If you are currently using a calendar and or contacts synchronization service like Google Sync or iCloud, you should pick an alternative here.
{%
include legacy/cardv2.html
title="Nextcloud"
image="/assets/img/legacy_svg/3rd-party/nextcloud.svg"
description="Nextcloud is a suite of client-server software for creating and using file hosting services. This includes calendar sync via CalDAV and contacts sync via CardDAV. Nextcloud is free and open-source, thereby allowing anyone to install and operate it without charge on a private server."
website="https://nextcloud.com/"
privacy-policy="https://nextcloud.com/privacy/"
github="https://github.com/nextcloud"
windows="https://nextcloud.com/install/"
linux="https://nextcloud.com/install/"
mac="https://nextcloud.com/install/"
freebsd="https://www.freshports.org/deskutils/nextcloudclient/"
openbsd="http://openports.se/www/nextcloud"
netbsd="http://pkgsrc.se/www/php-nextcloud"
android="https://nextcloud.com/install/"
ios="https://nextcloud.com/install/"
%}
{%
include legacy/cardv2.html
title="EteSync"
image="/assets/img/legacy_svg/3rd-party/etesync.svg"
description="EteSync is a secure, end-to-end encrypted, and privacy-respecting cloud backup and synchronization software for your personal information (e.g. contacts and calendars). There are native clients for Android, iOS, and the web, and an adapter layer for most desktop clients. It costs $24 per year to use, or you can host the server yourself for free."
website="https://www.etesync.com/"
privacy-policy="https://www.etesync.com/tos/#privacy"
github="https://github.com/etesync"
web="https://client.etesync.com/"
windows="https://github.com/etesync/etesync-dav/releases/latest"
mac="https://github.com/etesync/etesync-dav/releases/latest"
linux="https://github.com/etesync/etesync-dav/releases/latest"
freebsd="https://github.com/etesync/etesync-dav/blob/master/README.md#installation"
openbsd="https://github.com/etesync/etesync-dav/blob/master/README.md#installation"
netbsd="https://github.com/etesync/etesync-dav/blob/master/README.md#installation"
fdroid="https://f-droid.org/packages/com.etesync.syncadapter/"
googleplay="https://play.google.com/store/apps/details?id=com.etesync.syncadapter"
ios="https://apps.apple.com/us/app/apple-store/id1489574285"
%}
{%
include legacy/cardv2.html
title="Email Providers"
image="/assets/img/legacy_svg/layout/email.svg"
description='Many email providers also offer calendar and or contacts sync services. Refer to our Email Provider recommendations to choose an email provider and see if they also offer calendar and/or contacts sync.'
website="/providers/email"
%}
Worth Mentioning
-
fruux - A unified contacts/calendaring system that works across platforms and devices.
-
Cloud backups - Consider regularly exporting your calendar and or contacts and backing them up on a separate storage drive or uploading them to cloud storage (ideally after encrypting them).
-
DecSync - DecSync can be used to synchronize RSS, contacts, and calendars without a server by using file synchronization software such as Syncthing.


We are proud to be recognized as eco-friendly detailing service and leader in high quality cleaning company, we go the extra mile so that you dont have to worry about your cleaning parameters. Steam cleaning with vaporized water is a relatively new concept which is extremeiy effective and completely environmental friendly. Choosing steam is an excellent choice to clean and disinfect everything with the high temperature which actually kills and denature harmful bacteria and microorganisms. The steam cleans, deodorizes, kills allergens and sanitizes your interior as well. Our Steam wash only uses STEAM to clean your properties. which provides disinfecting services at your convenience at home or office. Easiest way to get your house, vehicles etc.. detailed at your doorstep with trained and friendly staff, equipped with best equipment. our mobile service will track the customer’s and provide service at their door step.
Our goal is to obtain 100% satisfaction with our service. No fine print. No asterisks. No worries. Our Services is the answer to excellent quality of disinfecting and detailing services with non-toxic cleaning solutions for almost everything. The new concept of steam wash has the benefits of low investment, high returns and also social commitments to all over the customers who likes to be Eco- friendly.
From the most luxurious to the basic one, we treat all the properties. similarly, working with the same enthusiasm to create a pleasant experience for our customers. By using pressurized steam, less than 5 liter of water and eco-friendly cleaning solutions we thrive to create a sustainable environment for the future generations to come. Our employees are trained and qualified to clear your doubts, while providing a satisfying service. Our courteous staff will make you appreciate, 100% ecological cleaning concept.


The default user management implementation stores user/group information in the content repository. In contrast to Jackrabbit 2.x, which by default used a single, dedicated workspace for user/group data, this data will as of Oak 1.0 be stored separately for each JCR workspace.
Consequently the UserManager associated with the editing sessions, performs all actions with this editing session. This corresponds to the behavior as defined the alternative implementation present with Jackrabbit 2.x ((see Jackrabbit 2.x UserPerWorkspaceUserManager).
A summary of all changes with respect to the former implementation present with Jackrabbit 2.x is present in the corresponding section.
The setup of builtin user and group accounts is triggered by the configured WorkspaceInitializer associated with the user management configuration (see Configuration section below).
The default user management implementation in OAK comes with an initializer that creates the following builtin user accounts:
The admin user is always being created. The ID of this user is retrieved from the user configuration parameter PARAM_ADMIN_ID, which defaults to admin.
As of OAK 1.0 however the administrator user might be created without initial password forcing the application to set the password upon start (see PARAM_OMIT_ADMIN_PW configuration parameter).
In contrast to Jackrabbit 2.x the anonymous (or guest) user is optional. Creation will be skipped if the value of the PARAM_ANONYMOUS_ID configuration parameter is null or empty.
Note, that the anonymous user will always be created without specifying a password in order to prevent regular login with SimpleCredentials. The proper way to obtain a guest session is:
Repository#login(new GuestCredentials(), wspName);
See section Authentication for further information about guest login.
The default user management implementation in Oak contains special handling for the optional group that represents the everyone principal, which is marked by the reserved principal name and by definition has all other principals as members.
This special group always contains all users/groups as member and cannot be edited with user management API. As of OAK this fact is consistently reflected in all group membership related methods. See also Principal Management.
Oak 1.0 comes with a default XPATH based implementation of the QueryBuilder interface which is passed to the query upon calling UserManager#findAuthorizables(Query).
See section Group Membership for details.
Due to the nature of the UserManager (see above) we decided to drop the auto-save behavior in the default implementation present with OAK. Consequently,
See also PARAM_SUPPORT_AUTOSAVE below; while this should not be needed if application code has been written against the Jackrabbit API (and thus testing if auto-save mode is enabled or not) this configuration option can be used as last resort.
As of Oak 1.0 user and group nodes can be imported both with Session and Workspace import. Other differences compared to Jackrabbit 2.x:
Since Oak 1.1.0 the default user management and authentication implementation provides password expiry and initial password change.
By default these features are disabled. See section Password Expiry and Force Initial Password Change for details.
Since Oak 1.3.3 the default user management implementation provides password history support. By default this feature is disabled.
See section Password History for details.
The following block lists the built-in node types related to user management tasks:
[rep:Authorizable] > mix:referenceable, nt:hierarchyNode abstract + * (nt:base) = nt:unstructured VERSION - rep:principalName (STRING) protected mandatory - rep:authorizableId (STRING) protected /* @since oak 1.0 */ - * (UNDEFINED) - * (UNDEFINED) multiple [rep:User] > rep:Authorizable, rep:Impersonatable + rep:pwd (rep:Password) = rep:Password protected /* @since oak 1.1.0 */ - rep:password (STRING) protected - rep:disabled (STRING) protected [rep:SystemUser] > rep:User /* @since oak 1.1.0 */ [rep:Impersonatable] mixin - rep:impersonators (STRING) protected multiple /* @since oak 1.1.0 */ [rep:Password] - * (UNDEFINED) protected - * (UNDEFINED) protected multiple [rep:Group] > rep:Authorizable, rep:MemberReferences + rep:members (rep:Members) = rep:Members multiple protected VERSION /* @deprecated since oak 1.0 */ + rep:membersList (rep:MemberReferencesList) = rep:MemberReferencesList protected COPY /* @since oak 1.0 */ [rep:AuthorizableFolder] > nt:hierarchyNode + * (rep:Authorizable) = rep:User VERSION + * (rep:AuthorizableFolder) = rep:AuthorizableFolder VERSION /* @since oak 1.0 */ [rep:MemberReferences] - rep:members (WEAKREFERENCE) protected multiple < 'rep:Authorizable' /* @since oak 1.0 */ [rep:MemberReferencesList] + * (rep:MemberReferences) = rep:MemberReferences protected COPY /* @deprecated since oak 1.0 */ [rep:Members] orderable + * (rep:Members) = rep:Members protected multiple - * (WEAKREFERENCE) protected < 'rep:Authorizable'
The consistency of this content structure is asserted by a dedicated UserValidator. The corresponding errors are all of type Constraint with the following codes:
| Code | Message |
|---|---|
| 0020 | Admin user cannot be disabled |
| 0021 | Invalid jcr:uuid for authorizable (creation) |
| 0022 | Changing Id, principal name after creation |
| 0023 | Invalid jcr:uuid for authorizable (mod) |
| 0024 | Password may not be plain text |
| 0025 | Attempt to remove id, principalname or pw |
| 0026 | Mandatory property rep:principalName missing |
| 0027 | The admin user cannot be removed |
| 0028 | Attempt to create outside of configured scope |
| 0029 | Intermediate folders not rep:AuthorizableFolder |
| 0030 | Missing uuid for group (check for cyclic membership) |
| 0032 | Attempt to set password with system user |
| 0033 | Attempt to add rep:pwd node to a system user |
The following user management specific methods are present with the UserConfiguration as of OAK 1.0:
| Parameter | Type | Default |
|---|---|---|
| PARAM_ADMIN_ID | String | “admin” |
| PARAM_OMIT_ADMIN_PW | boolean | false |
| PARAM_ANONYMOUS_ID | String | “anonymous” (nullable) |
| PARAM_USER_PATH | String | “/rep:security/rep:authorizables/rep:users” |
| PARAM_GROUP_PATH | String | “/rep:security/rep:authorizables/rep:groups” |
| PARAM_DEFAULT_DEPTH | int | 2 |
| PARAM_PASSWORD_HASH_ALGORITHM | String | “SHA-256” |
| PARAM_PASSWORD_HASH_ITERATIONS | int | 1000 |
| PARAM_PASSWORD_SALT_SIZE | int | 8 |
| PARAM_AUTHORIZABLE_NODE_NAME | AuthorizableNodeName | AuthorizableNodeName#DEFAULT |
| PARAM_AUTHORIZABLE_ACTION_PROVIDER | AuthorizableActionProvider | DefaultAuthorizableActionProvider |
| PARAM_SUPPORT_AUTOSAVE | boolean | false |
| PARAM_IMPORT_BEHAVIOR | String (“abort”, “ignore”, “besteffort”) | “ignore” |
| PARAM_PASSWORD_MAX_AGE | int | 0 |
| PARAM_PASSWORD_INITIAL_CHANGE | boolean | false |
| PARAM_PASSWORD_HISTORY_SIZE | int (upper limit: 1000) | 0 |
| PARAM_CACHE_EXPIRATION | long | 0 |
| PARAM_ENABLE_RFC7613_USERCASE_MAPPED_PROFILE | boolean | false |
The following configuration parameters present with the default implementation in Jackrabbit 2.x are no longer supported and will be ignored:
The optional cacheExpiration configuration option listed above is discussed in detail in section Caching Results of Principal Resolution. It is not related to user management s.str. but affects the implementation specific PrincipalProvider implementation exposed by UserConfiguration.getUserPrincipalProvider.
Within the default user management implementation the following parts can be modified or extended at runtime by providing corresponding OSGi services or passing appropriate configuration parameters exposing the custom implementations:
Since Oak 1.1.5 the default user management implementation allows to configure and thus replace the default UserAuthenticationFactory, which links the user management implementation with the authentication (specifically the uid/pw-login) as it exposes the Authentication implementation to be used for verification of the specified credentials according to details provided by a given user management implementation.
@Component() @Service(UserAuthenticationFactory.class) public class MyUserAuthenticationFactory implements UserAuthenticationFactory { private Set<String> ids = Collections.emptySet(); public MyUserAuthenticationFactory() {} //--------------------------------------< UserAuthenticationFactory >--- @Override Authentication getAuthentication(@Nonnull UserConfiguration configuration, @Nonnull Root root, @Nullable String userId) { final boolean canAuthenticate = (userId != null && ids.contains(userId)); return new Authentication() { @Override public boolean authenticate(@Nullable Credentials credentials) { return canAuthenticate; } }; } //------------------------------------------------< SCR Integration >--- @Activate private void activate(Map<String, Object> properties) { ids = ImmutableSet.copyOf(PropertiesUtil.toStringArray(properties.get("ids"), new String[0])); } }


class TightClusterer extends AnyRef
The TightClusterer
class uses tight clustering to eliminate points that
do not not fit well in any cluster.
- Alphabetic
- By Inheritance
- TightClusterer
- AnyRef
- Any
- Hide All
- Show All
- Public
- All
Instance Constructors
-
new
TightClusterer(x: MatrixD, k0: Int, kmin: Int, s: Int = 0)
- x
the vectors/points to be clustered stored as rows of a matrix
- k0
the number of clusters to make
- kmin
the minimum number of clusters to make
- s
the random number stream (to vary the clusters made)
Value Members
-
final
def
!=(arg0: Any): Boolean
- Definition Classes
- AnyRef → Any
-
final
def
##(): Int
- Definition Classes
- AnyRef → Any
-
final
def
==(arg0: Any): Boolean
- Definition Classes
- AnyRef → Any
-
final
def
asInstanceOf[T0]: T0
- Definition Classes
- Any
-
def
clone(): AnyRef
- Attributes
- protected[java.lang]
- Definition Classes
- AnyRef
- Annotations
- @throws( ... )
-
def
cluster(): ArrayBuffer[Set[Int]]
Given a set of points/vectors, put them in clusters, returning the cluster assignment vector.
Given a set of points/vectors, put them in clusters, returning the cluster assignment vector. A basic goal is to minimize the sum of the distances between points within each cluster.
-
def
computeMeanComembership(k: Int): MatrixD
Compute the mean comembership matrix by averaging results from several subsamples.
-
def
createSubsample(): (MatrixD, Array[Int])
Create a new random subsample.
-
final
def
eq(arg0: AnyRef): Boolean
- Definition Classes
- AnyRef
-
def
equals(arg0: Any): Boolean
- Definition Classes
- AnyRef → Any
-
def
finalize(): Unit
- Attributes
- protected[java.lang]
- Definition Classes
- AnyRef
- Annotations
- @throws( classOf[java.lang.Throwable] )
-
def
findStable(topClubs: Array[ArrayBuffer[Set[Int]]]): (Int, Set[Int])
Find a the first tight and stable cluster from the top candidate clubs.
Find a the first tight and stable cluster from the top candidate clubs. To be stable, a club must have a similar club at the next level (next k value).
- topClubs
the top clubs for each level to be search for stable clusters
-
def
formCandidateClusters(md: MatrixD): ArrayBuffer[Set[Int]]
Form candidate clusters by collecting points with high average comembership scores together in clusters (clubs).
Form candidate clusters by collecting points with high average comembership scores together in clusters (clubs).
- md
the mean comembership matrix
-
final
def
getClass(): Class[_]
- Definition Classes
- AnyRef → Any
-
def
hashCode(): Int
- Definition Classes
- AnyRef → Any
-
final
def
isInstanceOf[T0]: Boolean
- Definition Classes
- Any
-
final
def
ne(arg0: AnyRef): Boolean
- Definition Classes
- AnyRef
-
final
def
notify(): Unit
- Definition Classes
- AnyRef
-
final
def
notifyAll(): Unit
- Definition Classes
- AnyRef
-
def
orderBySize(clubs: ArrayBuffer[Set[Int]]): Array[Int]
Order the clubs (candidate clusters) by size, returning the rank order (largest first).
Order the clubs (candidate clusters) by size, returning the rank order (largest first).
- clubs
the candidate clusters
-
def
pickTopQ(clubs: ArrayBuffer[Set[Int]], order: Array[Int]): ArrayBuffer[Set[Int]]
Pick the top q clubs based on club size.
Pick the top q clubs based on club size.
- clubs
all the clubs (candidate clusters)
- order
the rank order (by club size) of all the clubs
-
def
selectCandidateClusters(k: Int): (ArrayBuffer[Set[Int]], Array[Int])
Select candidates for tight clusters in the K-means algorithm for a given number of clusters 'k'.
Select candidates for tight clusters in the K-means algorithm for a given number of clusters 'k'. This corresponds to Algorithm A in the paper/URL.
- k
the number of clusters
-
def
sim(c1: Set[Int], c2: Set[Int]): Double
Compute the similarity of two clubs as the ratio of the size of their intersection to their union.
Compute the similarity of two clubs as the ratio of the size of their intersection to their union.
- c1
the first club
- c2
the second club
-
final
def
synchronized[T0](arg0: ⇒ T0): T0
- Definition Classes
- AnyRef
-
def
toString(): String
- Definition Classes
- AnyRef → Any
-
final
def
wait(): Unit
- Definition Classes
- AnyRef
- Annotations
- @throws( ... )
-
final
def
wait(arg0: Long, arg1: Int): Unit
- Definition Classes
- AnyRef
- Annotations
- @throws( ... )
-
final
def
wait(arg0: Long): Unit
- Definition Classes
- AnyRef
- Annotations
- @throws( ... )


QRemoteObjectHost Class
A (Host) Node on a Qt Remote Objects network. More...
| Header: | #include <QRemoteObjectHost> |
| qmake: | QT += remoteobjects |
| Inherits: | QRemoteObjectHostBase |
Public Functions
| QRemoteObjectHost(QObject *parent = nullptr) | |
| QRemoteObjectHost(const QUrl &address, const QUrl ®istryAddress = QUrl(), QObject *parent = nullptr) | |
| QRemoteObjectHost(const QUrl &address, QObject *parent) | |
| virtual | ~QRemoteObjectHost() |
Reimplemented Public Functions
| virtual QUrl | hostUrl() const override |
| virtual bool | setHostUrl(const QUrl &hostAddress) override |
- 5 public functions inherited from QRemoteObjectHostBase
- 14 public functions inherited from QRemoteObjectNode
- 32 public functions inherited from QObject
Additional Inherited Members
- 1 property inherited from QRemoteObjectNode
- 1 property inherited from QObject
- 1 public slot inherited from QObject
- 3 signals inherited from QRemoteObjectNode
- 2 signals inherited from QObject
- 1 public variable inherited from QObject
- 10 static public members inherited from QObject
- 9 protected functions inherited from QObject
- 2 protected variables inherited from QObject
Detailed Description
A (Host) Node on a Qt Remote Objects network.
The QRemoteObjectHost class provides an entry point to a QtRemoteObjects network. A network can be as simple as two nodes, or an arbitrarily complex set of processes and devices.
QRemoteObjectHosts have the same capabilities as QRemoteObjectNodes, but they can also be connected to and can share source objects on the network.
Nodes may connect to each other directly using connectToNode, or they can use the QRemoteObjectRegistry to simplify connections.
The QRemoteObjectRegistry is a special replica available to every node that connects to the uegistry Url. It knows how to connect to every QRemoteObjectSource object on the network.
See also QRemoteObjectNode and QRemoteObjectRegistryHost.
Member Function Documentation
QRemoteObjectHost::QRemoteObjectHost(QObject *parent = nullptr)
Constructs a new QRemoteObjectHost Node (i.e., a Node that supports exposing Source objects on the QtRO network) with the given parent. This constructor is meant specific to support QML in the future as it will not be available to connect to until setHostUrl() is called.
See also setHostUrl() and setRegistryUrl().
QRemoteObjectHost::QRemoteObjectHost(const QUrl &address, const QUrl ®istryAddress = QUrl(), QObject *parent = nullptr)
Constructs a new QRemoteObjectHost Node (i.e., a Node that supports exposing Source objects on the QtRO network) with address address. If set, registryAddress will be used to connect to the QRemoteObjectRegistry at the provided address.
See also setHostUrl() and setRegistryUrl().
QRemoteObjectHost::QRemoteObjectHost(const QUrl &address, QObject *parent)
Constructs a new QRemoteObjectHost Node (i.e., a Node that supports exposing Source objects on the QtRO network) with a url of address and the given parent. This overload is provided as a convenience for specifying a QObject parent without providing a registry address.
See also setHostUrl() and setRegistryUrl().
[virtual]
QRemoteObjectHost::~QRemoteObjectHost()
Destroys the instance of QRemoteObjectHost. The destructor is virtual.
[override virtual]
QUrl QRemoteObjectHost::hostUrl() const
Returns the host address for the QRemoteObjectNode as a QUrl. If the Node is not a Host node, it return an empty QUrl.
See also setHostUrl().
[override virtual]
bool QRemoteObjectHost::setHostUrl(const QUrl &hostAddress)
Sets the hostAddress for a host QRemoteObjectNode.
Returns true
if the Host address is set, otherwise false
.
See also hostUrl().


gunjindude wrote:
I have read through the suggested solutions for the known issues but, unfortunately, i think they were created for an older version of Firefox - most of them don't make sense for Firefox 24's options (which is what I assume they mean when they say "settings") menu...
"Firefox Settings" = Tools > Options (or Settings, idk in english).
For javascript settings, this is has been removed from lasts Fx options, but you can find in "about:config" (type that on url bar) .
Disable or replace context menus:
Uncheck this option/preference to prevent web pages from disabling or changing the Firefox context menu.
In about:config:
dom.event.contextmenu.enabled
(default=true, set to false to block sites)
Or install this extension:
https://addons.mozilla.org/en-US/firefox/addon/settingsanity/
Need to be true to BBLogs works.
Is hard to maintain updated Know Issues and all settings across the browsers. I know Firefox 'cause i follow Firefox maillist and change codes, but i don't know nothing about Chrome.


It's bleedin' tasty!
Choose your meal
{{item.itemName}}
- {{item.itemStat}}
- Contains {{lactose}}
- {{lactoseFree}}
- Contains {{gluten}}
- {{glutenFree}}
Customer details
Provide your information here div>
Delivery information:
Customer info
Name: {{firstname}}Email: {{email}}
Payment option: {{orderpayment}}
Gender: {{gender}}
Order Summary
{{localOrder}}May it be of great taste.


My name is Cara Sudler. I attend Parkway Center City. I started drawing since I like was six years old. It started from copying picture from a coloring book to being able to draw on a canvas. When I draw and listen to music, it's my way of getting away from the world. Then I started expanding my art by drawing on people and shoes. My twin sister always let me draw on her, it was like I was giving her a tattoo hilarious right. The first pair of shoes I drew on was my timberlands.
They caught a lot of attend and I was proud of myself. Then I started drawing on my family memebers shoes. So basically i can draw on any and everything. Now people started to ask if i could draw them tattoos, I've thought about being a tattoo artist.


"To bring inspiration and innovation to every athlete in the world"
Our Vision"We will provide branded products and services of superior quality and value that improve the lives of the world’s consumers"
Our MissionWe provide broad range of buy and selling in the industry of textile, cosmetics, gift items, electronic and electric items etc.., retail and wholesale. We serve for the successful development of small business and medium entrepreneurial industry as well as we assist entrepreneurial sector, through the growth stages and toward business development, ensuring regulatory compliance along the way. With over 38 years of experience we have built up a wealth of knowledge in our field and we are operating with six branches with fame in the textile industry in the North Central Province, and Central Province to be noted. We are renowned for our extensive service. All of our services are here to satisfy the customer needs and wants with a variety of choices where our motto is “everything is for your choice”. Our head office is located at no. 32, Main Street, Kekirawa, and we are working with an expert team of business consultants who are very motivated and have made us building up a solid reputation with our customers due to our professional and personal service.
Our Service


My name is Eric and im 20 years old. I have always liked the way the computers work since I was young.I speak sheng, english,swahili, and french.I love coding.
Designer and a Back-end developer
I like creating awesome websites and programming their functionality. Take a look around my portfolio. You can also contact me through the contact section
javascript is an awesome language which enables users to interact with a website.
Html is a markup language and is
css makes the page more appealing through adding colours and other features


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Class: Caman
| Defined in: | src/core/caman.coffee |
| Inherits: | Module |
Overview
Here it begins. Caman is defined. There are many different initialization for Caman, which are described on the Guides.
Initialization is tricky because we need to make sure everything we need is actually fully loaded in the DOM before proceeding. When initialized on an image, we need to make sure that the image is done loading before converting it to a canvas element and writing the pixel data. If we do this prematurely, the browser will throw a DOM Error, and chaos will ensue. In the event that we initialize Caman on a canvas element while specifying an image URL, we need to create a new image element, load the image, then continue with initialization.
The main goal for Caman was simplicity, so all of this is handled transparently to the end-user.
Property Summary
- (Boolean) DEBUG
-
Debug mode enables console logging.

Instance Method Summary
- - (Caman) constructor() Constructor The Caman function.
- - (void) domIsLoaded(cb) Checks to ensure the DOM is loaded.
- - (void) parseArguments(args) Parses the arguments given to the Caman function, and sets the appropriate properties on this instance.
- - (void) setInitObject(obj) Sets the initialization object for this instance.
- - (void) setup() Begins the setup process, which differs depending on whether we're in NodeJS, or if an image or canvas object was provided.
- - (void) initNode() Initialization function for NodeJS.
- - (void) readFromHttp(url, callback)
- - (void) nodeFileReady(err, data) Bound
- - (void) initImage() Initialization function for the browser and image objects.
- - (void) initCanvas() Initialization function for the browser and canvas objects.
- - (void) imageAdjustments() Automatically check for a HiDPI capable screen and swap out the image if possible.
- - (void) waitForImageLoaded() Utility function that fires Caman#imageLoaded once the image is finished loading.
- - (Boolean) isImageLoaded() Checks if the given image is finished loading.
- - (Number) imageWidth() Internet Explorer has issues figuring out image dimensions when they aren't explicitly defined, apparently.
- - (Number) imageHeight()
- - (void) imageLoaded() Function that is called once the initialization image is finished loading.
- - (void) finishInit() Final step of initialization.
- - (void) reloadCanvasData() If you have a separate context reference to this canvas outside of CamanJS and you make a change to the canvas outside of CamanJS, you will have to call this function to update our context reference to include those changes.
- - (void) resetOriginalPixelData() Reset the canvas pixels to the original state at initialization.
- - (Boolean) hasId() Does this instance have an ID assigned?
- - (void) assignId() Assign a unique ID to this instance.
- - (Boolean) hiDPIDisabled() Is HiDPI support disabled via the HTML data attribute?
- - (void) hiDPIAdjustments() Perform HiDPI adjustments to the canvas.
- - (Number) hiDPIRatio() Calculate the HiDPI ratio of this display based on the backing store and the pixel ratio.
- - (Boolean) hiDPICapable() Is this display HiDPI capable?
- - (Boolean) needsHiDPISwap() Do we need to perform an image swap with a HiDPI image?
- - (String) hiDPIReplacement() Gets the HiDPI replacement for the initialization image.
- - (void) replaceCanvas(newCanvas) Replaces the current canvas with a new one, and properly updates all of the applicable references for this instance.
- - (void) render(callback = function() {}) Begins the rendering process.
- - (void) revert(updateContext = true) Reverts the canvas back to it's original state while maintaining any cropped or resized dimensions.
- - (void) reset() Completely resets the canvas back to it's original state.
- - (Array) originalVisiblePixels() Returns the original pixel data while maintaining any cropping or resizing that may have occured.
- - (Caman) process(name, processFn) Pushes the filter callback that modifies the RGBA object into the render queue.
- - (Caman) processKernel(name, adjust, divisor = null, bias = 0) Pushes the kernel into the render queue.
- - (Caman) processPlugin(plugin, args) Adds a standalone plugin into the render queue.
- - (Caman) newLayer(callback) Pushes a new layer operation into the render queue and calls the layer callback.
- - (void) executeLayer(layer) Pushes the layer context and moves to the next operation.
- - (void) pushContext(layer) Set all of the relevant data to the new layer.
- - (void) popContext() Restore the previous layer context.
- - (void) applyCurrentLayer() Applies the current layer to its parent layer.

Constructor Details
- (Caman) Caman(initializer)
- (Caman) Caman(initializer, callback)
- (Caman) Caman(initializer, url)
- (Caman) Caman(initializer, url, callback)
- (Caman) Caman(file)
- (Caman) Caman(file, callback)
The Caman function. While technically a constructor, it was made to be called without
the new
keyword. Caman will figure it out.
Instance Method Details
- (void) domIsLoaded(cb)
Checks to ensure the DOM is loaded. Ensures the callback is always fired, even if the DOM is already loaded before it's invoked. The callback is also always called asynchronously.
- (void) parseArguments(args)
Parses the arguments given to the Caman function, and sets the appropriate properties on this instance.
@params [Array] args Array of arguments passed to Caman.
- (void) setInitObject(obj)
Sets the initialization object for this instance.
- (void) setup()
Begins the setup process, which differs depending on whether we're in NodeJS, or if an image or canvas object was provided.
- (void) initNode()
Initialization function for NodeJS.
- (void) readFromHttp(url, callback)
- (void) nodeFileReady(err, data) (bound)
- (void) initImage()
Initialization function for the browser and image objects.
- (void) initCanvas()
Initialization function for the browser and canvas objects.
- (void) imageAdjustments()
Automatically check for a HiDPI capable screen and swap out the image if possible. Also checks the image URL to see if it's a cross-domain request, and attempt to proxy the image. If a cross-origin type is configured, the proxy will be ignored.
- (void) waitForImageLoaded()
Utility function that fires Caman#imageLoaded once the image is finished loading.
- (Boolean) isImageLoaded()
Checks if the given image is finished loading.
- (Number) imageWidth()
Internet Explorer has issues figuring out image dimensions when they aren't explicitly defined, apparently. We check the normal width/height properties first, but fall back to natural sizes if they are 0.
- (Number) imageHeight()
- (void) imageLoaded()
Function that is called once the initialization image is finished loading. We make sure that the canvas dimensions are properly set here.
- (void) finishInit()
Final step of initialization. We finish setting up our canvas element, and we draw the image to the canvas (if applicable).
- (void) reloadCanvasData()
If you have a separate context reference to this canvas outside of CamanJS and you make a change to the canvas outside of CamanJS, you will have to call this function to update our context reference to include those changes.
- (void) resetOriginalPixelData()
Reset the canvas pixels to the original state at initialization.
- (Boolean) hasId()
Does this instance have an ID assigned?
- (void) assignId()
Assign a unique ID to this instance.
- (Boolean) hiDPIDisabled()
Is HiDPI support disabled via the HTML data attribute?
- (void) hiDPIAdjustments()
Perform HiDPI adjustments to the canvas. This consists of changing the scaling and the dimensions to match that of the display.
- (Number) hiDPIRatio()
Calculate the HiDPI ratio of this display based on the backing store and the pixel ratio.
- (Boolean) hiDPICapable()
Is this display HiDPI capable?
- (Boolean) needsHiDPISwap()
Do we need to perform an image swap with a HiDPI image?
- (String) hiDPIReplacement()
Gets the HiDPI replacement for the initialization image.
- (void) replaceCanvas(newCanvas)
Replaces the current canvas with a new one, and properly updates all of the applicable references for this instance.
- (void) render(callback = function() {})
Begins the rendering process. This will execute all of the filter functions called either since initialization or the previous render.
- (void) revert(updateContext = true)
Reverts the canvas back to it's original state while maintaining any cropped or resized dimensions.
- (void) reset()
Completely resets the canvas back to it's original state. Any size adjustments will also be reset.
- (Array) originalVisiblePixels()
Returns the original pixel data while maintaining any cropping or resizing that may have occured. Warning: this is currently in beta status.
- (Caman) process(name, processFn)
Pushes the filter callback that modifies the RGBA object into the render queue.
- (Caman) processKernel(name, adjust, divisor = null, bias = 0)
Pushes the kernel into the render queue.
- (Caman) processPlugin(plugin, args)
Adds a standalone plugin into the render queue.
- (Caman) newLayer(callback)
Pushes a new layer operation into the render queue and calls the layer callback.
- (void) executeLayer(layer)
Pushes the layer context and moves to the next operation.
- (void) pushContext(layer)
Set all of the relevant data to the new layer.
- (void) popContext()
Restore the previous layer context.
- (void) applyCurrentLayer()
Applies the current layer to its parent layer.


This message will be displayed at the top of the home page.
When you're registered with your state's PTA organization, you should receive a local unit number/ID.


I'm a Design engineer who's aiming to work in robotics and automation. In addition to my profession, I like to travel and take pictures. I also enjoy watching movies and studying philosophy.


Deletes a page within the portal and sends it to the Recycle Bin. For added safety, this method will not allow deletion of pages with children, Host pages, or pages in the //Admin path.
| Flag | Value | Required | Default | Description |
|---|---|---|---|---|
| --parentid | string | See Notes | When you want to delete all child pages of a certain page, use this flag and specify the parent's Page ID. Required if --id is not specified. | |
| --id | integer | See Notes | Explicitly specifies the Page ID to delete. Use of the flag name is not required. You can simply provide the ID value as the first argument. Required if --parentid is not specified. |
delete-page 999
NOTE: At this time, Prompt will not allow you to delete any pages that have children
delete-page --parentid 999


DeviceCompleteRequest implements ArrayCopyable, Arrayable, Jsonable Uses ArrayTrait, JsonTrait
Request to Authlete's /api/device/complete API.
In the device flow (RFC 8628), an end-user accesses the verification endpoint of the authorization server where she interacts with the verification endpoint and inputs a user code. The verification endpoint checks if the user code is valid and then asks the end-user whether she approves or rejects the authorization request which the user code represents.
After the authorization server receives the decision of the end-user, it
should call Authlete's /api/device/complete
API to tell Authlete the
decision.
When the end-user was authenticated and authorization was granted to the
client by the end-user, the authorization server should call the API with
"result":"AUTHORIZED"
. In this successful case, the subject
request
parameter is mandatory. The API will update the database record so that
/api/auth/token
API can generate an access token later.
If the scope
parameter of the device authorization request included the
openid
scope, an ID token is generated. In this case, sub
, authTime
,
acr
and claims
request parameters in the API call to the
/api/device/complete
API affect the ID token.
When the authorization server receives the decision of the end-user and it
indicates that she has rejected to give authorization to the client, the
authorization server should call the API with "result":"ACCESS_DENIED"
.
In this case, the API will update the database record so that the
/api/auth/token
API can generate an error response later. If
errorDescription
and errorUri
request parameters are given to the
/api/device/complete
API, they will be used as the values of
error_description
and error_uri
response parameters in the error
response from the token endpoint.
When the authorization server could not get decision from the end-user for
some reasons, the authorization server should call the API with
"result":"TRANSACTION_FAILED"
. In this error case, the API will behave
in the same way as in the case of ACCESS_DENIED
. The only difference is
that expired_token
is used as the value of the error
response parameter
instead of access_denied
.
Tags
Interfaces, Classes and Traits
- ArrayCopyable
- Interface to declare instances can be converted into/from arrays.
- Arrayable
- Interface to declare that instances can be converted into an array.
- Jsonable
- Interface to declare that instances can be converted into JSON strings.
Table of Contents
- copyFromArray() : mixed
- Copy the content of the given array into this object.
- copyToArray() : mixed
- Copy the content of this object into the given array.
- fromArray() : static
- Convert an array into an instance of this class.
- fromJson() : static
- Convert a JSON string into an instance of this class.
- getAcr() : string
- Get the reference of the authentication context class which the end-user authentication satisfied. When this property holds a non-null value, the value will be used as the value of the `acr` claim in the ID token.
- getAuthTime() : int|string
- Get the time when the authentication of the end-user occurred.
- getClaims() : string
- Get additional claims which will be embedded in the ID token.
- getErrorDescription() : string
- Get the description of the error. This corresponds to the `error_description` property in the response to the client.
- getErrorUri() : string
- Get the URI of a document which describes the error in detail. This corresponds to the `error_uri` property in the response to the client.
- getIdtHeaderParams() : string
- Get JSON that represents additional JWS header parameters for the ID token that may be issued from the token endpoint.
- getProperties() : array<string|int, Property>
- Get the extra properties associated with the access token that will be issued.
- getResult() : DeviceCompleteResult
- Get the result of end-user authentication and authorization.
- getScopes() : array<string|int, string>
- Get scopes associated with the access token. If this property holds a non-null value, the set of scopes will be used instead of the scopes specified in the original device authorization request.
- getSub() : string
- Get the value of the `sub` claim that should be used in the ID token.
- getSubject() : string
- Get the subject (= unique identifier) of the end-user who has granted authorization to the client application. This request parameter is mandatory when the `result` property holds `DeviceCompleteResult::$AUTHORIZED`.
- getUserCode() : string
- Get the user code input by the end-user.
- setAcr() : DeviceCompleteRequest
- Set the reference of the authentication context class which the end-user authentication satisfied. When this property holds a non-null value, the value will be used as the value of the `acr` claim in the ID token.
- setAuthTime() : DeviceCompleteRequest
- Set the time when the authentication of the end-user occurred.
- setClaims() : DeviceCompleteRequest
- Set additional claims which will be embedded in the ID token.
- setErrorDescription() : DeviceCompleteRequest
- Set the description of the error. This corresponds to the `error_description` property in the response to the client.
- setErrorUri() : DeviceCompleteRequest
- Set the URI of a document which describes the error in detail. This corresponds to the `error_uri` property in the response to the client.
- setIdtHeaderParams() : DeviceCompleteRequest
- Set JSON that represents additional JWS header parameters for the ID token that may be issued from the token endpoint.
- setProperties() : DeviceCompleteRequest
- Set the extra properties associated with the access token that will be issued.
- setResult() : DeviceCompleteRequest
- Set the result of end-user authentication and authorization.
- setScopes() : DeviceCompleteRequest
- Set scopes associated with the access token. If this property holds a non-null value, the set of scopes will be used instead of the scopes specified in the original device authorization request.
- setSub() : DeviceCompleteRequest
- Set the value of the `sub` claim that should be used in the ID token.
- setSubject() : DeviceCompleteRequest
- Set the subject (= unique identifier) of the end-user who has granted authorization to the client application. This request parameter is mandatory when the `result` property holds `DeviceCompleteResult::$AUTHORIZED`.
- setUserCode() : DeviceCompleteRequest
- Set the user code input by the end-user.
- toArray() : array<string|int, mixed>
- Convert this object into an array.
- toJson() : string
- Convert this object into a JSON string.
Methods
copyFromArray()
Copy the content of the given array into this object.
public
copyFromArray(array<string|int, mixed> &$array) : mixed
Parameters
- $array : array<string|int, mixed>
Return values
mixed —copyToArray()
Copy the content of this object into the given array.
public
copyToArray(array<string|int, mixed> &$array) : mixed
Parameters
- $array : array<string|int, mixed>
Return values
mixed —fromArray()
Convert an array into an instance of this class.
public
static fromArray([array<string|int, mixed> $array = null ]) : static
This static function returns a new instance of this class.
If $array
is null
, null
is returned.
Parameters
- $array : array<string|int, mixed> = null
-
An array
Return values
static —An instance of this class.
fromJson()
Convert a JSON string into an instance of this class.
public
static fromJson(string $json) : static
This static function returns a new instance of this class.
If $json
is null
or the type of $json
is not string
,
null
is returned.
Parameters
- $json : string
-
A JSON string.
Return values
static —An instance of this class.
getAcr()
Get the reference of the authentication context class which the end-user authentication satisfied. When this property holds a non-null value, the value will be used as the value of the `acr` claim in the ID token.
public
getAcr() : string
Return values
string —The authentication context class reference.
getAuthTime()
Get the time when the authentication of the end-user occurred.
public
getAuthTime() : int|string
The value represents the elapsed time since the Unix epoch (1970-Jan-1) in seconds.
Return values
int|string —The time when the authentication of the end-user occurred.
getClaims()
Get additional claims which will be embedded in the ID token.
public
getClaims() : string
Return values
string —Additional claims in JSON format which will be embedded in the ID token.
getErrorDescription()
Get the description of the error. This corresponds to the `error_description` property in the response to the client.
public
getErrorDescription() : string
Return values
string —The description of the error.
getErrorUri()
Get the URI of a document which describes the error in detail. This corresponds to the `error_uri` property in the response to the client.
public
getErrorUri() : string
Return values
string —The URI of a document which describes the error in detail.
getIdtHeaderParams()
Get JSON that represents additional JWS header parameters for the ID token that may be issued from the token endpoint.
public
getIdtHeaderParams() : string
Tags
Return values
string —JSON that represents additional JWS header parameters for the ID token.
getProperties()
Get the extra properties associated with the access token that will be issued.
public
getProperties() : array<string|int, Property>
Return values
array<string|int, Property> —Extra properties.
getResult()
Get the result of end-user authentication and authorization.
public
getResult() : DeviceCompleteResult
Return values
DeviceCompleteResult —The result of end-user authentication and authorization.
getScopes()
Get scopes associated with the access token. If this property holds a non-null value, the set of scopes will be used instead of the scopes specified in the original device authorization request.
public
getScopes() : array<string|int, string>
Return values
array<string|int, string> —Scopes to replace the scopes specified in the original device authorization request with. If this property holds null, replacement is not performed.
getSub()
Get the value of the `sub` claim that should be used in the ID token.
public
getSub() : string
If this property holds null or its value is empty, the value held by
the subject
property is used as the value of the sub
claim. The
main purpose of this sub
property is to hide the actual value of
the subject from client applications.
Note that the value of the subject
request parameter is used as the
value of the subject associated with the access token regardless of
whether this sub
property is a non-empty value or not. In other words,
this sub
property affects only the sub
claim in the ID token.
Return values
string —The value of the sub
claim.
getSubject()
Get the subject (= unique identifier) of the end-user who has granted authorization to the client application. This request parameter is mandatory when the `result` property holds `DeviceCompleteResult::$AUTHORIZED`.
public
getSubject() : string
This subject
property is used as the value of the subject associated
with the access token and as the value of the sub
claim in the ID
token.
Note that, if the sub
property holds a non-null value, it is used as
the value of the sub
claim in the ID token. However, even in the case,
the value of the subject associated with the access token is still the
value of this subject
property.
Return values
string —The subject of the end-user.
getUserCode()
Get the user code input by the end-user.
public
getUserCode() : string
Return values
string —The user code.
setAcr()
Set the reference of the authentication context class which the end-user authentication satisfied. When this property holds a non-null value, the value will be used as the value of the `acr` claim in the ID token.
public
setAcr(string $acr) : DeviceCompleteRequest
Parameters
- $acr : string
-
The authentication context class reference.
Return values
DeviceCompleteRequest —$this
object.
setAuthTime()
Set the time when the authentication of the end-user occurred.
public
setAuthTime(int|string $authTime) : DeviceCompleteRequest
The value should represent the elapsed time since the Unix epoch (1970-Jan-1) in seconds.
Parameters
- $authTime : int|string
-
The time when the authentication of the end-user occurred.
Return values
DeviceCompleteRequest —$this
object.
setClaims()
Set additional claims which will be embedded in the ID token.
public
setClaims(string $claims) : DeviceCompleteRequest
The authorization server implementation is required to retrieve values of requested claims of the end-user from its database and format them in JSON format.
For example, if given_name
claim, family_name
claim and email
claim are requested, the authorization server implementation should
generate a JSON object like the following:
{
"given_name": "Takahiko",
"family_name": "Kawasaki",
"email"<EMAIL_ADDRESS>}
and set its string representation by this method.
See 5.1. Standard Claims in OpenID Connect Core 1.0 for details about the format.
Parameters
- $claims : string
-
Additional claims in JSON format which will be embedded in the ID token.
Return values
DeviceCompleteRequest —$this
object.
setErrorDescription()
Set the description of the error. This corresponds to the `error_description` property in the response to the client.
public
setErrorDescription(string $description) : DeviceCompleteRequest
If this optional request parameter is given, its value is used as the
value of the error_description
property, but it is used only when
the result is not AUTHORIZED
.
To comply with the specification strictly, the description must not include characters outside the set %x20-21 / %x23-5B / %x5D-7E.
Parameters
- $description : string
-
The description of the error.
Return values
DeviceCompleteRequest —$this
object.
setErrorUri()
Set the URI of a document which describes the error in detail. This corresponds to the `error_uri` property in the response to the client.
public
setErrorUri(string $uri) : DeviceCompleteRequest
If this optional request parameter is given, its value is used as the
value of the error_uri
property, but it is used only when the result
is not AUTHORIZED
.
Parameters
- $uri : string
-
The URI of a document which describes the error in detail.
Return values
DeviceCompleteRequest —$this
object.
setIdtHeaderParams()
Set JSON that represents additional JWS header parameters for the ID token that may be issued from the token endpoint.
public
setIdtHeaderParams(string $params) : DeviceCompleteRequest
Parameters
- $params : string
-
JSON that represents additional JWS header parameters for the ID token.
Tags
Return values
DeviceCompleteRequest —$this
object.
setProperties()
Set the extra properties associated with the access token that will be issued.
public
setProperties([array<string|int, mixed> $properties = null ]) : DeviceCompleteRequest
Keys of extra properties will be used as labels of top-level entries
in a JSON response returned from the authorization server. An example
is example_parameter
, which you can find in
5.1. Successful Response
in RFC 6749. The following code snippet is an example to set one extra
property having example_parameter
as its key and example_value
as
its value.
$properties = array(
new Property('example_parameter', 'example_value')
);
$request->setProperties($properties);
Note that there is an upper limit on the total size of extra properties. On Authlete side, the properties will be (1) converted to a multidimensional string array, (2) converted to JSON, (3) encrypted by AES/CBC/PKCS5Padding, (4) encoded by base64url, and then stored into the database. The length of the resultant string must not exceed 65,535 in bytes. This is the upper limit, but we think it is big enough.
Parameters
- $properties : array<string|int, mixed> = null
-
Extra properties.
Return values
DeviceCompleteRequest —$this
object.
setResult()
Set the result of end-user authentication and authorization.
public
setResult([DeviceCompleteResult $result = null ]) : DeviceCompleteRequest
This request parameter is mandatory.
Parameters
- $result : DeviceCompleteResult = null
-
The result of end-user authentication and authorization.
Return values
DeviceCompleteRequest —$this
object.
setScopes()
Set scopes associated with the access token. If this property holds a non-null value, the set of scopes will be used instead of the scopes specified in the original device authorization request.
public
setScopes([array<string|int, mixed> $scopes = null ]) : DeviceCompleteRequest
Scopes that are not included in the original request can be included.
Parameters
- $scopes : array<string|int, mixed> = null
-
Scopes to replace the scopes specified in the original device authorization request with. If this property holds null, replacement is not performed.
Return values
DeviceCompleteRequest —$this
object.
setSub()
Set the value of the `sub` claim that should be used in the ID token.
public
setSub(string $sub) : DeviceCompleteRequest
If this property holds null or its value is empty, the value held by
the subject
property is used as the value of the sub
claim. The
main purpose of this sub
property is to hide the actual value of
the subject from client applications.
Note that the value of the subject
request parameter is used as the
value of the subject associated with the access token regardless of
whether this sub
property is a non-empty value or not. In other words,
this sub
property affects only the sub
claim in the ID token.
Parameters
- $sub : string
-
The value of the
sub
claim.
Return values
DeviceCompleteRequest —$this
object.
setSubject()
Set the subject (= unique identifier) of the end-user who has granted authorization to the client application. This request parameter is mandatory when the `result` property holds `DeviceCompleteResult::$AUTHORIZED`.
public
setSubject(string $subject) : DeviceCompleteRequest
This subject
property is used as the value of the subject associated
with the access token and as the value of the sub
claim in the ID
token.
Note that, if the sub
property holds a non-null value, it is used as
the value of the sub
claim in the ID token. However, even in the case,
the value of the subject associated with the access token is still the
value of this subject
property.
Parameters
- $subject : string
-
The subject of the end-user.
Return values
DeviceCompleteRequest —$this
object.
setUserCode()
Set the user code input by the end-user.
public
setUserCode(string $code) : DeviceCompleteRequest
This request parameter is mandatory.
Parameters
- $code : string
-
The user code.
Return values
DeviceCompleteRequest —$this
object.
toArray()
Convert this object into an array.
public
toArray() : array<string|int, mixed>
Return values
array<string|int, mixed> —An array.
toJson()
Convert this object into a JSON string.
public
toJson(int $options) : string
Parameters
- $options : int
-
Options passed to
json_encode()
. This parameter is optional and its default value is 0.
Return values
string —A JSON string.


CrimPapers
Articles published on 18 July 2018
On 18 July 2018, 5 new articles were published in 4 journals.
Book Review of Boko Haram: the History of An African Jihadist Movement, By Alexander Thurston, Princeton, Nj, Princeton University Press, 2017, 352 Pp., Isbn<PHONE_NUMBER>248 by Joshua Akintayo
Why People Who Have Sex With Animals Believe That It Is Their Sexual Orientation—a Grounded Theory Study of Online Communities of Zoophiles by Damian Jacob Sendler
Analysis of Herman Goldstein Problem-Oriented Policing Awards From 1993-2017
Sophie Body-Gendrot and Catherine Wihtol de Wenden (2014). Policing the Inner City in France, Britain, and the Us
Measuring the Effect of Body-Worn Cameras on Complaints in Latin America


| 1 | package fr.sii.ogham.testing.extension.spock; | |
| 2 | ||
| 3 | import org.spockframework.runtime.extension.AbstractAnnotationDrivenExtension; | |
| 4 | import org.spockframework.runtime.model.FeatureInfo; | |
| 5 | import org.spockframework.runtime.model.MethodInfo; | |
| 6 | import org.spockframework.runtime.model.SpecInfo; | |
| 7 | ||
| 8 | import fr.sii.ogham.testing.extension.common.LogTestInformation; | |
| 9 | ||
| 10 | /** | |
| 11 | * Register {@link LoggingTestInterceptor} for tests annotated with | |
| 12 | * {@link LogTestInformation} annotation. | |
| 13 | * | |
| 14 | * @author Aurélien Baudet | |
| 15 | * | |
| 16 | */ | |
| 17 |
2
1. visitFixtureAnnotation : All method instructions removed → NO_COVERAGE 2. visitSpecAnnotation : All method instructions removed → NO_COVERAGE |
public class LoggingTestExtension extends AbstractAnnotationDrivenExtension<LogTestInformation> { |
| 18 | ||
| 19 | @Override | |
| 20 | public void visitSpecAnnotation(LogTestInformation annotation, SpecInfo spec) { | |
| 21 |
5
1. visitSpecAnnotation : All method instructions removed → NO_COVERAGE 2. visitSpecAnnotation : All method instructions removed → SURVIVED 3. visitSpecAnnotation : All method instructions removed → SURVIVED 4. visitSpecAnnotation : All method instructions removed → SURVIVED 5. visitSpecAnnotation : All method instructions removed → SURVIVED |
for (FeatureInfo feature : spec.getFeatures()) { |
| 22 | if (!feature.getFeatureMethod().getReflection().isAnnotationPresent(LogTestInformation.class)) { | |
| 23 | intercept(annotation, feature.getFeatureMethod()); | |
| 24 | } | |
| 25 | } | |
| 26 | } | |
| 27 | ||
| 28 | @Override | |
| 29 | public void visitFixtureAnnotation(LogTestInformation annotation, MethodInfo fixtureMethod) { | |
| 30 |
1
1. visitFixtureAnnotation : All method instructions removed → NO_COVERAGE |
intercept(annotation, fixtureMethod); |
| 31 | } | |
| 32 | ||
| 33 | ||
| 34 | private static void intercept(LogTestInformation annotation, MethodInfo methodInfo) { | |
| 35 | try { | |
| 36 |
5
1. intercept : All method instructions removed → SURVIVED 2. intercept : All method instructions removed → SURVIVED 3. intercept : All method instructions removed → SURVIVED 4. intercept : All method instructions removed → NO_COVERAGE 5. intercept : All method instructions removed → SURVIVED |
methodInfo.addInterceptor(new LoggingTestInterceptor(annotation)); |
| 37 | } catch (InstantiationException | IllegalAccessException e) { | |
| 38 | throw new IllegalArgumentException("Failed to create logger instance", e); | |
| 39 | } | |
| 40 | } | |
| 41 | ||
| 42 | } | |
Mutations | ||
| 17 |
1.1 2.2 |
|
| 21 |
1.1 2.2 3.3 4.4 5.5 |
|
| 30 |
1.1 |
|
| 36 |
1.1 2.2 3.3 4.4 5.5 |


Markov Logic Networks
23 Oct 2019 Logic Learning Query answering Statistical relational MarkovMarkov Logic Networks (Richardson & Domingos, 2006), a.k.a. MLN, is a representation and query answering framework that combines probability and first-order logic.
Some of the interesting things about this framework:
- It does not impose language restrictions other than finiteness of domain (constants).
- It is in essence a language to specify Markov networks.
- Handles uncertainty and contradictory knowledge.
- It works well in practical cases: collective classification, link prediction and social network modeling for instance.
- It learns weights on formulas in order to answer queries in the unit interval \([0,1]\) by considering the notion of possible worlds.
Markov networks
A markov network is an undirected graph \(G=(V,E)\) where \(V\) is a set of random variables and there is an edge \((X_i,X_j) \in E\) iff random variables \(X_j\) and \(X_i\) depend on each other. Meaning, any variable is conditionally independent from all others given its neightbors.
Any distribution with strictly positive density can be decomposed in exponential form (given the independence condition above) as:
\[P(X=x) = \frac{ \exp \left( \sum\limits_{j=1}^{K} w_j f_j (x) \right) }{ \sum\limits_{x'} \exp \left( \sum\limits_{j=1}^{K} w_j f_j (x') \right) }\]In the most direct translation, there is one feature corresponding to each possible state of each clique. However, we are free to specify a much smaller number of features, as a log-linear model (at the cost of precision):
\[P(X=x) = \frac{ \exp \left( \sum\limits_{j=1}^{m} w_j f_j (x \mid_{D_j}) \right) }{ \sum\limits_{x'} \exp \left( \sum\limits_{j=1}^{m} w_j f_j (x' \mid_{D_j}) \right) }\]Where:
- Each \(D_i\) is a clique of \(G\) and \(f\) takes value 1 for some values \(y \in Val(D)\) i.e. a condition.
- \(x \mid_{D_j}\) is the vector \(x\) restricted to the variables present in \(D_j\).
Example:
Features can be learned from data, for example by greedily constructing conjunctions of atomic features (Della Pietra et al., 1997).
Network weights can be found efficiently using standard gradient-based or quasi-Newton optimization methods, because the log-likelihood is a concave function of the weights (Nocedal & Wright, 1999).
Logic and knowledge bases
Information can be represented by first-order knowledge bases, a set of closed formulas/sentences. Formulas are constructed as usual in first-order logic with a vocabulary consisting of predicate, function, variables and (finite) constant symbols.
A term is a constant, variable or function applied to other terms. An atom is a predicate applied to terms. A formula is a construct of atoms using the symbols \(\{\neg , \land , \lor , \forall , \exists , \Rightarrow \}\). A ground term/atom/formula does not contain any variables. A closed formula has no free (unquantified) variables.
A possible world assigns a truth value to each possible ground atom. A formula is satisfiable iff there exists at least one world in which it is true. A KB entails a formula \(F\) is every world that satisfies all sentences of KB, also satisfies \(F\).
Every KB in first-order logic can be converted to conjunctive normal form easily, while preserving satisfiability. Horn clauses, are clauses containing at most one positive literal.
We assume our KB is a set of Horn clauses.
Markov logic networks
In a MLN, formulas in the KB have an assigned weight. They are not seen as hard constraints, but rather as targets. The higher the weight a formulas has, the greater the difference in log probability (i.e. score) between a world that satisfies the formula and one that does not, other things being equal.
In simple terms, MLNs are an instantiation of Markov networks where the nodes (representing random variables) are ground atoms while edges represent that there is a formula where two ground atoms are present.
Formally, given \(L = \{ (F_1 , w_1) , (F_2 , w_2) , ... \}\) a set of pairs where \(F_i\) is a formula and \(w_i \in \mathbb{R}\) its weight, and \(C\) a finite set of constants, a markov logic network \(M_{L,C}=(V,E,D)\) is a markov network where:
- \(V\) contains one binary node for each atom appearing in any \(F_i\) w.r.t. \(C\).
- \((A_1,A_2) \in E\) iff there is a formula \(F_i\) such that \(A_1\) and \(A_2\) appear in it.
- \(D\) the set of features, contains one feature for each possible grounding of each formula \(F_i\) in \(L\).
Example of a grounded MLN using the KB above with set of constants \(C=\{A,B\}\):
A possible world \(x\), is a mapping from each grounded atom in the MLN to \(\{0,1\}\) representing whether that predicate is true or false. The probability distribution over possible worlds \(x\) specified by the ground Markov network \(M_{L,C}\) is given by:
Where \(n_i(x)\) is the number of true groundings of \(F_i\) in \(x\), \(x_{\{i\}}\) is the state (truth values) of the atoms appearing in \(F_i\), and \(\phi_i(x_{\{i\}}) = e^{w_i}\) .
In order to restrict the graph to be finite, MLNs assume that:
- Constants are given and finite.
- For each function appearing in \(L\), the value of that function applied to every possible tuple of arguments is an element of \(C\).
MLNs preserve entailment in the following sense:
In other words, in the limit of all equal infinite weights, the MLN represents a uniform distribution over the worlds that satisfy the KB, and all entailment queries can be answered by computing the probability of the query formula and checking whether it is 1.
However, an MLN can produce useful results even when it contains contradictions.
MLNs can answer arbitrary queries of the form “What is the probability that formula \(F_1\) holds given that formula \(F_2\) does?”:
They give an efficient implementation of inference by grounding the minimal subset of the network required for answering the query and running a Gibbs sampler over this subnetwork, with initial states found by MaxWalkSat.
Given a database, MLN weights can in principle be learned using standard methods, as follows. If the ith formula has \(n_i(x)\) true groundings in the data \(x\), then the derivative of the log-likelihood with respect to its weight is:
Where the sum is over all possible databases \(x'\).
Counting the number of true groundings of a formula in a database is intractable. But more efficient alternatives are presented in the paper. Weights are learned by optimizing a pseudo-likelihood measure using the L-BFGS algorithm, and clauses are learned using the CLAUDIEN system.
References
- Richardson, M., & Domingos, P. (2006). Markov logic networks. Machine Learning, 62(1-2), 107–136.
- Della Pietra, S., Della Pietra, V., & Lafferty, J. (1997). Inducing features of random fields. IEEE Transactions on Pattern Analysis and Machine Intelligence, 19(4), 380–393.
- Nocedal, J., & Wright, S. J. (1999). Numerical optimization, P. Glynn and SM Robinson, eds. Springer.


Sandra's seen a leprechaun, Eddie touched a troll Laurie danced with witches once, Charlie found some goblins' gold. Donald heard a mermaid sing, Susy spied an elf, But all the magic I have known I've had to make myself.


Lying abut 10 miles up the River Rio San Pedro, on the Pacific Side of Panama, this small settlement is about 20 miles due south of Santiago.
Position 7°55.3'N, 81°03.2'W.
Read Panama Formalities for detailed information on procedures for clearing into and out of Panama.
There is Immigration in the port as well as the Port Authority (Autoridad Maritima), where you can do all the other paperwork and get the cruising permit or a national or international zarpe.
If the Immigration office is closed, just wait for the next day or go to the "Migration" office in Santiago to get your passports stamped. Just take the bus (1.30$) and then a taxi to "Migration" (1$).
It is reported to be very straightforward and only minimal fees are charged.
Last updated July 2012.
There is a place near the public floating dock, where you can leave the dinghy. Here, there is also a gas station with diesel and gasoline and free water.
Close by are a few restaurants and a Chinese grocery store. The owners of the store are very helpful and will order in any product that you may need.
If you wish for a bigger selection, go to Santiago by bus.
Opposite the bus station is the big supermarket "Super Carnes". You can also get off the bus by the supermarket "Super 99" in the town centre. There is an even bigger "Super Carnes" at Avenida Central. When you're finished, you can get a taxi back to Puerto Mutis with all your shopping for around 15$.
If needing something from the Allbrock Mall in Panama, just take the first bus in the morning and return with an afternoon bus.
Last updated July 2012.


Snooze: Off , Sleep: On-54min ,
'Make a Move' by: Seater Beats......(scrolling)
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2
1
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NOptFunc is a command line parser for C# which uses reflection to generate a specification of command line positional and option arguments. It is inspired by Simon Willison's optfunc written in Python.
NOptFunc uses the default parameter value feature of C# 4.0 to specify optional command line arguments. The parameters of a function are used to specify both positional and optional arguments, and at runtime the arguments supplied on the command line are parsed and then passed as parameters to the function. In this example filename specifies a required argument and verbose specifies an option.
using System; using CookComputing; class Program { static void Main(string[] args) { try { NOptFunc.Run(typeof(Program).GetMethod("Run"), args); } catch (Exception ex) { Console.Error.WriteLine(ex.Message); } } public static void Run(string filename, bool verbose = false) { // application code here } }
Run() specifies that there is one required argument &ndash filename &ndash and one option which is used on the command line as either -v or --verbose.
NOptFunc is maintained at the noptfunc Google Code project under the MIT License. Currently it is not built into as a separate assembly. To use it simply include NOptFunc.cs in your project (plain source file here).
Arguments passed on a command can be divided into the arguments the program always requires and those that optionally alter the way the program runs.
The standard parameters in the function passed to NOptFunc are treated as required arguments, known as positional arguments. NOptFunc.Run verifies that the correct number of positional arguments have been supplied.
The parameters with default values in the function passed to NOptFunc are treated as option arguments, the default value specified in the function declaration being the default value for the optional argument.
The following types are supported:
Value types, those other than string in this list, can be specified as Nullable<T> with null being the default value of the argument, which allows the default value of the type to be a valid value of the option (for example use Nullable<int> to allow the user to specify zero as the value of the option).
Consider this example:
public static void Run(string s, string apiKey = null, string geocoder="google", bool list_geocoders = false) { // ... }
's' is a required positional argument. api_key, geocoder and list_geocoders are all options with defaults provided.
The command line options generated from the parameter names look like this:
Options: -h, --help shows this help message and exit -l, --list-geocoders -a API_KEY, --api-key=API_KEY -g GEOCODER, --geocoder=GEOCODER
Note that the boolean --list-geocoders is a flag and does not have an associated value on the command line.
The short option is derived from the first letter of the parameter. If that character is already in use, the second character will be used and so on.
The long option is the full name of the parameter with underscores converted to hyphens.
The Option attribute is used to customize the long and short names, for example:
public static void Run( [Option(Long="filename", Short='f')] string s) { // ... }
This results in a short option of -f and a long option of --filename.
A variable number of positional parameters can be specified by using an array type, for example:
public static void Run(string[] filenames) { // ... }
There can only be one array type positional argument and any other positional arguments must precede it.


How to calculate GPA:
1. Enter the credit weight and grade of your course in course # section.
(Optional: Enter cumulative GPA and credits taken so far if necessary.)
2. After entering all courses, click on 'Calculate' button to calculate the GPA.
The result will be displayed below the course table.
Requirements:
At least three courses must be entered for proper functioning of calculator.
Other features:
1. Click on 'Add Course' to add a new row/course in course table.
2. Click on 'Remove Course' to remove a last row/course from the course table.
3. Click on 'Reset Fields' to reset every fields like Grade and credit to default value.


The jMonkeyPlatform makes it easy to get started with developing 3-D games based on the jMonkeyEngine.
Choose File > New Project from the main menu.
In the New Project Wizard, select the template JME3 > Basic Game
Click next to specify a project name, and the path where to store your new project.
Click Finish. A skeleton application is created and opens in the Project Explorer.
Let's have a look at the abstract project structure in the Project Explorer (ctrl-1).
Project Assets node: These directories have been created for you to store your games assets, such as fonts, materials, models, shaders, sounds, and textures. For a newly created project, these directories are empty.
Source Packages node: This is where you manage your packages and classes. For a newly created project, it contains one package and one class, Main.java
. Double click Main.java
to open it in the editor.
Libraries node: An overview of all libraies on your game's classpath. The classpath is already set-up for the jme3 framework (including LWJGL, JOGG, JOAL, JOGL, etc).
Now let's have a look at the project's file structure in the File Explorer (ctrl-2). This explorer shows the physical directory structure on your hard drive.
assets – This directory corresponds to the Project Assets node. It is needed for the assetManager. This is the recommended internal structure:
assets/Interface
assets/MatDefs
assets/Materials
assets/Models
assets/Scenes
assets/Shaders
assets/Sounds
assets/Textures
src – This directory corresponds to the Source Packages node. Your sources code goes here.
nbproject – This is meta data used by the jMonkeyPlatform (don't edit).
build.xml – This is an Ant build script that is hooked up to the clean/build/run/test actions in the jMonkeyPlatform. It loads a default build script, and allows you to further customize the build process. The Ant script also assures that you are able to clean/build/run/test your application outside of the jMonkeyPlatform – e.g. from the command line.
build – This directory contains the compiled classes. (Will be generated by the jMonkeyPlatform when you build the project.)
dist – This directory contains the executable JAR files. (Will be generated by the jMonkeyPlatform when you build the project.)
test – The jMonkeyPlatform will store JUnit tests here if you create any. (Optional.)
Right-Click the project to open the Project properties.
In the Run section, specify the main class of your project.
In the Run section, you can optionally configure JVM options and command line parameters.
In the Application section, specify the game title (by default the game will be named BasicGame
).
In the Application section, specify the vendor name (your name), a short description, your project's homepage, and a splash screen.
Add the library to the global library list:
Select Tools→Libraries in the main menu.
Click "New Library", enter a name for the library and press OK
In the "Classpath" tab, press "Add JAR/Folder" and select the jar file(s) needed for the library
In the "JavaDoc" tab, press "Add ZIP/Folder" and select the javadoc for the library (zipped or folder)
In the "Sources" tab you can select a folder or jar file containing the source files of the library if available
Press OK
Right-Click your project
Add the library to a project:
Right-Click your project and select "Properties"
Select "Libaries" on the left and then press "Add Library"
Select the library from the list and press OK
Thats it, your project can now use the external library.
Creating new files and packages: Select the Source Packages node (or any of its subnodes), and press ctrl-N (File>New File): Use the New File wizard to create new Java classes, Java packages, Java beans, Swing forms, Junit files, JME3 Materials and Models, and many more.
Editing files: Open the Projects Explorer and double-click a Java file from the Source Packages to open it in the Editor. The
jMonkeyPlatform Editor assists you in many ways, including Syntactic and semantic code coloring, code completion, and javadoc.
(More...)
Adding Assets:
ToDo List: The tasks window automatically lists all lines containing errors and warnings, and all lines that you have marked with comment keywords such as FIXME
, @todo, TODO.
-
Right-Click the project and use the context-menu to clean all generated classes and JARs.
Right-Click individual files with a main method to build and run them. (Shift-F6)
Press the Run button (green arrow in the toolbar) to build and run the project. (F6)
More than one project open? The toolbar buttons and the F-keys are bound to the main project, which is shown in bold in the Project Explorer. Right-click a project and select Set As Main Project to make it respond to the toolbar buttons and F-keys.
Worried About Proprietary Lock-in? You are never locked into the jMonkeyPlatform: At any time, you can change into your project directory on the command line, and clean, build, and run your project, using non-proprietary Apache Ant commands:
ant clean; ant jar; ant run;
You can
deploy your game as desktop application (JAR), browser applet, WebStart (JNLP), or on the Android platform.
(More...)
Choose File > New Project from the main menu.
In the New Project Wizard, select JME3 > JME3 Tests
Click next to pick a path where to store the JME3Tests
project.
Click Finish. The sample project opens.
Right-click the JME3Tests
project and choose Run.
Open the Source Packages node of the sample's project.
Browse a demo's source code to learn how a feature is implemented.
Feel free to modify the code samples and experiment! If you break something, you can always recreate the packaged samples from the JME3 Tests
template.
view online version


Vicky Dasta
I defined myself as a hybrid of Physicist in mind and software engineer at work. I currently lives in Pekanbaru, Indonesia. I mostly work on image processing, integrating laser with camera to make cool stuff.
I've been working with Python software ecosystem since 2016 as the backend, and core system for data acquisition for sensor array. Also, in 2017 I've been working on image acquisition system for sawit ripeness classification that utilized the flexibilty of Raspberry Pi ecosystem. Since then, i've been mentoring Python class for local Universities, such as Politeknik Caltex Riau, UIN Suska Riau, and local communities, such as Kelompok Studi Linux Universitas Riau and Kongkow IT Pekanbaru. In 2019, I've been working on a research project for estimating the volume of object using laser scanner, the system also utilized the power of Python software ecosystem.


ok
f i r e !
Player-2 Ready
Lives :
image of craft
Score :
Player-1 :
name of player
, score
*
Player-2 :
name of player
, score
*


| Ticket ID: 409788 | ||
|---|---|---|
Name: |
Parker Seidel
No Active Support
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| Email: |<EMAIL_ADDRESS>| |
| Responce Time: | 72hours, 60 hours left | |
| Last Action: |
Never been locked.
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| Status: | Not answered |


It's like your body is the HTML (which funnily enough also has a head, body, and feet). You can cut your hair, shave, clip your nails etc. Then the cloths that you wear and the jewelry you accsessorize with are the CSS ("style").
OK, so I am cooking a stirfry from a recipe book, it says in the recipe to first fry off the onions, then the carrots and then the capsicum. Only once these have been added then you, season, taste, season, taste etc, until it is the correct amount of saltiness.
The DOM, is a way in which developers can access the html and css of a page so that we can add javascript to it, or rather, "it provides a means to interact with objects in an HTML document".
Functions puts a list of instructions into a single command so that we can access the information by simply calling the function name and ();


It is our differences that make us unique. My name is Jamall Angoy and I'm addicted to Software Development and its endless opportunity of personal creativity. Being an upcoming graduate of MIT’s Professional Software Development program, has put me at the forefront of the latest and innovative practices of Javascript, in relation to the MERN stack (Mongo, Express, React, Node). Together, these components focus on the “Full-Stack” or the complete process of Software Development. My unique set of skills include but are not limited to being: A Pioneer (daring to be different), Creative, an Active-listener, and a Solution-oriented person. My range of skills, abilities, and experiences make me a perfect fit for Software Development teams. Opportunity knocks every day for those who are ready. I am confident to say that I am ready and willing to open the door!
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| Criteria | Evaluation Item | Points Earned |
Possible points |
|---|---|---|---|
| Program Setup | CSC 120, PA 2, name, date, & description comments in MUPanel.java | |
2 |
| Class Definition File | Class definition for "your" class is in a separate file, and the class name and file name begin with a capital letter. | |
1 |
| Comment Header | Comment header at the top of your class with the class name, your name, and the date. | |
1 |
| Properties | Your class has at least 4 properties (data members), at least two of which are of a numeric type. | |
4 |
| Constructor | Your class has a constructor that initializes all of the properties. | |
3 |
| Getter & Setter Methods | Your class has a “getter” method for each of the properties defined for the class, and the getters are written correctly. | |
4 |
| ToString Method | Your class has a toString method that returns a String that describes the object using all of the properties. |
|
2 |
| Calculations | Your class has a method that calculates some value based on the numeric properties of your class and returns that value as the result of the method. | |
2 |
| MUPanel Declare Objects | MUPanel declares objects from your class, and instantiates them correctly with values. | |
2 |
| MUPanel Text Output | MUPanel contains code that prints output text that shows that the objects work properly. | |
3 |
| MUPanel Calculation | MUPanel performs some kind of numeric calculation with values retrieved from your objects, and the calculations are correct. | |
4 |
| Organization & Readability | Organization and readability of the Java code, including appropriate indenting. | |
2 |
| Total Points ====> | |
30 |


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See:
Description
| Class Summary | |
|---|---|
| Adapter1 | |
| AnnotationType | Java class for annotationType complex type. |
| BeanType | Java class for beanType complex type. |
| BootstrapConfigurationImpl | Wrapper class for the bootstrap parameters defined in validation.xml |
| ClassType | Java class for classType complex type. |
| ConstrainedExecutableBuilder | Builder for constraint methods and constructors. |
| ConstrainedFieldBuilder | Builder for constraint fields. |
| ConstrainedGetterBuilder | Builder for constraint getters. |
| ConstrainedParameterBuilder | Builder for constraint parameters. |
| ConstrainedTypeBuilder | Builder for constraint types. |
| ConstraintDefinitionType | Java class for constraint-definitionType complex type. |
| ConstraintMappingsType | Java class for constraint-mappingsType complex type. |
| ConstraintType | Java class for constraintType complex type. |
| ConstructorType | Java class for constructorType complex type. |
| CrossParameterType | Java class for crossParameterType complex type. |
| DefaultValidatedExecutableTypesType | Java class for default-validated-executable-typesType complex type. |
| ElementType | Java class for elementType complex type. |
| ExecutableValidationType | Java class for executable-validationType complex type. |
| FieldType | Java class for fieldType complex type. |
| GetterType | Java class for getterType complex type. |
| GroupConversionBuilder | Builder for group conversions. |
| GroupConversionType | Java class for groupConversionType complex type. |
| GroupSequenceType | Java class for groupSequenceType complex type. |
| GroupsType | Java class for groupsType complex type. |
| MetaConstraintBuilder | Build meta constraint from XML |
| MethodType | Java class for methodType complex type. |
| ObjectFactory | This object contains factory methods for each Java content interface and Java element interface generated in the org.hibernate.validator.internal.xml package. |
| ParameterType | Java class for parameterType complex type. |
| PayloadType | Java class for payloadType complex type. |
| PropertyType | Java class for propertyType complex type. |
| ReturnValueType | Java class for returnValueType complex type. |
| ValidatedByType | Java class for validated-byType complex type. |
| ValidationBootstrapParameters | |
| ValidationConfigType | Java class for validation-configType complex type. |
| ValidationXmlParser | Parser for validation.xml using JAXB. |
| XmlMappingParser | XML parser for validation-mapping files. |
| XmlParserHelper | Provides common functionality used within the different XML descriptor parsers. |
Classes for parsing of Bean Validation XML configuration files.
|
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Structure
KeyboardManagerEvent.Data
public struct Data
Notification userInfo
metadata info
Relationships
Member Of
KeyboardManagerEvent
Keyboard transition metadata object
KeyboardManagerEvent.Data
public struct Data
Notification userInfo
metadata info
KeyboardManagerEvent
Keyboard transition metadata object


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Genesis 5:7
And Seth lived after he begat Enos eight hundred and seven years, and begat sons and daughters:


Description: Based on technical, Non-technical clues and physical tasks to reach the final target.
Round 1: (Day - 1)
1)Technical and non-technical clues to evaluate participants on the basis of technical and non-technical knowledge.
2)Questions to each team will be given and from the given questions each team would decode the hidden clue within given time limit.
3)Each team can submit only 1 answer for the given clues. Evaluation will be based on time and submission of correct clues.
Round 2: (Day - 2)
1)It consists of various physical and non-physical activities.
2)Evolution will be based on their performance in different activities.
3)Criteria of evaluation for round 2 are disclosed just at the beginning of activities.
Final Round: (Day - 3)
Qualified Top 3 teams will enter into final round.
Participants will have to reach to the final destination after solving various clues and physical tasks.
Evaluation will be based on the capability of teams to solve clues, various physical & mental tasks and time.
Rules:
1) Certificate will be given only to those students who have qualified Round-1.
2) Any misbehavior during event would lead to team disqualification. Decisions of Judges are final.
3) Qualified final team required to present in time for the further round.
4) No cell phones will be allowed in the final round.
5) Clothing – Sports Wear for Round 2 (Day-2)
6) Time limit for first round is 45 minutes.
7) Time limit for Final round is 2 hours.
2 members per team compulsory
8th to 10th March-2017
Multimedia Hall for Round-1(Day-1): 11:00 to 3:00 Play Ground Round-2(Day-2): 6:00 AM to 10:30 AM 1 class room for Final Round (Day-3): 11:00 to 3:00
150 Rs/- per Team
Prof. Pinkesh Patel
(Faculty Coordinator)
M:<PHONE_NUMBER>
Prof. Rachit Dana
(Faculty Coordinator)
M:<PHONE_NUMBER>


SAVING GRACE (Fine Line) Starring: Brenda Blethyn, Craig Ferguson, Martin Clunes, Tcheky Karyo, Valerie Edmond, Tristan Sturrock. Screenplay: Craig Ferguson and Mark Crowdy. Producer: Mark Crowdy. Director: Nigel Cole. MPAA Rating: R (drug use, profanity, adult themes, brief nudity) Running Time: 93 minutes. Reviewed by Scott Renshaw.
How whimsical and amusing does a film need to be before it ceases to matter that it lacks a center -- not just that its center is slight, but that it has no center whatsoever? Such a question plagued me at the end of SAVING GRACE, a comedy with that uniquely British quirky appeal. It was a pleasant enough experience for most of its running time, but what in the world was the point? There are certain kinds of comedies that can get away with a complete lack of an identifiably human character arc. This doesn't seem like it should be one of them. How does one reconcile 90 minutes of grins with the nagging impression that the script was in some ways terribly sloppy?
Perhaps the best course of action is simply to roll with it. It's fairly easy to roll along with the story of Grace Trevethyn (Brenda Blethyn), a recent widow and amateur horticulturist whose husband apparently committed suicide. A possible reason for his action soon becomes apparent to Grace: He has left a mountain of debt from failed business ventures, and nothing but the Trevethyn's Cornish seaside manor to pay it off. Faced with homelessness, Grace turns to risky fund-raising venture. After using her greenhouse to revive the failing marijuana plants of her groundskeeper Matthew (Craig Ferguson, who also co-wrote the script), Grace figures she can erase the debt by turning her home into a hemp plantation. Grace and Matthew team up, trying to keep a low profile in a small town before facing the even more daunting challenge of finding a dealer to buy their crop.
From the outset, SAVING GRACE seems to have nearly every element in place for a wonderfully entertaining piece of middle-brow humor. Blethyn anchors the film with a performance that's more restrained than recent outings like LITTLE VOICE, effectively playing incongruous moments like her attempts to sell her product on the streets of London while dressed like the Queen Mum. There are well-crafted supporting characters like the town's pot-head doctor (Martin Clunes) and edgy conspiracy theorist Harvey (Tristan Sturrock), and a strong sense of place from the wild Cornish coast. Perhaps most refreshing, there's an unapologetic quality to the film's just-say-yes story line. This is not the place to look for a strong message condemning Grace's illegal activities; it's more the place to look for scenes of elderly ladies making tea from some special leaves they find in Grace's greenhouse.
It's all quite a bit of silly fun for those with no moral objections, until SAVING GRACE winds to its conclusion and it becomes evident that there's something missing -- namely, a third act. It could have been about Grace coming to terms with her late husband's secret life -- including an affair with a chic Londoner (Diana Quick) -- or about a sheltered woman forced to confront the real world. It could even have been about Matthew's quest for responsibility under pressure from his girlfriend (Valerie Edmond), with Grace serving more as a colorful supporting character herself than as the protagonist. But SAVING GRACE doesn't bother with developing its characters. Grace doesn't appear to grow or learn much of anything, and Matthew's change of heart is tacked on almost as an afterthought. There's no sense of consequence anchoring anything that goes on in SAVING GRACE, like the unemployed FULL MONTY crew's search for a renewed sense of their manhood.
 It would feel like a complete violation of Grace's character, if not for the fact that Grace's character isn't developed carefully enough for there to be that much violation. Such carelessness should be enough to sink a frothy enterprise like SAVING GRACE, but somehow it doesn't quite. Too many of the quirks work, and too many of the giggle fits inspire similar reactions from the audience. It's no masterwork of comic craftsmanship, but it does the job of taking you somewhere goofy and free of responsibility even though you know it's not particularly good for you. And maybe that's a fitting quality for a film about unapologetic pot smokers. Ninety minutes of grins sounds about right.
On the Renshaw scale of 0 to 10 Cornish hemps: 6.
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