true. If true the playlist will be included in user’s public playlists,
if false it will remain private. To be able to follow playlists privately, the user must have granted the playlist-modify-private scope.public SpotifyRestAction<kotlin.Unit> unfollowUser(java.lang.String user)
Remove the current user as a follower of another user
Requires the SpotifyScope.USER_FOLLOW_MODIFY scope
user
- The user to be unfollowed frompublic SpotifyRestAction<kotlin.Unit> unfollowUsers(java.lang.String users)
Remove the current user as a follower of other users
Requires the SpotifyScope.USER_FOLLOW_MODIFY scope
users
- The users to be unfollowed frompublic SpotifyRestAction<kotlin.Unit> unfollowArtist(java.lang.String artist)
Remove the current user as a follower of an artist
Requires the SpotifyScope.USER_FOLLOW_MODIFY scope
artist
- The artist to be unfollowed frompublic SpotifyRestAction<kotlin.Unit> unfollowArtists(java.lang.String artists)
Remove the current user as a follower of artists
Requires the SpotifyScope.USER_FOLLOW_MODIFY scope
artists
- The artists to be unfollowed frompublic SpotifyRestAction<kotlin.Unit> unfollowPlaylist(java.lang.String playlist)
Remove the current user as a follower of a playlist.
Unfollowing a publicly followed playlist for a user requires authorization of the SpotifyScope.PLAYLIST_MODIFY_PUBLIC scope; unfollowing a privately followed playlist requires the SpotifyScope.PLAYLIST_MODIFY_PRIVATE scope.
Note that the scopes you provide relate only to whether the current user is following the playlist publicly or privately (i.e. showing others what they are following), not whether the playlist itself is public or private.
playlist
- The spotify id or uri of the playlist that is to be no longer followed.


The check boxes have three states: unchecked, partially checked (some sub-tasks are finished), checked (all sub-tasks complete)


SCACHE
Section: Maintenance Commands (8)Index Return to Main Contents
NAME
scache - Postfix shared connection cache serverSYNOPSIS
scache [generic Postfix daemon options]
DESCRIPTION
The scache(8) server maintains a shared multi-connection cache. This information can be used by, for example, Postfix SMTP clients or other Postfix delivery agents.The connection cache is organized into logical destination names, physical endpoint names, and connections.
As a specific example, logical SMTP destinations specify (transport, domain, port), and physical SMTP endpoints specify (transport, IP address, port). An SMTP connection may be saved after a successful mail transaction.
In the general case, one logical destination may refer to zero or more physical endpoints, one physical endpoint may be referenced by zero or more logical destinations, and one endpoint may refer to zero or more connections.
The exact syntax of a logical destination or endpoint name is application dependent; the scache(8) server does not care. A connection is stored as a file descriptor together with application-dependent information that is needed to re-activate a connection object. Again, the scache(8) server is completely unaware of the details of that information.
All information is stored with a finite time to live (ttl). The connection cache daemon terminates when no client is connected for max_idle time units.
This server implements the following requests:
- save_endp ttl endpoint endpoint_properties file_descriptor
- Save the specified file descriptor and connection property data under the specified endpoint name. The endpoint properties are used by the client to re-activate a passivated connection object.
- find_endp endpoint
- Look up cached properties and a cached file descriptor for the specified endpoint.
- save_dest ttl destination destination_properties endpoint
- Save the binding between a logical destination and an endpoint under the destination name, together with destination specific connection properties. The destination properties are used by the client to re-activate a passivated connection object.
- find_dest destination
- Look up cached destination properties, cached endpoint properties, and a cached file descriptor for the specified logical destination.
SECURITY
The scache(8) server is not security-sensitive. It does not talk to the network, and it does not talk to local users. The scache(8) server can run chrooted at fixed low privilege.
The scache(8) server is not a trusted process. It must not be used to store information that is security sensitive.
DIAGNOSTICS
Problems and transactions are logged to syslogd(8).BUGS
The session cache cannot be shared among multiple machines.When a connection expires from the cache, it is closed without the appropriate protocol specific handshake.
CONFIGURATION PARAMETERS
Changes to main.cf are picked up automatically as scache(8) processes run for only a limited amount of time. Use the command "postfix reload" to speed up a change.
The text below provides only a parameter summary. See postconf(5) for more details including examples.
RESOURCE CONTROLS
- connection_cache_ttl_limit (2s)
- The maximal time-to-live value that the scache(8) connection cache server allows.
- connection_cache_status_update_time (600s)
- How frequently the scache(8) server logs usage statistics with connection cache hit and miss rates for logical destinations and for physical endpoints.
MISCELLANEOUS CONTROLS
- config_directory (see 'postconf -d' output)
- The default location of the Postfix main.cf and master.cf configuration files.
- daemon_timeout (18000s)
- How much time a Postfix daemon process may take to handle a request before it is terminated by a built-in watchdog timer.
- ipc_timeout (3600s)
- The time limit for sending or receiving information over an internal communication channel.
- max_idle (100s)
- The maximum amount of time that an idle Postfix daemon process waits for an incoming connection before terminating voluntarily.
- process_id (read-only)
- The process ID of a Postfix command or daemon process.
- process_name (read-only)
- The process name of a Postfix command or daemon process.
- syslog_facility (mail)
- The syslog facility of Postfix logging.
- syslog_name (see 'postconf -d' output)
- The mail system name that is prepended to the process name in syslog records, so that "smtpd" becomes, for example, "postfix/smtpd".
SEE ALSO
smtp(8), SMTP client postconf(5), configuration parameters master(8), process manager syslogd(8), system logging
README FILES
Use "postconf readme_directory" or "postconf html_directory" to locate this information.
CONNECTION_CACHE_README, Postfix connection cache
LICENSE
The Secure Mailer license must be distributed with this software.
HISTORY
This service was introduced with Postfix version 2.2.
AUTHOR(S)
Wietse Venema IBM T.J. Watson Research P.O. Box 704 Yorktown Heights, NY 10598, USA
Index
- NAME
- SYNOPSIS
- DESCRIPTION
- SECURITY
- DIAGNOSTICS
- BUGS
- CONFIGURATION PARAMETERS
- RESOURCE CONTROLS
- MISCELLANEOUS CONTROLS
- SEE ALSO
- README FILES
- LICENSE
- HISTORY
- AUTHOR(S)
This document was created by man2html, using the manual pages.
Time: 05:34:29 GMT, December 24, 2015


The Basic Web Components project seeks to provide a comprehensive set of
solid, well-designed web components that implement very common user
interface patterns. Each component can be used as is, or as the foundation
for new components.
See the main
Basic Web Components
repository for details.
Demos
For now, this placeholder site just hosts demos of the project's top-level
components.
-
basic-autosize-textarea
A text area that expands to contain its text.
-
basic-carousel
Lets the user navigate laterally through a sequence of child elements.
-
basic-collapsible-panel
A panel which can be expanded/collapsed with an animated transition.
-
basic-current-anchor
An anchor (link) that highlights itself when its destination matches the
current location.
-
basic-list-box
A single-selection list box that supports selection highlighting (using
the system highlight color) and keyboard navigation.
-
basic-tabs
A set of pages with a tab strip governing which page is shown.
The project also includes an extensive series of
web component mixins and
auxiliary components you can use to create your own custom elements.


Hello, World
A manifesto for the site
2020-11-20
Welcome to NI PoliGraph!
What the site contains
Tweets ('What They Say')
Twitter is used to some degree by the majority of MLAs and MPs, and although there is a considerable amount of 'noise' in the content of what members post or retweet, we can nevertheless learn something by tracking this activity: who is using Twitter the most, who is having the biggest impact, how party members are interacting with one another, and (to an extent) what is being tweeted. It is my hope, over time, that improved machine learning methods allow greater insight to be generated on the content of the tweets, and that having access to this data over a long timespan will demonstrate trends in how social media is used by politicians and may reveal correlations with the party standing or electoral fortunes of members.
News articles ('What We Report')
Monitoring the online news media for mentions of NI politicians by name can help to indicate which members have the highest profiles, and spikes in volume for individuals can be seen when a some scandal or controversy has occurred (here is an early example, from October 2020). Limitations at present are that the news scraping service that I am using only returns a summary of the article rather than the full text, which limits the effectiveness of the sentiment estimation, and results are quite heavily dominated by The Belfast Telegraph (NewsCatcher does not appear to track The Irish News, for example).
Assembly business ('What They Do')
The richest set of data on the site, as a lot of detail on Assembly business (questions and answers, committee activity, transcripts of debates, and votes) is available through the AIMS Portal. A nice feature here is that the political positions of the parties relative to one another can be calculated from the members' voting records.
This section includes the option of viewing previous Assembly sessions, back to 2007, for the chance to be reacquainted with some forgotten names from the recent past.
Polls and elections ('How We Vote')
Polling numbers and election results for all of the major local parties are collected here, to create a running measure of each party's popularity, set up in such a way that it should be a reasonable projection of the parties' vote share at an upcoming Assembly election. This is inspired by polling averages calculated by Five Thirty Eight, but is less sophisticated, mainly because of the scarcity of polls in Northern Ireland: there really is not much information to go on, outside of election periods.
Individual member profiles
Perhaps the most useful part of the site for the casual visitor. This collects the information shown on the other pages and puts an individual member's overall activity in context, relative to their peers: how effectively they use Twitter, how often they are mentioned in the media, and the amount and nature of their contributions to the Assembly, including their voting record in the current session (for MLAs). This profile pages also include a quick link to They Work For You, where a full record of an MLA's contributions to Assembly plenary debates can be found. I intend to add more analytics to this page in time.
It is not necessarily my intention to 'name and shame' members who have attended fewer votes than average or made contributions to debates less frequently than others, but it may be useful to have these statistics available for quick reference. Similar information is tracked for Westminster by They Work For You, and for the US Congress by GovTrack.
What it is for
Through the individual member report cards, in particular, I hope that this site increases the scrutiny that our elected representatives receive. We should not be satisfied simply to vote for the people on which our favourite party has pinned a rosette: some will be better publc servants than others. Reporting on the Assembly usually, understandably, is limited to actions taken or comments made by one of the ministers or party leaders. Like They Work For You, this tool makes it easier to get a sense of what a particular MLA has been doing during their time in the Assembly.
At the party level, the voting records and social media use can clarify what each party 'means' and how they relate to one another. We are fortunate to have a ranked choice voting system in Northern Ireland, and it behooves us as voters to form opinions on more than a couple of the parties, in order to use the preferential system effectively.
Finally, it is for people like me that like looking at graphs and are curious about long- and short-term trends in politics that might be uncovered through data.
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{% endif %}


BT3103: An overview
156
students
10
tutorsReligion
Gender
Nationality of students
| Nationality | Total |
|---|---|
| Singaporean | 850 |
| Chinese | 300 |
| Indonesian | 55 |
| Taiwanese | 35 |
| Malaysian | 30 |
| American | 15 |
| Indian | 15 |
Age
Born in:
Copyright © 2018 Colorlib. All rights reserved. Template by Colorlib.


{% block executionoverview %} {% block modulesoverview %}
| # | Notebook Name | Execution Status | Execution Message | Diff On Cells | Diff Count | Execution Duration |
|---|---|---|---|---|---|---|
| {{ loop.index }} | {{nb_execution.name}} | {{nb_execution.executionreason}} | {{nb_execution.msg}} | {{nb_execution.diffoncell}} | {{nb_execution.diffcount}} | {{nb_execution.duration}} |


Check the Queues
Make an order
Name:
Pizza:
Beverage:
Pizza:
Orders in a queue
| Nickname | Pizza | Beverage |
|---|---|---|
| Amy | Cheese | - |
| Chad | Pepperoni | Brisk |
| John | Italian classic | Pepsi |
| Jenny | Hawaiian | Coca cola |
| Priscilla | Meat assorted | - |
| Brian | Cheese | Dr.Pepper |


UKCloud Limited (“UKC”) and Virtual Infrastructure Group Limited (“VIG”) (together “the Companies”) – in Compulsory Liquidation
On 25 October 2022, the Companies were placed into Liquidation with the Official Receiver appointed as Liquidator and J Robinson and A M Hudson simultaneously appointed as Special Managers to manage the liquidation process on behalf of the Official Receiver.
Further information regarding the Liquidations can be found here: https://www.gov.uk/government/news/virtual-infrastructure-group-limited-and-ukcloud-limited-information-for-creditors-and-interested-parties
Contact details:
For any general queries relating to the Liquidations please email<EMAIL_ADDRESS>For customer related queries please email<EMAIL_ADDRESS>For supplier related queries please email<EMAIL_ADDRESS>How to define patching windows for Patching as a Service
Overview
With Patching as a Service, an option of our Managed IT Operations service, our Cloud Operations team provides routine OS patch management for compute instances, removing the burden of basic OS hygiene so that you can focus your attention above the operating system.
This article provides information about how to specify patching windows for your devices and also other changes that you may want to make to your Patching as a Service.
Important
You must subscribe to Managed Monitoring as a Service to be able to also subscribe to Patching as a Service.
To make changes, you'll need to fill in the appropriate details in the Managed IT Operations - Add or Remove Device spreadsheet (UKC-FRM-303) spreadsheet, which enables us to automate your requested changes. This is the same spreadsheet as the one you used to originally set up your service. The Service Request template includes a link to download the spreadsheet. When filling out the spreadsheet, ensure that you follow the instructions provided.
If you want to download the spreadsheet ahead of raising the request, click here.
Note
If you're not sure how to complete the spreadsheet or need help with any of the details, contact UKCloud Support.
Specifying a patching window for a device
A patching window determines when the patching will take place on a monitored device. You define a patching window for a device by adding it to a patching group. The patching groups are divided into two phases within a two week cycle that begins every other Tuesday in line with software vendor patching schedules. The first phase centres on the first weekend, and the second phase around the second weekend. An example where this may be useful is to select the first phase to patch staging devices and the second phase to patch production devices, thereby providing several days between the patching cycles.
In My Calls, raise a ticket using the Managed IT Operations - Make changes to my managed devices template.
Download the spreadsheet linked in the template.
On the Credentials tab of the spreadsheet, add the set of credentials to be used for patching purposes if these are different from the administrative credentials used for the device.
On the Device Information tab, enter the details of the device(s) for which you want to specify the patching window, making sure to select Yes in the Patching column.
Tip
You can find the details of your devices on previous spreadsheets if you have them. If you don't, and can't remember your device details, contact UKCloud Support, who will be able to provide you with the necessary information.
On the Patching tab, in the row for the appropriate device, from the list in the DevicePatchingGroup column, select the patching group you want to add the device to.
Tip
Device names from the Device Information tab are auto-populated into the Patching tab. If the information doesn't auto-populate, in the Data ribbon, select Refresh All.
Device names will then auto-populate in the PrimaryDeviceName column.
If you specified separate patching credentials on the Credentials tab, in the PatchingCredentials column, select the name of the credentials to use when applying patches to the device.
In the PatchingMethod column, select Automatically Select - Default. This ensures that UKCloud can select the most appropriate patching method for the device based on the supported operating system and service requirements.
Note
Do not select either of the other patching methods unless previously discussed and agreed with UKCloud.
In the SnapshotBehaviour column, select the preferred behaviour for snapshots prior to performing the patching:
hard - Attempt to snapshot the virtual machine prior to patching. If the snapshot is not successful, patching will not proceed. This is the default option.
soft - Attempt to snapshot the virtual machine prior to patching. If the snapshot is not successful, patching will still proceed.
disabled - Do not attempt to snapshot the virtual machine prior to patching. Use this option for virtual machines that are unable to have snapshots and environments where snapshots are not available.
Note
Currently, snapshot functionality is available only in UKCloud for VMware environments.
When you've finished completing the spreadsheet, in your My Calls ticket either click Select files and browse to the completed spreadsheet or drag the spreadsheet into the template.
Enter the date from which you want the changes to be effective.
When you're done, click Review & Submit then Submit.
As per our standard customer service targets, we aim to resolve your request within two working days.
Related articles
How to add devices to and remove devices from Managed IT Operations
How to provide notification of maintenance windows for Managed IT Operations
Feedback
If you find a problem with this article, click Improve this Doc to make the change yourself or raise an issue in GitHub. If you have an idea for how we could improve any of our services, send an email to feedback@ukcloud.com.


Trader Asha:
Uh ... Well ... You must have five clay jar pieces to restore it to its original state ... I am so sorry ...
Return


URLs, separated by line break, "%%u" (without the quotes) is the placeholder for the clicked URL. Everything before a "|" (pipe) will be used as the context menu label.
Example: Entry1|https://example.com?url=%%u Entry2|https://example.com?url=%%u
Entry1|https://example.com?url=%%u Entry2|https://example.com?url=%%u


{% extends 'fscupload/base.html' %} {% load bootstrap3 %} {% block content %}
The 3DFSC program was coded by Philip R. Baldwin, with the help from Yong Zi Tan and Dmitry Lyumkis.
The web server and GPU implementation was coded by Carl Negro.
All code are available through Github: https://github.com/nysbc/Anisotropy
Suggestions and comments are welcome and should be sent to Philip R. Baldwin (pbaldwin (at) salk.edu), Dmitry Lyumkis (dlyumkis (at) salk.edu) or Yong Zi Tan (ytan (at) nysbc.org).
Please cite the following paper if you find this software useful:
Copyright © 2017 New York Structural Biology Center, Salk Institute for Biological Studies
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


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APRIL 29 St Catherine of
(1347-1380). St Catherine was
a responsible instrument for the return of Pope Gregory XI from Avignon to
Rome, In deed and in truth, she showed her love for God's Church and the Roman Pontiff.
With her short life she gave us a lesson of courage: the courage of telling the
truth for love of the Church and of souls. Imprinted with the sacred stigmata,
she died in
ENTRANCE ANTIPHON
Here is a wise virgin, from among the number of the prudent, who went forth with lighted lamps to meet Christ, alleluia.
COLLECT
O God, who
set Saint Catherine of
Easter Readings or Proper Readings
PRAYER OVER THE OFFERINGS
Accept, O Lord, the saving sacrifice we offer in commemoration of Saint Catherine, so that, instructed by her teaching, we may give ever more fervent thanks to you, the one true God. Through Christ our Lord.
COMMUNION ANTIPHON
If we walk in the light, as God is in the light, then we have fellowship with one another, and the blood of his Son Jesus Christ, cleanses us from all sin, alleluia.
PRAYER AFTER COMMUNION
May the
heavenly table at which we have been fed, O Lord, confer eternal life upon us,
as even in this world it nourished the life of Saint Catherine. Through Christ
our Lord.


Counter-Strike has characters now
by Evan LahtiFor 20 years, Counter-Strike players have worn generic character skins into their minutes-long matches. In-game terrorist factions like the "Phoenix Connexion" or "Elite Crew" have fought spec-ops groups like GSG-9 and the SAS. Through the immeasurable repetition of CS, these drab default outfits embedded themselves in the identity of the game. With Operation Shattered Web, that's changing.
"For the first time in CS:GO, unlock all-new T and CT-sided characters equippable on any map," writes Valve on a microsite announcing the update. "All-new CT Operators and T Agents are available as mission progress rewards. Complete missions and earn Stars to unlock them and equip them for deployment. Or equip the default Local Agent or Operator to use the pre-existing map-based characters."
The new characters are unlockable, equippable skins, essentially. There are 22 of them, and Valve uses rarity-like descriptors like "Superior Agent" and "Exceptional Agent" to distinguish them. The highest tier are "Master Agents," like Lt. Commander Ricksaw or Special Agent Ava of the FBI. These four characters come with special voice lines and animations (presumably third-person, end-of-match celebrations, not first-person animations).
Shattered Web, CS:GO's first operation in two years, is $15. That's a bump from the $6 that operations like Hydra (2017) and Wildfire (2016) were priced at. These earlier operations mostly introduced new maps and modes to CS:GO, which Shattered Web also includes: Studio, Lunacy, and Jungle, each available in different modes of play. A package of new skins, stickers, and cosmetic graffiti are also available.


WWFixedAsDWord LocalAsciiToFixed( const char * buffer, char ** parseEnd);
This routines converts a string like "12.345" to a fixed point number. The pointer pointed to by parseEnd will be returned pointing into the buffer after the last character parsed.
Include: localize.h
word LocalCalcDaysInMonth( word year, word month);
This routine computes the number of days in a given month.
sword LocalCmpStrings( const char * str1, const char * str2, word strSize);
This routine compares two strings to determine which comes first in a lexical (i.e. alphabetic) ordering. If the return value is negative, then str1 is earlier than str2 . If the return value is positive, then str1 is later than str2 . If the return value is zero, then the strings appear at the same place in alphabetical order.
Include: localize.h
sword LocalCmpStringsDosToGeos( const char * str1, const char * str2, word strSize, word defaultChar, LocalCmpStringsDosToGeosFlags flags);
This routine compares two strings to determine which comes first in lexical ordering. Either or both of these strings may be a DOS string. If the return value is negative, then str1 is earlier than str2 . If the return value is positive, then str1 is later than str2 . If the return value is zero, then the strings appear at the same place in alphabetical order.
Structures:
typedef ByteFlags LocalCmpStringsDosToGeosFlags; /* The following flags may be combined using | and &: * LCSDTG_NO_CONVERT_STRING_2, * LCSDTG_NO_CONVERT_STRING_1 */
Include: localize.h
sword LocalCmpStringsNoCase( const char * str1, const char * str2, word strSize);
This routine compares two strings to determine which comes first in a lexical (i.e. alphabetic) ordering. The comparison used is not case-sensitive. If the return value is negative, then str1 is earlier than str2 . If the return value is positive, then str1 is later than str2 . If the return value is zero, then the strings appear at the same place in alphabetical order.
Include: localize.h
sword LocalCmpStringsNoSpace( const char *str1, const char *str2, word strSize);
This routine compares two strings to determine which comes first in a lexical (i.e. alphabetic) ordering. The comparison ignores spaces. If the return value is negative, then str1 is earlier than str2 . If the return value is positive, then str1 is later than str2 . If the return value is zero, then the strings appear at the same place in alphabetical order.
sword LocalCmpStringsNoSpaceCase( const char *str1, const char *str2, word strSize);
This routine compares two strings to determine which comes first in a lexical (i.e. alphabetic) ordering. The comparison ignores spaces and is case-insensitive. If the return value is negative, then str1 is earlier than str2 . If the return value is positive, then str1 is later than str2 . If the return value is zero, then the strings appear at the same place in alphabetical order.
Boolean LocalCodePageToGeos( char * str, word strSize, /* Size of the string, in bytes */ DosCodePage codePage, word defaultChar);
This routine converts a DOS string to standard GEOS text using a specified code page. Any characters for which there is no GEOS equivalent will be replaced by the passed default character.
Include: localize.h
word LocalCodePageToGeosChar( word ch, DosCodePage codePage, word defaultChar);
This routine converts a DOS character to standard GEOS text using a specified code page. Any character for which there is no GEOS equivalent will be replaced by the passed default character.
Include: localize.h
word LocalCustomFormatDateTime( char * str, /* Buffer to save formatted text in */ const char * format, /* Format string */ const TimerDateAndTime *dateTime);
This routine takes a date or time and constructs a string using a custom format.
Include: localize.h


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title=REPL vs. Unit Tests misses the Point date=2013-03-20 type=post tags=blog status=published ~~~~~~
An interesting thread emerged on Twitter today regarding ways to explore a problem: REPL or Unit tests?
This - to mine own scripting and interpreted-language friendly ears - sounds about right. On the other hand, there's definitely an argument to be made for unit tests, which a lot of people did. To wit, @judsonlester replied:
Also: a REPL is a crappy unit test that requires a lot of extra typing and programmer recall.
This also makes sense! So, we've got two great perspectives offering competing views. It's important to not to get too lost in the methodology and step back from it. What we have here are two competing perspectives on the same agreed upon approach: better programs result from thinking about the problem space before trying to solve it. I would argue that - depending on what you're trying to do - there are a lot of valid approaches. If you're trying to build your own API that others will consume - then exploring possible arrangements in TextMate for me is far more useful than a unit test or a REPL. If you're trying to explore and kick the tires on an unknown API, then a REPL (if it's available!) gives you more immediate feedback. Once you've gained some facts about the behavior of the API, codify them with a unit test.
This whole discussion, of course, centers around whether or not your programming language of choice supports a REPL! I work principally on the JVM, particularly in Java and Scala. As Java has no REPL, it can be useful to drop into some other shell or language and use that. Groovy is great for this as it is a full featured (more-than fully featured) language that you can interact with in a REPL and that can interface with JVM libraries.
In the same vein, years ago, there was a project called BeanShell, which provided a REPL for Java. I confess I haven't heard much about it of late, probably due to the prevalence of Groovy. There was even a JSR (JSR 274) to advance the project to a standard with the expectation that it would one day be folded into the Java platform itself.
Anyway, I'm just thinking aloud. I thought it was an interesting thread. If you've got any thoughts, I'd love to hear about it on Twitter or Google+


League of Legends Scrim Manager
Designed and developed with players in mind.
Feel free to contribute to the open source project! Check out the Github below to see our progress.
GitHub Learn morePlayer Statistics
Quickly add and manage summoners. Record and view their scrim statistics.
View PlayersTeam Management
Create and manage teams, using balanced sorting to make your scrims fair and fun.
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Additional support for custom game modes such as Ultimate Bravery!
Check Out Customs


Kuanling Huang
Web DeveloperExperiences
2016 APR2017 JUL
Front-end Engineer
noema.io Taipei City & Taichung City(remote), Taiwan- Familiar with React, Redux and webpack
- Do concurrent programming in ES7 async/await
- Cowork with colleagues by using GitHub
-
Work on batmobile project (see the project section below):
- Build with React and customized redux-thunk
- Cooperate with Java backends
- Use material-ui as the UI framework
- Cooperate with a outsourced UI designer
2015 MAR2016 FEB
Front-end Engineer
Yuen Foong Shop Co., Ltd. Taipei City, Taiwan- Familiar with React, Alt and webpack
- Do concurrent programming in Promise/A+
-
Work on 永豐商店福利網 (see the project section below):
- Build with React and Alt
- Cowork with professional UI designers
2014 AUG2015 FEB
Web Programmer
ChineseCUBES Taipei City, Taiwan- Build interactive ebooks in LiveScript with React
2011 DEC2014 JUL
Junior Programmer
十方一瞬設計工作室 Taichung City, Taiwan- Build websites in plain HTML, CSS and JavaScript
20082010
Part-time Programmer
四度空間資訊 Taichung City, Taiwan- Build computer assisted instruction(CAI) games for kids in ActionScript 1/2/3
Selected Projects
20172017
wasm-color (https://github.com/caasi/wasm-color)
side-project
20162017
batmobile (https://batmobile-dev.noema.io/)
noema.io
20152016
永豐商店福利網 (https://groupsale.yfyshop.com/)
Yuen Foong Shop Co., Ltd.
20142014
react-colorpicker (https://github.com/caasi/react-colorpicker)
side-projectEducation
20052010


I am currently a Data Engineer on the Data & Analytics team at OMERS with a broad range of experiences in machine learning, data, and product development.
In my current role, I am focused on developing data and machine learning products to support functions across OMERS (investment teams, actuarial, corporate functions).
Prior to joining OMERS, I was a Software Engineer at integrate.ai where I developed the infrastructure to operationalize models through the integrate.ai platform for real-time and batch use cases in the
customer intelligence world. I have also worked on projects in responsible AI, data strategy, and machine learning modelling in the past across a number of industries including financial services, energy, infrastructure, and consumer marketing.
I hold a Bachelor of Computing (Hons) and Master of Science in Computer Science (with a thesis in machine learning) from Queen’s University.
Please feel free to continue reading or reach out to me about any interesting opportunities!
As a Data Engineer on the Data & Analytics team, I build data oriented software products to support a variety of functions across OMERS.
As a Data Engineer on the Global Investments team, I help build the underlying infrastructure to support and operationalize quant functions for investment teams in public and private markets (Capital Markets, Ventures). I have worked on projects including analysis of real-time streaming of trading data, the operationalization of NLP for market sentiment, and the transformation of large financial datasets for BI/data science.
As a Software Engineer, I worked on operationalizing AI models into tangible customer treatments through the integrate.ai platform. I developed the data pipelining required to allow seamless integration between the integrate.ai platform and existing infrastructure of our customers. I am also responsible for ensuring that our production pipelines are serving clients, building internal tooling for data scientists, and gathering requirements for new customer use cases. In addition to my technical role, I worked as a team lead for executing on a number of customer specific features, and I have conducted research on the Ethics of AI with collaborators at the University of Toronto.
As a Data & Analytics Consultant, I worked on enabling companies with analytics and AI capabilities through the development of data science/machine learning models, data strategy roadmaps, data architecture, and DW/EDL implementations. Through my work at EY, I have gained exposure with clients in the financial, telecommunications, and technology sectors.
As an IT Consultant at Black & McDonald, I provided insight to management on strategic technology implementations to solve complex business problems. In this role, I led the development, testing, debugging and deployment of Black & McDonald's first mobile application to collect data on facilities management operations and create analytic insights for management and clients. Furthermore, I have improved collaboration and efficiency of teams within the organization by implementing digital solutions. Other projects include project forecasting models using business data and developing ETL processes between Oracle JD Edwards and Bamboo HR Cloud system.
As a research assistant in the Queen's School of Computing under the supervision of Dr. Dorothea Blostein, my focus surrounded the application of machine learning for simulating biomechanical tensegrity (tensional integrity)
structures. I worked on improving the quality of tensegrity structure simulation and the implementation of a machine learning framework for PushMePullMe3D and the NASA Tensegrity Robotics Toolkit. This work was an integral component of my
Undergraduate and Master of Science thesis.
Awards: NSERC Undergraduate Student Research Award (2016)
Courses: Data Mining (CISC/CMPE 333), Neural and Genetic Computing (CISC/CMPE 452/874)
Teaching assistant for third year undergraduate computer science/engineering data mining course, covering topics a broad range of data mining techniques including supervised/unsupervised learning and statistical data mining techniques.
Teaching assistant for a fourth year undergraduate/graduate level computer science/engineering/cognitive science course on fundamental concepts in neural networks and genetic algorithms.
Computing - Specialization in Biomedical Computing
Graduated with distinction
As a component of my Masters thesis, I conducted research in the School of Computing at Queen's University under the supervision of Dr. Dorothea Blostein.
My research focused on implementing a machine learning framework for parameter optimization of tensegrity (tensional integrity) structures into the simulation platforms: PushMePullMe3D and the NASA Tensegrity Robotics Toolkit.
Tensegrity structures can provide an abstract model of the tension and compression within a structure, these models are believed to be insightful for areas of research in soft robotics, biomechanics, cellular biology and structural mechanics.
These structures are often composed of cables under tension interconnected with rods under compression to produce a stable and adaptive structure.
PushMePullMe3D and the NASA Tensegrity Robotics Toolkit are simulation platforms that allow users to interact with and understand tensegrity structures. Constructing tensegrity structures can require a high amount of precision to provide insightful results.
The use of a machine learning framework aims to reduce the difficulty of tensegrity construction by optimization parameters such as cable and strut lengths as well as tensile and compressive forces within the structure.
After work, I can often be found cycling, at the climbing gym, or on a squash court. I also enjoy golfing and playing hockey whenever the opportunity presents itself. I am avid musician playing piano and guitar.
Please feel free to contact me about new opportunities or projects!


HE GOT GAME (Touchstone - 1998) Starring Denzel Washington, Ray Allen, Milla Jovovich, Rosario Dawson, Hill Harper, Zelda Harris Screenplay by Spike Lee Produced by Jon Kilik, Spike Lee Directed by Spike Lee Running time: 134 minutes
**** (out of four stars) Alternate Rating: A
Note: Some may consider portions of the following text to be spoilers. Be forewarned.
-------------------------------------------------------------
The rhythmic, Buffalo Springfield-flavoured Public Enemy title track pervasive throughout Spike Lee's new film HE GOT GAME is quite a contrast to the explosively raw, ferocious "Fight The Power" which brilliantly opened the landmark DO THE RIGHT THING, but this is a markedly different sort of film. It's not the equal of his 1989 masterpiece -- few films are -- but HE GOT GAME is a splendidly entertaining piece of work, and probably the most accessible film in Mr. Lee's canon. While it's primarily an intimate domestic drama focusing upon the tenuous relationship between estranged father and son, it's also a lamenting film which decries the corrupt world of amateur athletics.
Exploitation of burgeoning athletic prospects isn't exactly a new theme, having been repeatedly addressed in numerous films of recent years, but what makes it so effective here is Mr. Lee's superb ability at creating a sense of community for his characters, which lends authenticity to the proceedings and makes the scenario all the more tragic -- while it's morbidly amusing to watch, what's disturbing about the scene where Uncle Bubba (Bill Nunn) greedily sinks his claws into top-rated high school basketball prospect Jesus Shuttlesworth (Ray Allen) is not the sheer unbridled parasitism of his gesture as much as it is the weary expression on Jesus' face, which immediately conveys the knowledge that such displays of greed are all too commonplace sights for him.
Indeed, the film is as much about the loss of innocence as it is about the basketball experience. We open with reverential scenes of the youth of America immersed in the joy of game, effectively backed by the evocative music of Aaron Copland -- hey, I'm not even a big fan of basketball, and yet I found it hypnotic and stirring -- and then watch as young Jesus progresses from an exuberant child who can triumphantly exclaim "Boo-yeah!" when beating his cousin on a video game to a jaded adolescent, pushed too hard by his father during his formative years and forced to support his family at a tender young age while required to keep a wary eye open for those who would befriend him for their own gain. Pulled upon from all sides, Jesus is, through no fault of his own, dehumanized by those around him -- he's a commodity, not a person. (There's a sobering key scene late in the film where a character matter-of-factly explains to Jesus why he's being exploited -- it would almost make you despise the character, if it were not for the fact that in its own twisted way, it does make its odd sort of sense.) To Jesus' dismay, even his young sister Mary (a splendid Zelda Harris) becomes temporarily corrupted by the greedy urchins hovering around him, seduced by dreams of wealth and prosperity. Still, as a good filmmaker is wont to do, Mr. Lee conveys his message without preaching at the audience, expressed in an inventive and engaging manner.
In fact, HE GOT GAME is hugely palatable for mainstream audiences principally due to the tempestuous relationship between father and son which serves as the heart of the film. Jake Shuttlesworth (Denzel Washington), serving time for a crime which is only revealed at the mid-point of the film, is temporarily (and unofficially) released from jail to be sent on an unique mission; he's to try to persuade his son Jesus to sign on with Big State, the governor's alma mater, by weeks' end. In return, Jake's promised the chance of early parole. The only problem is that his relationship with his estranged son is in tatters, and Jesus, despite sorely lacking in guidance, nonetheless wants nothing to do with him. Angrily shunned by his son, the scene where their paths first cross is shot in such a stark, unsensationalized manner that it's consequently fraught with genuine tension. This doesn't play like melodrama; it has a verisimilitude of authenticity.
There's been a good deal of press about certain preview screenings of the film which found audiences screaming aloud in disapproval of Jake's interracial love affair. While I'm surprised that this innocuous little romantic angle has created so much controversy (Mr. Lee plays the race card much more provocatively in a conversation shared by two characters where they compare black and white women), I was also aghast when I saw this thread play out. However, my consternation was with the superfluousness of this entire generic subplot, which is so potentless that it calls upon such familiar clichis as the good-hearted prostitute under the thumb of an abusive pimp. It's true that Jake's been in jail for five-and-a-half years, but does he *really* need a love interest? I found that it distracted from the reconciliatory thread between father and son with little gain in return. Despite it all, model-turned-actress/folk singer Milla Jovovich fares well in her minor role, while Mr. Washington imbues Jake with shades of gentleness.
Mr. Washington's such a charismatic actor that I've always wanted to see him play against type as an irredeemably nasty villain. He of course doesn't here, nor does he really approach it, but it comes as no surprise that he's very good at layering darker aspects onto his character. Mr. Washington is convincingly antagonistic when brutishly pushing and goading his young son, and does a solid job at depicting Jake's suppressed rage; we're incredulous to learn what crime had Jake committed, but a scene where he angrily blasts his basketball after a blow-up with Jesus dispels any doubts of a more volatile side of his character under the surface. Still, Mr. Washington generates so much goodwill by his sheer amiable presence that we accept Jake completely.
Mr. Lee is one of America's most important contemporary directors, and he's in top form with HE GOT GAME. Always a spectacular visual storyteller, he employs his familiar bag of techniques (different film stocks, characters directly addressing the camera, insert shots, leaps between time frames, jump cuts, use of slow-motion, etc.) effectively throughout. As with all of his films, this one has a great deal of heart -- at times it's extremely moving -- but I especially appreciated Mr. Lee's keen eye with the little touches; when Jesus tells his girlfriend Lala (Rosario Dawson) at one point that he loves her, you can just barely catch her momentarily flinching.
The film's cast all turn in top-notch performances. Mr. Washington demonstrates why he's one of our very best actors, while between this film and CROOKLYN, Ms. Harris clearly makes a case for herself as one of the top performers of her generation; she's terrific. HE GOT GAME hinges on Mr. Allen in the pivotal role of Jesus, and the acting debut of the Milwaukee Bucks guard is legitimately superb, relaxed and convincing. It's a remarkable turn, a genuine revelation.
As good as the cast is, and as impressive as the contributions by cinematographer Malik Hassan Sayeed and editor Barry Alexander Brown may be, this is Mr. Lee's triumph. Adeptly combining humour, drama, raw emotion and insight in affecting fashion, he once again demonstrates that as well as being one of the most controversial of directors, he's also one of the best.
- Alex Fung email<EMAIL_ADDRESS>web : http://www.ncf.carleton.ca/~aw220/
-- Alex Fung<EMAIL_ADDRESS>| http://www.ncf.carleton.ca/~aw220/ "Unlike you, I'm tolerant of weirdness." - Jennifer Jason Leigh, CROOKED HEARTS
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Related links: index of all rec.arts.movies.reviews reviews


Flames GM says TJ Brodie is ‘doing well’ after collapsing at practice
Calgary Flames general manager Brad Treliving said Friday that TJ Brodie was at home and “feeling good” after the defenceman unexpectedly collapsed during a team practice.
Treliving said that Brodie’s neurological tests came back negative, but added there were more tests to be done and the team’s medical staff would leave “no stone unturned.”
Practice was halted Thursday when Brodie fell to the ice and started convulsing. He was taken off the ice on a stretcher and went to hospital for evaluation.
“After a few minutes, TJ was alert, he was responsive,” Treliving said. “He was transported to Foothills Hospital and he remained there for the remainder of the day into the early evening. A battery of tests took place and then TJ was released. He was at home last night resting with his family.”
Brodie will not travel with the Flames for their road game Saturday against the Arizona Coyotes. There was no timetable for his return.
“There’s good news that he’s come through everything so far,” Treliving said. “He’s doing good, is on the mend. He’ll stay under the supervision of our team, led by (team doctor Ian Auld).
Brodie, 29, is in his ninth season with the Flames. The native of Chatham, Ont., has eight assists in 21 games this season.


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AMP-AD pharmaceutical partners scored the tractability of targets using publicly-available resources and have generated ratings of small-molecule druggability, therapeutic antibody feasibility, and safety.
These external sites provide useful AD-specific or general information for exploring targets.


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All those PICTURES!
All those PICTURES!
All those PICTURES!
All those PICTURES!
All those PICTURES!
All those PICTURES!
All those PICTURES!


Here's the Lift CometActor code:
// A CometActor that keeps the user updated class LongTime extends CometActor { private var url: Box[String] = Empty private var progress: Int = 0 // a CometActor that has not been displayed for // 2 minutes is destroyed override def lifespan: Box[TimeSpan] = Full(2 minutes) // get messages from the ThingBuilder override def highPriority = { case BuildStatus(p, Empty) => this.progress = p reRender(false) case BuildStatus(_, Full(u)) => url = Full(u) progress = 100 reRender(false) partialUpdate(RedirectTo(u)) } // start the job override def localSetup() { ThingBuilder ! this super.localSetup() } // display the progress or a link to the result def render = url match { case Full(where) => Your job is complete. Click Me case _ => We're working on your job... it's {progress}% complete } }


OPTUM Reporting Dashboard
AbbvieDM_password
AbbvieDM
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MastercardWellness
Chatbot
About Optum Customer Performance Management - Custom Reporting
Description
The mission of the Custom Reporting Team is to support OptumHealth by providing accurate data and powerful reporting solutions that effectively demonstrate the value of Optum products and services. Our Vision includes: Delivering solutions using the best technology for each situation Committing to delivering quality and accuracy in everything that we do Providing value to our customers through data and reporting Meeting our customer needs by providing data and enabling analyses and insights Remaining flexible to change with the business
Owned By:
Asa Greenberger, Lee-Za Matthews, Jayne Sissom, Jennifer Tuchalski, Andrew Leicher, Kathleen Kuczynski, Bridgette Kroells
Categories:
Optum
Tags:
Custom reporting, reporting, Standard reporting
Group Type:
Open


Source: niqlow/templates/CFMPI/ClientServerTemplate1.ox.
useMPI.ox
, which is located in the niqlow/include
.
#include "useMPI.ox"In turn it will use preprocessor macros to determine if real MPI message passing is available (linked in) or if fake (simulated) message passing on a single instance of the program should occur. See also How to ....
ID=0
) node it will delete the server object it was sent an keep the client object.Nodes=1
) then that node it is both client and server. Second, there are more
than one nodes but the first argument to P2P() is FALSE
then the user is asking the client node to be use itself as a server in addition to the other nodes. In that case the client node will maintain both the client and server objects.P2P::Execute() { if (IamClient) client->Execute(); else server->Loop(Server::iml); }
Execute()
method. This does everything the client must do to get the job done. It can use other methods to call on the servers to help, especially ToDoList().Execute()
method. This carries out whatever task servers must carry out for the client. They are called from the built-in Loop() routine, which waits for messages and stops once the STOP_TAG
is received from the client.f(const theta)
, where theta
is a N×1
vector and f()
returns a M×1
output, the Jacobian can be computed in parallel with the following code:
MyClient::Execute() { N = rows(theta); ToDoList( (theta+epsmatrix) ~ (theta-epsmatrix) ,&Jmat,M,1); Jmat = (Jmat[][:N-1] - Jmat[][N:])/Jeps; } MyServer::Execute() { N = rows(Buffer); Buffer = f(Buffer); return N; }
N×(2N)
matrix of parameter vectors centered on theta
. Each column is either a step forward or backward in one of the parameters. (This code is a bit crude, because a proportional step size should be used with an additive step only if the element of theta
is very close to 0.) f()
at in Buffer. f()
which returns the output to be put back in the buffer for return to the client. Execute() must always return the maximum size of the next expected message so that Loop() can initialize storage for it.MPI
defined on the command line, then ToDoList() reduces to a loop that calls Execute()
on the same node in serial, sending one column at a time. There is a small amount of overhead in terms of intermediate function calls, and in serial only one column would have to be stored rather than 2N
columns. In most cases this overhead is not very large, especially when f()
is not trivial. And the same code can be used whether MPI is available or not.| Variables | ||
| fakeP2P | static |
| Public fields | ||
| MaxSubReturn | ||
| me_as_server | If client node should work, then this holds the Server object. | |
| NSubProblems | ||
| Public methods | ||
| Announce | Announce a message to everyone (and perhaps get answers). | |
| Execute | virtual | The default simply announces today's date to all nodes. |
| Recv | Receive buffer from a source node. | |
| Send | Point-to-Point: Sends buffer to a destination node. | |
| Stop | Send STOP_TAG to all servers, do not wait for answers. | |
| ToDoList | Distribute parallel tasks to all servers and return the results. |
static
.
| Public fields | ||
| called | static | Initialize already called. |
| CLIENT | static const | ID of Client Node (=0) |
| Error | static | Error code from last Recv |
| fake | static | faking message passing. |
| IamClient | static | ID==CLIENT; node is client |
| ID | static | My id (MPI rank). |
| Nodes | static | Count of nodes availible. |
| Volume | static | print out info about messages. |
| Public methods | ||
| Barrier | static | Set a MPI Barrier to Coordinate Nodes. |
| Initialize | static | Initialize the MPI environment. |
| Public fields | ||
| ANY_SOURCE | static | Receive from any node |
| ANY_TAG | static | Receive any tag |
| Buffer | Place for MPI message (in/out) | |
| client | Client object. | |
| MaxSimJobs | Nodes or Nnodes-1. | |
| server | Server object. | |
| Source | Node that sent the last message | |
| STOP_TAG | static const | Tag that ends Loop |
| Tag | Tag of last message | |
| Public methods | ||
| Execute | virtual | Begin Client-Server execution. |
| P2P | Initialize Point-to-Point Communication. |
| Public fields | ||
| Buffer | Place for MPI message (in/out) | |
| Offset | vector of offsets in buffer in Gatherv Offset[Node] is the total buffer size | |
| SegSize | My segment size in Gathers | |
| Public methods | ||
| Allgather | Gather and share vectors to/from all nodes. | |
| Allgatherv | Gather variable sized segments on all nodes. | |
| Allsum | Compute and share the sum of vectors to/from all nodes. | |
| Bcast | Broadcast buffer of size iCount from CLIENT (ROOT) to all nodes. | |
| Gather | Gather vectors from all nodes at Client . |
|
| Gatherv | Gather vectors from all nodes at Client with Variable segment sizes. | |
| Peer | ||
| Setdisplace | Set the displacement for each node in gathers. | |
| Sum | Compute the sum of vectors from all nodes at Client. |
| Public fields | ||
| iml | static | initial messge length, first call to Loop. |
| Public methods | ||
| Execute | virtual | The default server code. |
| Loop | virtual | A Server loop that calls a virtual Execute() method. |
| Recv | Receive buffer from CLIENT. | |
| Send | Server sends buffer to the CLIENT. |
| Msg | arithmetic type. Buffer is set to vec(Msg). |
| Pmode | index into parallel modes, see ParallelExecutionModes (default=MultiParamVectors), the base tag of the MPI messages. If aResults is an address actual tags sent equal BaseTag[Pmode]+n, n=0...(Nodes-1). |
| aResults | integer (default), no results reported an address, returned as a mxlength x nsends matrix The answer of all the nodes. |
| mxlength | integer (default=1), size to set Buffer before Recv or Recv |
| @the | If DONOTUSECLIENT was sent as TRUE to P2P() and MPI::Nodes> 0 then the CLIENT does not call itself. Otherwise the CLIENT will announce to itself (after everyone else). |
| iSource | id of target/destination node ANY_SOURCE, receive message from any node. |
| iTag | tag to receive ANY_TAG, receive any tag |
p2p->Recv(P2P::ANY_SOURCE,P2P::ANY_TAG); println("Message Received from ",P2P::Source," with Tag ",P2P::Tag," is ",p2p.Buffer);
| iCount | integer 0, send the whole Buffer > 0, number of elments of Buffer to send. |
| iDest | integer id of target/destination node. |
| iTag | integer non-negative. User-controlled MPI Tag to accompany message. |
p2p.Buffer = results; p2p->Send(0,2,3); //send all results to node 2 with tag 3
| mode | 0: Inputs is a matrix or array of messages nsends: Input is a single vector message. nsends is how many subtasks to call |
| Inputs | an array of length nsends or a M x nsends matrix The inputs to send on each task. |
| aResults | an address, returned as a mxlength x nsends matrix The output of all the tasks. |
| mxlength | integer, size to set Buffer before Recv or Recv |
| Pmode | index into base tags. See ParallelExecutionModes. Actual tags sent equal BaseTag[Pmode]+n, n=0...(nsends-1). |
| DONOTUSECLIENT | TRUE the client (node 0) will not be used as a server in ToDoList() FALSE it will used ONCE after all other nodes are busy |
| client | either Client object or FALSE, only used if IamClient If not IamClient and this is a class it is deleted. |
| server | either Server object or FALSE. If IamClient and DONOTUSECLIENT then this is deleted. |
| iCount | 0, Gather the whole Buffer > 0, number of elments of Buffer to share. |
| iCount | 0, Broadcast the whole Buffer > 0, number of elments of Buffer to send. |
Client
.
| iCount | 0, Gather the whole Buffer > 0, number of elments of Buffer to share. |
| SegSize | the size of my segment. Must be equal across all nodes for non-variable gathers. |
| iCount | The size of the vector to sum |
| nxtmsgsize | integer. The size of Buffer expected on the first message Received. It is updated |
| calledby | string. Name or description of routine loop was called from.
by Execute() on each call.
|
| iTag | tag to receive ANY_TAG, receive any tag |
p2p->Recv(ANY_TAG);
| iCount | 0, send the whole Buffer > 0, number of elments of Buffer to send. |
| iTag | integer (Non-Negative). User-controlled MPI Tag to accompany message. |
p2p.Buffer = results; p2p->Send(0,3); //send all results to node 0 with tag 3


Procedural Thinking ie: Steps 1-10? Etc (Clear instructions breaking problem down) 1._ 2._3._
Abstract Thinkingie: 1+1=2 (Finding Similarity)
Systematic Debugging ie: Problem, possible causes (Systematic process of relentlessly identifying the cause of computer program that doesn’t work.
Technological Empathy ie: Understanding how a computer interprets
Systems Thinking ie: Break big problems into smaller pieces
Web: Collection of HTML documentsHTML is made up of : - Text content what you see - Markup what it looks like - References to other documents eg. Images & videos - Links to other pages
Markup is made of tagsHTML Attributes
< TAG ATTR=”value”> contentsparagraph
content
Inline Blocktext
(text height & width) , , textWeb page is a text document written in html. Web browsers read document, then interpret and display.
Coding happens when programmers write text in language that a computer can understand. The computer can then follow the instructions.
 (Correct Syntax)
Programmers cant remember everything as there are to many details. Its okay you can look it up.


Are you sure you want to hide this link? There are modules inside your sequences that will be disabled.


{% extends "layout.html" %} {% block body %}
{{tweet['text']}}
{{categories[p]}}
Cannot predict anything. Make sure that the model is trained


{% extends "base.html" %} {% set active_page = "index" %} {% set content_layout = "wide" %} {% block content %}
Tools, libraries and services for secure cloud & on-premise user and group messaging. Saves time. Scales up. Supports you.
"It's clear that Buddycloud has been and continues to be on the vanguard of the "open social web" movement through its thought leadership on social web and open source technologies and the commercial application of these technologies in industry."
"Buddycloud solves a large number of problems for a large number of developers."
"Buddycloud appeals to developers that need an open messaging stack without lock-in..."


Our A-Frame technology allows any device to use this applications. Whether you do or do not have a VR headset, this will work for you!
Our VR code is written in Javascript, which means that any browser can support this project!
Can be used by all ages and types of users due to our intuitive platform and a simple interface.


{% extends "graphs/base.html" %} {% load static %} {% block content %}
Alabama: April 4 to April 30. Reopening Status: Pausing
Alaska: March 28 to April 24. Reopening Status: Reopened
Arizona: March 31 to April 30. Reopening Status: Reopening
Arkansas: No shelter-in-place orders. Reopening Status: Pausing
California: March 19 to May 25. Reopening Status: Reversing
Colorado: March 26 to April 26. Reopening Status: Reversing
Connecticut: March 23 to May 20. Reopening Status: Reopening
Delaware: March 24 to May 15. Reopening Status: Pausing
Florida: April 3 to April 30. Reopening Status: Reopened
Georgia: April 3 to April 30. Reopening Status: Reopened
Hawaii: March 25 to May 31. Reopening Status: Reopening
Idaho: March 25 to April 30. Reopening Status: Reopened
Illinois: March 21 to April 30. Reopening Status: Reversing
Indiana: March 24 to May 1. Reopening Status: Reopened
Iowa: No shelter-in-place orders. Reopening Status: Reopened
Kansas: March 30 to May 3. Reopening Status: Reopened
Kentucky: March 26 to May 22. Reopening Status: Reopened
Louisiana: March 23 to May 15. Reopening Status: Reopening
Maine: April 2 to May 31. Reopening Status: Reopening
Maryland: March 30 to May 15. Reopening Status: Reopened
Massachusetts: March 24 to May 4. Reopening Status: Reopening
Michigan: March 24 to May 15. Reopening Status: Reopened
Minnesota: March 27 to May 3. Reopening Status: Reopened
Mississippi: April 3 to May 11. Reopening Status: Reopened
Missouri: April 6 to May 3. Reopening Status: Reopened
Montana: March 28 to April 10. Reopening Status: Reopened
Nebraska: No shelter-in-place orders. Reopening Status: Reopened
Nevada: April 1 to April 30. Reopening Status: Reopened
New Hampshire: March 27 to May 15. Reopening Status: Reopened
New Jersey: March 24 to June 9. Reopening Status: Reopened
New Mexico: March 24 to May 15. Reopening Status: Reversing
New York: March 22 to May 15. Reopening Status: Reversing
North Carolina: March 30 to May 8. Reopening Status: Pausing
North Dakota: No shelter-in-place orders. Reopening Status: Reopened
Ohio: March 23 to May 1. Reopening Status: Reopening
Oklahoma: March 28 to April 16. Reopening Status: Reopened
Oregon: March 23 to May 15. Reopening Status: Pausing
Pennsylvania: April 1 to May 8. Reopening Status: Reopened
Rhode Island: March 28 to May 8. Reopening Status: Pausing
South Carolina: April 6 to April 20. Reopening Status: Reopened
South Dakota: No shelter-in-place orders. Reopening Status: Reopened
Tennessee: March 31 to April 30. Reopening Status: Reopened
Texas: April 2 to April 30. Reopening Status: Reversing
Utah: March 30 to April 13. Reopening Status: Reopened
Vermont: March 25 to May 15. Reopening Status: Reopened
Virginia: March 30 to June 10. Reopening Status: Reopened
Washington: March 23 to May 4. Reopening Status: Reopening
West Virginia: March 24 to May 21. Reopening Status: Reopened
Wisconsin: March 25 to May 26. Reopening Status: Reopened
Wyoming: March 28 to April 17. Reopening Status: Reopened
Note: Paused states have reopened some businesses, but are put on hold as far as reopening any more businesses until COVID is under control.
Note: Undetermined states are reversing their decision to reopen the state.
Link to this information: https://www.nytimes.com/interactive/2020/us/states-reopen-map-coronavirus.html
Link to this information: https://www.nbcnews.com/health/health-news/here-are-stay-home-orders-across-country-n1168736


Say you have an array for which the ith element is the price of a given stock on day i.
Design an algorithm to find the maximum profit. You may complete at most two transactions.
Note:You may not engage in multiple transactions at the same time (i.e., you must sell the stock before you buy again).
Example 1:
Input: [3,3,5,0,0,3,1,4]
Output: 6
Explanation: Buy on day 4 (price = 0) and sell on day 6 (price = 3), profit = 3-0 = 3.
Then buy on day 7 (price = 1) and sell on day 8 (price = 4), profit = 4-1 = 3.
Example 2:
Input: [1,2,3,4,5]
Output: 4
Explanation: Buy on day 1 (price = 1) and sell on day 5 (price = 5), profit = 5-1 = 4.
Note that you cannot buy on day 1, buy on day 2 and sell them later, as you are
engaging multiple transactions at the same time. You must sell before buying again.
Example 3:
Input: [7,6,4,3,1]
Output: 0
Explanation: In this case, no transaction is done, i.e. max profit = 0.
Multiple transactions may not be engaged in at the same time. That means if we view the days that involed in the same transaction as a group, there won’t be any intersection. We may complete at most two transactions, so divide the days into two groups, [0...k]
and [k...n-1]
. Notice k
exists in both groups because technically we can sell out then immediately buy in at the same day.
Define p1(i)
to be the max profit of day [0...i]
. This is just like the problem of 121. Best Time to Buy and Sell Stock.
p1(0) = 0
p1(i) = max( p1(i-1), prices[i] - min(prices[0], ..., prices[i-1]) ), 0 < i <= n-1
Define p2(i)
to be the max profit of day [i...n-1]
. This is the mirror of p1
.
p2(n-1) = 0
p2(i) = max( p2(i+1), max(prices[i], ..., prices[n-1]) - prices[i] ), n-1 > i >= 0
Define f(k)
to be p1(k) + p2(k)
. We need to get max( f(0), ..., f(n-1) )
.
/**
* @param {number[]} prices
* @return {number}
*/
var maxProfit = function(prices) {
const len = prices.length
if (len <= 1) { return 0 }
const dp = [0]
let min = prices[0]
for (let i = 1; i < len; i++) {
dp[i] = Math.max(dp[i-1], prices[i] - min)
min = Math.min(prices[i], min)
}
let p2 = 0
let max = prices[len-1]
for (let i = len-2; i >= 0; i--) {
max = Math.max(prices[i], max)
p2 = Math.max(p2, max - prices[i])
dp[i] += p2
}
return Math.max(...dp)
};
Template generated via Leetmark.


Project Jupyter was born out of the IPython Project in 2014 as it evolved to support interactive
data science and scientific computing across all programming languages.
Sponsors
Project Jupyter receives direct funding from the following foundations and companies:
Institutional Partners
Institutional Partners are companies and universities that support the project by employing Steering Council members.
Current Institutional Partners include:
Governance
Robust, community driven development with institutional backing.
Project Jupyter is part of the non-profit NumFOCUS Foundation, which provides fiscal sponsorship, governance and a legal umbrella for the project.
We use a shared copyright model that enables all contributors to maintain the copyright on their contributions. All code is licensed under the terms of the revised BSD license.
Technical decisions are made through open community discussion and consensus, with a Steering Council and BDFL (Fernando Perez) stepping in when consensus cannot be reached.
The overall leadership, strategy and direction for the project is provided by the Jupyter Steering Council, a group of the most active project contributors that are nominated for leadership.


Categorization
grail.cs.washington.edu
Image retrieval
grail.cs.washington.edu
Object detection
SSD: Single Shot MultiBox Detector
Segmentation
Encoder-Decoder with Atrous Separable Convolution for Semantic Image Segmentation
Comparison
FaceNet: A Unified Embedding for Face Recognition and Clustering
Image translation
Image-to-Image Translation with Conditional Adversarial Networks
Image generation
StackGAN++: Realistic Image Synthesis with Stacked Generative Adversarial Networks


First Name:Abel
Last Name:Abaimu
<EMAIL_ADDRESS>Address:33, Ahmed Oghere Street
City:Ikeja
State:Lagos


R/install_autokeras.R
install_autokeras.Rd
AutoKeras, Keras, and TensorFlow will be installed into an "r-tensorflow" virtual or conda environment. Note that "virtualenv" is not available on Windows (as this isn't supported by TensorFlow).
install_autokeras( method = c("auto", "virtualenv", "conda"), conda = "auto", version = "1.0.0", keras = "default", tensorflow = "default", extra_packages = NULL, ... )
| method | Installation method ("virtualenv" or "conda") |
|---|---|
| conda | Path to conda executable (or "auto" to find conda using the PATH and other conventional install locations). |
| version | Version of AutoKeras to install. Specify "default" to install the latest release. Otherwise specify an alternate version (e.g. "0.3.5"). The default value is "1.0.0b0" as it is the latest tested version. |
| keras | Keras version to install. Specify "default" to install the latest release. Otherwise specify an alternate version (e.g. "2.2.2"). |
| tensorflow | TensorFlow version to install. Specify "default" to install the CPU version of the latest release. Specify "gpu" to install the GPU version of the latest release. You can also provide a full major.minor.patch specification (e.g. "1.1.0"), appending "-gpu" if you want the GPU version (e.g. "1.1.0-gpu"). Alternatively, you can provide the full URL to an installer binary (e.g. for a nightly binary). |
| extra_packages | Additional PyPI packages to install along with Keras and TensorFlow. |
| ... | Other arguments passed to |
None
Keras and TensorFlow can be configured to run on either CPUs or GPUs. The CPU version is much easier to install and configure so is the best starting place especially when you are first learning how to use Keras. Here's the guidance on CPU vs. GPU versions from the TensorFlow website:
- *TensorFlow with CPU support only*. If your system does not have a NVIDIA® GPU, you must install this version. Note that this version of TensorFlow is typically much easier to install, so even if you have an NVIDIA GPU, we recommend installing this version first.
- *TensorFlow with GPU support*. TensorFlow programs typically run significantly faster on a GPU than on a CPU. Therefore, if your system has a NVIDIA® GPU meeting all prerequisites and you need to run performance-critical applications, you should ultimately install this version.
To install the GPU version:
1) Ensure that you have met all installation prerequisites including installation of the CUDA and cuDNN libraries as described in [TensorFlow GPU Prerequistes](https://tensorflow.rstudio.com/installation_gpu.html#prerequisites).
2) Pass `tensorflow = "gpu"` to `install_autokeras()`. For example:
``` install_autokeras(tensorflow="gpu") ````
The only supported installation method on Windows is "conda". This means that you should install Anaconda 3.x for Windows prior to installing Keras.
Installing Keras and TensorFlow using `install_autokeras()` isn't required to use the Keras R package. You can do a custom installation of Keras (and desired backend) as described on the [Keras website](https://keras.io/#installation) and the Keras R package will find and use that version.
See the documentation on [custom installations](https://tensorflow.rstudio.com/installation.html#custom-installation) for additional information on how version of Keras and TensorFlow are located by the Keras package.
If you wish to add additional PyPI packages to your Keras / TensorFlow environment you can either specify the packages in the `extra_packages` argument of `install_autokeras()`, or alternatively install them into an existing environment using the [reticulate::py_install()] function.
if (FALSE) { # default installation library("autokeras") install_autokeras() # install using a conda environment (default is virtualenv) install_autokeras(method = "conda") # install with GPU version of TensorFlow # (NOTE: only do this if you have an NVIDIA GPU + CUDA!) install_autokeras(tensorflow = "gpu") # install a specific version of TensorFlow install_autokeras(tensorflow = "1.2.1") install_autokeras(tensorflow = "1.2.1-gpu") # install a specific version of Keras and TensorFlow install_autokeras(keras = "2.2.2", tensorflow = "1.2.1") }


|
C++ Actor Framework 0.19
|
Provides access to a resource that operates on a byte stream, e.g., a TCP socket. More...
#include <lower_layer.hpp>
Public Member Functions | |
| virtual bool | is_reading () const noexcept=0 |
| Queries whether the transport is currently configured to read from its socket. | |
| virtual void | configure_read (receive_policy policy)=0 |
| Configures threshold for the next receive operations. | |
| virtual void | begin_output ()=0 |
| Prepares the layer for outgoing traffic, e.g., by allocating an output buffer as necessary. | |
| virtual byte_buffer & | output_buffer ()=0 |
| Returns a reference to the output buffer. | |
| virtual bool | end_output ()=0 |
| Prepares written data for transfer, e.g., by flushing buffers or registering sockets for write events. | |
| virtual void | switch_protocol (std::unique_ptr< upper_layer > next)=0 |
Asks the stream to swap the current upper layer with next after returning from consume() . | |
| virtual bool | switching_protocol () const noexcept=0 |
Queries whether switch_protocol has been called. | |
| Public Member Functions inherited from caf::net::generic_lower_layer | |
| virtual multiplexer & | mpx () noexcept=0 |
| Returns the multiplexer instance that executes this protocol stack. | |
| virtual bool | can_send_more () const noexcept=0 |
| Queries whether the output device can accept more data straight away. | |
| virtual bool | is_reading () const noexcept=0 |
| Queries whether the lower layer is currently reading from its input device. | |
| virtual void | write_later ()=0 |
| Triggers a write callback after the write device signals downstream capacity. | |
| virtual void | shutdown ()=0 |
| Shuts down any connection or session gracefully. | |
| virtual void | shutdown (const error &reason) |
| Shuts down any connection or session du to an error. | |
Provides access to a resource that operates on a byte stream, e.g., a TCP socket.
|
pure virtual |
Configures threshold for the next receive operations.
Policies remain active until calling this function again.
consume
invalidates both byte spans.
|
pure virtualnoexcept |
Queries whether the transport is currently configured to read from its socket.
Implements caf::net::generic_lower_layer.
|
pure virtual |
Returns a reference to the output buffer.
Users may only call this function and write to the buffer between calling begin_output()
and end_output()
.
|
pure virtual |
Asks the stream to swap the current upper layer with next
after returning from consume()
.
consume
.


Users can block other users. Organizations can block users, too.
Custom media type: giant-sentry-fist-preview Announced: 2011-05-31 Update 1: 2016-04-04 Update 2: 2016-08-17
giant-sentry-fist-preview


| DOSE: T+ 0:00 |
repeated |
insufflated |
Cocaine |
(powder / crystals) |
| T+ 0:20 |
1 tablet |
oral |
MDMA |
|
I've had some experience with both these drugs before, more so with the coke than the x. Never combined them before though. The setting was an all-day outdoor concert. Just right for the tab (a medium-pure, slightly speedy variety called Rolex) but not for the combo!
On the trip down to the show, we got into the coke. This was about an 8 ball of very good cocaine shared between 3 people. Ate the tabs just before we arrived at the show, still high from the lines we'd snorted. (20 min. at the most) As the roll started to kick in the feeling was fantastic; the initial rush of the x was intensified by the euphoria of the coke.
However, after about an hour, the coke was obviously starting to lose effect. The roll, meanwhile, was not where it should be. Usually for a person of my weight, a 'Rolex' should kick in strong by an hour at least. However, the slight down I was experiencing from the comedown of the coke made me feel as though I was just on the verge of rolling, the entire time.
I wanted more coke... Bumped a bit more and this is when the x got as good as it was going to get. Thereafter, the depression that typically follows a coke high was very unpleasant. The slight roll made us hyper-aware of our emotions; we were constantly talking about how we felt, comparing notes and whatever, and agreed that we were just feeling way too down. Instead of opening up and getting happy with the ecstasy, we got more and more introspective. Crash in every sense of the word. Plus the feeling in the back of my head was progressing from a numbness to a hollow ache that was to last for hours. Lots of tense muscles, very hard to relax.
The emotional situation, I must add, heightened the unpleasant effects, because we were in a very intense situation as it was. (3 people, 2 having just broken up w/each other and the 3rd a new interest of one of us) We were just not suited for an outdoor public event; we couldn't dance, couldn't talk, couldn't do much but stare and wish we felt more one way or the other.
I digress:
What I'm trying to say is that the effects of the two substances did not work well together. Maybe this is obvious to everyone else, but we figured we'd have to try it to find out and we certainly did. We wasted both substances and put ourselves in a strange wasted state of mind.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 1
Preheat the oven to 180C/350F/Gas 4.
For the lamb, heat the oil in an ovenproof frying pan. Season the lamb well with salt and freshly ground black pepper and fry on both sides until browned, about 3-4 minutes.
Add the rosemary and thyme sprigs, the garlic and sweet potatoes to the pan. Transfer to the oven to continue cooking for about 10-12 minutes, or until the lamb is cooked to your liking and the sweet potato is tender. Remove from the oven and allow to rest before slicing.
For the garlic red wine sauce, melt the butter in a saucepan and gently fry the onion and garlic until translucent. Add the brandy and simmer until reduced.
Pour in the red wine and simmer until reduced by half, then add the thyme and stock and continue to cook for a further 3-4 minutes. Finally stir in the cream.
To serve, pile the roasted sweet potatoes onto a serving plate and place the lamb slices on top. Pour over the garlic red wine sauce and garnish the plate with the cloves of roasted garlic from the lamb dish.


jQuery
Part 1
Link to part 1
Create a webpage in which users are allowed to select a
page layout and formatting through the use of the className property. Choose at least three form
elements from among radio buttons, select items, checkboxes, and buttons to allow the user to change
the background color, font size, font family, font style, and font weight. You may use JavaScript or
jQuery for this.
Part 2
Link to part 2
Create a page that has a header of Password Protection Page, a form password element, and submit and
reset buttons. Use jQuery version 1.7.1 or jQuery version 1.11.0 or google's jQuery version to allow
the user to click on a login button which will bring up the password prompt. You should use an input
type="password", which will display asterisks when the user enters the password. I suggest that you
name your password as obama. If the password entered is incorrect then display "password is
incorrect" and remain on the page. You may use javascript (insecure) or a php file (secure) to do
this part. If the password is correct then allow entrance to a second page that contains a script
that contains three hotspot labels, "Stop", "Caution", and "Go". When the user mouses over the
"Stop" hotspot, the background color of the browser window should turn red. When the user mouses
over the "Caution" hotspot, the background color should turn yellow. When the user mouses over the
"Go" hotspot, the background color should turn green. When the user mouses off of any of these
hotspots, return the background color to the original color of the browser window.
Part 3
Link to part 3
Write a script that displays a top navigation bar containing a link to your Homework 1 and five
other links that will be to the cover page for each of your Homework2 - Homework6. When you
mouseover any of these other links then display a drop-down menu that contains the links of their
homework parts (part 1 - 4 or part 1 - 6). If applicable then also include links to any extra credit
pages that you have done. Make sure that all links are working. You can use strictly JavaScript or
else jQuery.
Part 4
Link to part 4
Create a photo slide-show using jQuery.
Extra Credit
Link to extra credit
Write a Web page that enables the user to play the game of 15. There is a 4-by-4 board (implemented
as a table) for a total of 16 slots. One of the slots is empty. The other slots are occupied by 15
tiles, randomly numbered from 1 through 15. Any tile next to the currently empty slot can be moved
into the currently empty slot by clicking on the tile. Your program should create the board with the
tiles out of order. The user's goal is to arrange the tiles in sequential order row by row. Using
the Document Object Model and the onclick event, write a script that allows the user to swap the
positions of the open position and an adjacent tile. [Hint: The onclick event should be specified
for each table cell.]


|
mbed TLS v2.16.11
|
Elliptic curve J-PAKE. More...
Go to the source code of this file.
Data Structures | |
| struct | mbedtls_ecjpake_context |
Typedefs | |
| typedef struct mbedtls_ecjpake_context | mbedtls_ecjpake_context |
Enumerations | |
| enum | mbedtls_ecjpake_role { MBEDTLS_ECJPAKE_CLIENT = 0, MBEDTLS_ECJPAKE_SERVER } |
Functions | |
| void | mbedtls_ecjpake_init (mbedtls_ecjpake_context *ctx) |
| Initialize an ECJPAKE context. More... | |
| int | mbedtls_ecjpake_setup (mbedtls_ecjpake_context *ctx, mbedtls_ecjpake_role role, mbedtls_md_type_t hash, mbedtls_ecp_group_id curve, const unsigned char *secret, size_t len) |
| Set up an ECJPAKE context for use. More... | |
| int | mbedtls_ecjpake_check (const mbedtls_ecjpake_context *ctx) |
| Check if an ECJPAKE context is ready for use. More... | |
| int | mbedtls_ecjpake_write_round_one (mbedtls_ecjpake_context *ctx, unsigned char *buf, size_t len, size_t *olen, int(*f_rng)(void *, unsigned char *, size_t), void *p_rng) |
| Generate and write the first round message (TLS: contents of the Client/ServerHello extension, excluding extension type and length bytes). More... | |
| int | mbedtls_ecjpake_read_round_one (mbedtls_ecjpake_context *ctx, const unsigned char *buf, size_t len) |
| Read and process the first round message (TLS: contents of the Client/ServerHello extension, excluding extension type and length bytes). More... | |
| int | mbedtls_ecjpake_write_round_two (mbedtls_ecjpake_context *ctx, unsigned char *buf, size_t len, size_t *olen, int(*f_rng)(void *, unsigned char *, size_t), void *p_rng) |
| Generate and write the second round message (TLS: contents of the Client/ServerKeyExchange). More... | |
| int | mbedtls_ecjpake_read_round_two (mbedtls_ecjpake_context *ctx, const unsigned char *buf, size_t len) |
| Read and process the second round message (TLS: contents of the Client/ServerKeyExchange). More... | |
| int | mbedtls_ecjpake_derive_secret (mbedtls_ecjpake_context *ctx, unsigned char *buf, size_t len, size_t *olen, int(*f_rng)(void *, unsigned char *, size_t), void *p_rng) |
| Derive the shared secret (TLS: Pre-Master Secret). More... | |
| void | mbedtls_ecjpake_free (mbedtls_ecjpake_context *ctx) |
| This clears an ECJPAKE context and frees any embedded data structure. More... | |
| int | mbedtls_ecjpake_self_test (int verbose) |
| Checkup routine. More... | |
Elliptic curve J-PAKE.
Definition in file ecjpake.h.
| typedef struct mbedtls_ecjpake_context mbedtls_ecjpake_context |
EC J-PAKE context structure.
J-PAKE is a symmetric protocol, except for the identifiers used in Zero-Knowledge Proofs, and the serialization of the second message (KeyExchange) as defined by the Thread spec.
In order to benefit from this symmetry, we choose a different naming convetion from the Thread v1.0 spec. Correspondance is indicated in the description as a pair C: client name, S: server name
| enum mbedtls_ecjpake_role |
| int mbedtls_ecjpake_check | ( | const mbedtls_ecjpake_context * | ctx | ) |
Check if an ECJPAKE context is ready for use.
| ctx | The ECJPAKE context to check. This must be initialized. |
0
if the context is ready for use. | int mbedtls_ecjpake_derive_secret | ( | mbedtls_ecjpake_context * | ctx, |
| unsigned char * | buf, | ||
| size_t | len, | ||
| size_t * | olen, | ||
| int(*)(void *, unsigned char *, size_t) | f_rng, | ||
| void * | p_rng | ||
| ) |
Derive the shared secret (TLS: Pre-Master Secret).
| ctx | The ECJPAKE context to use. This must be initialized, set up and have performed both round one and two. |
| buf | The buffer to write the derived secret to. This must be a writable buffer of length len Bytes. |
| len | The length of buf in Bytes. |
| olen | The address at which to store the total number of Bytes written to buf . This must not be NULL . |
| f_rng | The RNG function to use. This must not be NULL . |
| p_rng | The RNG parameter to be passed to f_rng . This may be NULL if f_rng doesn't use a context. |
0
if successful. | void mbedtls_ecjpake_free | ( | mbedtls_ecjpake_context * | ctx | ) |
This clears an ECJPAKE context and frees any embedded data structure.
| ctx | The ECJPAKE context to free. This may be NULL , in which case this function does nothing. If it is not NULL , it must point to an initialized ECJPAKE context. |
| void mbedtls_ecjpake_init | ( | mbedtls_ecjpake_context * | ctx | ) |
Initialize an ECJPAKE context.
| ctx | The ECJPAKE context to initialize. This must not be NULL . |
| int mbedtls_ecjpake_read_round_one | ( | mbedtls_ecjpake_context * | ctx, |
| const unsigned char * | buf, | ||
| size_t | len | ||
| ) |
Read and process the first round message (TLS: contents of the Client/ServerHello extension, excluding extension type and length bytes).
| ctx | The ECJPAKE context to use. This must be initialized and set up. |
| buf | The buffer holding the first round message. This must be a readable buffer of length len Bytes. |
| len | The length in Bytes of buf . |
0
if successful. | int mbedtls_ecjpake_read_round_two | ( | mbedtls_ecjpake_context * | ctx, |
| const unsigned char * | buf, | ||
| size_t | len | ||
| ) |
Read and process the second round message (TLS: contents of the Client/ServerKeyExchange).
| ctx | The ECJPAKE context to use. This must be initialized and set up and already have performed round one. |
| buf | The buffer holding the second round message. This must be a readable buffer of length len Bytes. |
| len | The length in Bytes of buf . |
0
if successful. | int mbedtls_ecjpake_self_test | ( | int | verbose | ) |
Checkup routine.
| int mbedtls_ecjpake_setup | ( | mbedtls_ecjpake_context * | ctx, |
| mbedtls_ecjpake_role | role, | ||
| mbedtls_md_type_t | hash, | ||
| mbedtls_ecp_group_id | curve, | ||
| const unsigned char * | secret, | ||
| size_t | len | ||
| ) |
Set up an ECJPAKE context for use.
| ctx | The ECJPAKE context to set up. This must be initialized. |
| role | The role of the caller. This must be either MBEDTLS_ECJPAKE_CLIENT or MBEDTLS_ECJPAKE_SERVER. |
| hash | The identifier of the hash function to use, for example MBEDTLS_MD_SHA256. |
| curve | The identifier of the elliptic curve to use, for example MBEDTLS_ECP_DP_SECP256R1. |
| secret | The pre-shared secret (passphrase). This must be a readable buffer of length len Bytes. It need only be valid for the duration of this call. |
| len | The length of the pre-shared secret secret . |
0
if successful. | int mbedtls_ecjpake_write_round_one | ( | mbedtls_ecjpake_context * | ctx, |
| unsigned char * | buf, | ||
| size_t | len, | ||
| size_t * | olen, | ||
| int(*)(void *, unsigned char *, size_t) | f_rng, | ||
| void * | p_rng | ||
| ) |
Generate and write the first round message (TLS: contents of the Client/ServerHello extension, excluding extension type and length bytes).
| ctx | The ECJPAKE context to use. This must be initialized and set up. |
| buf | The buffer to write the contents to. This must be a writable buffer of length len Bytes. |
| len | The length of buf in Bytes. |
| olen | The address at which to store the total number of Bytes written to buf . This must not be NULL . |
| f_rng | The RNG function to use. This must not be NULL . |
| p_rng | The RNG parameter to be passed to f_rng . This may be NULL if f_rng doesn't use a context. |
0
if successful. | int mbedtls_ecjpake_write_round_two | ( | mbedtls_ecjpake_context * | ctx, |
| unsigned char * | buf, | ||
| size_t | len, | ||
| size_t * | olen, | ||
| int(*)(void *, unsigned char *, size_t) | f_rng, | ||
| void * | p_rng | ||
| ) |
Generate and write the second round message (TLS: contents of the Client/ServerKeyExchange).
| ctx | The ECJPAKE context to use. This must be initialized, set up, and already have performed round one. |
| buf | The buffer to write the round two contents to. This must be a writable buffer of length len Bytes. |
| len | The size of buf in Bytes. |
| olen | The address at which to store the total number of Bytes written to buf . This must not be NULL . |
| f_rng | The RNG function to use. This must not be NULL . |
| p_rng | The RNG parameter to be passed to f_rng . This may be NULL if f_rng doesn't use a context. |
0
if successful.


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