new ContextManager()
Represents an object capable of managing Contexts pushed by modules.
- Source:
Methods
checkMessage(envelope) → {Boolean}
Checks an incoming message for whether it satisfies an enqueued Context. When the condition is truthy, the envelope is voided and the underlying promise is resolved.
Parameters:
| Name | Type | Description |
|---|---|---|
envelope |
Envelope | The incoming message data |
- Source:
Returns:
Whether the envelope has been voided.
- Type
- Boolean
cleanUp() → {undefined}
Cleans up any dangling context known in the database.
- Source:
Returns:
Nothing.
- Type
- undefined
normaliseObject(v) → {String}
Normalises a database or adapter-related object that contains an identifier.
Parameters:
| Name | Type | Description |
|---|---|---|
v |
Object | String or object containing an ID property. |
- Source:
Returns:
v
itself when v
is a String; otherwise, v.id, even
if v.id is undefined.
- Type
- String
pushContext(message, user, channel, type) → {Promise}
Pushes a new context with a given message, user, channel and type. This discards any other context of the same type for the same user/channel combination.
Parameters:
| Name | Type | Description |
|---|---|---|
message |
String | Message to be sent to the target user in the target channel. |
user |
User | String | Target user to receive the message. Can either be an User instance or the ID used by the Adapter to identify the target user. |
channel |
Channel | String | Channel to where the message will be sent to. Can either be a Channel instance, or the ID used by the Adapter to identify the target channel. |
type |
Integer | Type of context to be pushed. Types are defined in the Context
model and can be |
- Source:
Returns:
A Promise that will be resolved whenever the target user replies to the prompt in the given Channel. This promise cannot be rejected, but it may never be resolved, given that it will be invalidated if a new Context with the same combination of User/Channel/Type is pushed.
- Type
- Promise
registerContext(message) → {undefined}
Registers a Context with a given message and pushes it to the watcher queue.
Parameters:
| Name | Type | Description |
|---|---|---|
message |
Message | Message object representing the prompt. |
- Source:
Returns:
Nothing.
- Type
- undefined


Which MILF should give you a blowjob?
Which MILF do you want to fuck?
There are some membersyou will like ...
Click next toget to know women!


This project is designed to help researchers to organize and evaluate microscopy images.
To get started, import your images and start organizing them in experiments.
If you have trouble using the tool it may be helpful to do the tutorial first ("Mistos/tutorial/Mistos_Guide.docx").
If you still have questions or issues, please report them
here.


Onegin vs New Super Mario Bros
The match:
| Onegin | New Super Mario Brothers | |
| Company: The Royal Ballet | Developer: Nintendo | |
| Music: Pyotr Il'yich Tchaikovsky | Format: Nintendo DS | |
| Choreography & libretto: John Cranko | Released: 2006 |
Introduction
Last week was full of great artistic experiences, but none so sublime as these two masterpieces, which I was lucky enough to witness and complete, respectively, in the last few days. For reasons that I'm sure need no explanation, I've opted to review them side-by-side in a single post.
History
Pushkin's original novel, seen here in the English translation.
The story of Onegin derives from a Russian novel-in-verse, Eugene Onegin written by Aleksandr Pushkin over the period from 1823 to 1837. It was considered a classic of Russian literature, well-loved enough to be quoted from memory by most Russians. Forty years later, Tchaikovsky and Konstantin Shilovsky created the music and libretto respectively for an operatic version of the same tale. This opera was then choreographed as a ballet by Cranko in 1965, and it is Stolze's 2007 arrangement of this that is now playing at the Royal Opera House in London's Covent Garden.
Super Mario Bros. on the NES
New Super Mario Bros, similarly, represents the culmination of a venerated franchise. The character of Mario first appeared as a nameless 16x16 pixel carpenter in the vintage arcade hit Donkey Kong (1981), and was then retooled as a plumber and christened for Mario Bros. (1983). The core gameplay mechanics of the Mushroom Kingdom were not formulated until Super Mario Bros. (1985), but have formed backbone to the series ever since. Mario has adapted nimbly to several new generations of home consoles and handhelds, but the most significant technical evolution came with Super Mario 64 (1996), which made a superlative triumph out of the difficult transition to 3D, one that continues to stymie many of his contemporaries even to this day. Meanwhile, Mario continues to form the iconic mainstay character in what is generally recognised as the most successful, and certainly the most influential, videogame series of all time.
Form
Flawlessly timed triple jumps result in extra height.
Like so many other DS outings, New Super Mario Bros. is very much a return to form for the champion platformer. It makes solid, competent use of the DS's dual screens and touch-sensitive technology, and brings together the highlights of its distinguished lineage: peerless standards of level design; an endearing levity; crisp, unambiguous graphics; a roster of nostalgically well-known characters with their various abilities and affiliations, and of course the pixel-perfect precision of control that is the very embodiment of Mario. On top of the traditional 2D Mario mechanics, Nintendo have applied their usual expertise, seamlessly incorporating moves from Super Mario 64 et al, enriching and polishing the control scheme, while never complicating it. Wall-jumps, a ground-pound, and a triple-jump, complete with a couple of cheerily superficial somersaults. Never has a controller been so unintimidatingly overloaded with kinetic potential - latent at at first, but blossoming by the third act, when Tatiana, now grown into a charming and sophisticated woman, introduces her husband, Prince Gremin.
Narrative
Both works have in common the attempt to convey a narrative without the aid of verbiage, with significant difficulties encountered in each case.
Dumb, as in mime.
Ballet suffers from an inexpressiveness in this regard, insomuch as the tools at the dancer's disposal are not capable of depicting much in the way of nuanced or fine-grained detail outside of particular, well-trodden areas. Characters may meet, part, or die, and express all manner of elation or sorrow as they go about it, but there are only a limited number of stories that can be told from such components. It is difficult to imagine, say, a political thriller, or even something as familiar and staid as a murder mystery being told without resorting to Spandau ballet. Because of this, the medium as a whole seems to have become something of a creative cul-de-sac, preoccupied with retelling the same formulaic stories over and over again - and even these are considered to be in need of supplementing with a written synopsis in the program.
Disrupting the narrative direction.
Similarly, videogames revolve around the participation of the player, who thus has the means to disrupt any narrative direction or pacing anticipated by the game designer. Whatever story can be told, must perforce be introduced either by the forced insertion of jarringly ungamelike exposition, during which the player is frustratingly robbed of any real input, or else must be told using the limited demonstrative repertoire of in-game action. New Super Mario Bros. sidesteps these difficulties by eschewing all but the most perfunctory storyline, aside from a grown-up nod to the sordid realities behind Bowser's recurrent princess kidnapping, hinted at by Bowser Jr. labouring under the impression than Princess Peach may be his mother.
Overall Impressions
Despite their weaknesses, each of these works represents a good, solid entry in representing the best that the mainstream of their respective fields have to offer. Two marvellous, vigorous and thoroughly enjoyable outings.
Onegin Rating 8/10. An education.
New Super Mario Bros. Rating: 9/10. A triumph.


Existing Users
Don't have an account?
Can't access your account?
Did you enter the right credentials?
Administer DCH Users
Users
Administer DCH Customers
Customers


Converters are designed to allow users to apply special conversions to the data retrieved by a Data Source before that data reaches the Visualizer. Currently, there are two Converters provided. Here's how to set the Converters settings on the Reports module.
"Hello"
into "Hello". This is useful for decoding data which was HTML Encoded when it was entered into the database so that the tags will be interpreted by the Web browser when the report is displayed. "Hello"
. This is useful for displaying raw HTML tags specified in your data.
Tip: The appropriate converter will be applied to each column specified in the list.


Classes¶
| authomatic.Authomatic | Encapsulates all the functionality of this package. |
| authomatic.core.User | Provides unified interface to selected user info returned by different providers. |
| authomatic.core.Credentials | Contains all necessary information to fetch user’s protected resources. |
| authomatic.core.LoginResult | Result of the authomatic.login() function. |
| authomatic.core.Response | Wraps httplib.HTTPResponse and adds |
| authomatic.core.UserInfoResponse | Inherits from Response, adds user attribute. |
| authomatic.core.Future | Represents an activity run in a separate thread. |
- class authomatic.Authomatic(config, secret, session_max_age=600, secure_cookie=False, session=None, session_save_method=None, report_errors=True, debug=False, logging_level=20, prefix='authomatic', logger=None)¶
Encapsulates all the functionality of this package.
Parameters: - config (dict) – Config
- secret (str) – A secret string that will be used as the key for signing Session cookie and as a salt by CSRF token generation.
- session_max_age – Maximum allowed age of Session cookie nonce in seconds.
- secure_cookie (bool) – If True the Session cookie will be saved wit Secure attribute.
- session – Custom dictionary-like session implementation.
- session_save_method (callable) – A method of the supplied session or any mechanism that saves the session data and cookie.
- report_errors (bool) – If True exceptions encountered during the login procedure will be caught and reported in the LoginResult.error attribute. Default is True.
- debug (bool) – If True traceback of exceptions will be written to response. Default is False.
- logging_level (int) – The logging level threshold for the default logger as specified in the standard Python logging library. This setting is ignored when logger is set. Default is logging.INFO.
- prefix (str) – Prefix used as the Session cookie name.
- logger – A logging.logger instance.
- login(adapter, provider_name, callback=None, session=None, session_saver=None, **kwargs)¶
If provider_name specified, launches the login procedure for corresponding provider and returns LoginResult.
If provider_name is empty, acts like Authomatic.backend().
Warning
The method redirects the user to the provider which in turn redirects him/her back to the request handler where it has been called.
Parameters: - provider_name (str) – Name of the provider as specified in the keys of the Config.
- callback (callable) – If specified the method will call the callback with LoginResult passed as argument and will return nothing.
- report_errors (bool) –
Note
Accepts additional keyword arguments that will be passed to provider constructor.
Returns: LoginResult
- credentials(credentials)¶
Deserializes credentials.
Parameters: credentials – Credentials serialized with Credentials.serialize() or Credentials instance. Returns: Credentials
- access(credentials, url, params=None, method='GET', headers=None, body='', max_redirects=5, content_parser=None)¶
Accesses protected resource on behalf of the user.
Parameters: - credentials – The user’s Credentials (serialized or normal).
- url (str) – The protected resource URL.
- method (str) – HTTP method of the request.
- headers (dict) – HTTP headers of the request.
- body (str) – Body of POST, PUT and PATCH requests.
- max_redirects (int) – Maximum number of HTTP redirects to follow.
- content_parser (function) – A function to be used to parse the Response.data from Response.content.
Returns:
- async_access(*args, **kwargs)¶
Same as Authomatic.access() but runs asynchronously in a separate thread.
Warning
The internal implementation of the future pattern is quite naive. Use with caution!
Returns: Future instance representing the separate thread.
- request_elements(credentials=None, url=None, method='GET', params=None, headers=None, body='', json_input=None, return_json=False)¶
Creates request elements for accessing protected resource of a user. Required arguments are credentials and url. You can pass credentials, url, method, and params as a JSON object.
Parameters: - credentials – The user’s credentials (can be serialized).
- url (str) – The url of the protected resource.
- method (str) – The HTTP method of the request.
- params (dict) – Dictionary of request parameters.
- headers (dict) – Dictionary of request headers.
- body (str) – Body of POST, PUT and PATCH requests.
- json_input (str) –
you can pass credentials, url, method, params and headers in a JSON object. Values from arguments will be used for missing properties.
{ "credentials": "###", "url": "https://example.com/api", "method": "POST", "params": { "foo": "bar" }, "headers": { "baz": "bing", "Authorization": "Bearer ###" }, "body": "Foo bar baz bing." }
- return_json (bool) –
if True the function returns a json object.
{ "url": "https://example.com/api", "method": "POST", "params": { "access_token": "###", "foo": "bar" }, "headers": { "baz": "bing", "Authorization": "Bearer ###" }, "body": "Foo bar baz bing." }
Returns: RequestElements or JSON string.
- backend(adapter)¶
Converts a request handler to a JSON backend which you can use with authomatic.js.
Just call it inside a request handler like this:
class JSONHandler(webapp2.RequestHandler): def get(self): authomatic.backend(Webapp2Adapter(self))
Parameters: adapter – The only argument is an adapter. The request handler will now accept these request parameters:
Parameters: - type (str) – Type of the request. Either auto, fetch or elements. Default is auto.
- credentials (str) – Serialized Credentials.
- url (str) – URL of the protected resource request.
- method (str) – HTTP method of the protected resource request.
- body (str) – HTTP body of the protected resource request.
- params (JSON) – HTTP params of the protected resource request as a JSON object.
- headers (JSON) – HTTP headers of the protected resource request as a JSON object.
- json (JSON) –
You can pass all of the aforementioned params except type in a JSON object.
{ "credentials": "######", "url": "https://example.com", "method": "POST", "params": {"foo": "bar"}, "headers": {"baz": "bing"}, "body": "the body of the request" }
Depending on the type param, the handler will either write a JSON object with request elements to the response, and add an Authomatic-Response-To: elements response header, ...
{ "url": "https://example.com/api", "method": "POST", "params": { "access_token": "###", "foo": "bar" }, "headers": { "baz": "bing", "Authorization": "Bearer ###" } }
... or make a fetch to the protected resource and forward it’s response content, status and headers with an additional Authomatic-Response-To: fetch header to the response.
Warning
The backend will not work if you write anything to the response in the handler!
- class authomatic.core.Future(func, *args, **kwargs)[source]¶
Represents an activity run in a separate thread. Subclasses the standard library threading.Thread and adds get_result method.
Warning
The internal implementation of the future pattern is quite naive. Use with caution!
Parameters: func (callable) – The function to be run in separate thread. Calls func in separate thread and returns immediately. Accepts arbitrary positional and keyword arguments which will be passed to func.
- class authomatic.core.User(provider, **kwargs)[source]¶
Provides unified interface to selected user info returned by different providers.
Note
The value format may vary across providers.
- credentials = None¶
An Credentials instance.
- data = None¶
A dict containing all the user information returned by the provider. The structure differs across providers.
- content = None¶
The Response.content of the request made to update the user.
- gae_user = None¶
Instance of the Google App Engine Users API User class. Only present when using the authomatic.providers.gaeopenid.GAEOpenID provider.
- update()[source]¶
Updates the user info by fetching the provider’s user info URL.
Returns: Updated instance of this class.
- class authomatic.core.Credentials(config, **kwargs)[source]¶
Contains all necessary information to fetch user’s protected resources.
- provider_class = None¶
class Provider class.
- expiration_date[source]¶
Expiration date as datetime.datetime or None if credentials never expire.
- expire_soon(seconds)[source]¶
Returns True if credentials expire sooner than specified.
Parameters: seconds (int) – Number of seconds. Returns: True if credentials expire sooner than specified, else False.
- refresh(force=False, soon=86400)[source]¶
Refreshes the credentials only if the provider supports it and if it will expire in less than one day. It does nothing in other cases.
Note
The credentials will be refreshed only if it gives sense i.e. only OAuth 2.0 has the notion of credentials refreshment/extension. And there are also differences across providers e.g. Google supports refreshment only if there is a refresh_token in the credentials and that in turn is present only if the access_type parameter was set to offline in the user authorization request.
Parameters:
- async_refresh(*args, **kwargs)[source]¶
Same as refresh() but runs asynchronously in a separate thread.
Warning
The internal implementation of the future pattern is quite naive. Use with caution!
Returns: Future instance representing the separate thread.
- provider_type_class()[source]¶
Returns the provider class specified in the Config.
Returns: authomatic.providers.BaseProvider subclass.
- serialize()[source]¶
Converts the credentials to a percent encoded string to be stored for later use.
Returns: string
- classmethod deserialize(config, credentials)[source]¶
A class method which reconstructs credentials created by serialize(). You can also pass it a Credentials instance.
Parameters: - config (dict) – The same Config used in the login() to get the credentials.
- credentials (str) – string The serialized credentials or Credentials instance.
Returns:
- class authomatic.core.LoginResult(provider)[source]¶
Result of the authomatic.login() function.
- error = None¶
An instance of the authomatic.exceptions.BaseError subclass.
- popup_js(callback_name=None, indent=None, custom=None, stay_open=False)[source]¶
Returns JavaScript that:
- Triggers the options.onLoginComplete(result, closer) handler set with the authomatic.setup() function of javascript.js.
- Calls the JavasScript callback specified by callback_name on the opener of the login handler popup and passes it the login result JSON object as first argument and the closer function which you should call in your callback to close the popup.
Parameters: - callback_name (str) – The name of the javascript callback e.g foo.bar.loginCallback will result in window.opener.foo.bar.loginCallback(result); in the HTML.
- indent (int) – The number of spaces to indent the JSON result object. If 0 or negative, only newlines are added. If None, no newlines are added.
- custom – Any JSON serializable object that will be passed to the result.custom attribute.
- stay_open (str) – If True, the popup will stay open.
Returns: str with JavaScript.
- popup_html(callback_name=None, indent=None, title='Login | {0}', custom=None, stay_open=False)[source]¶
Returns a HTML with JavaScript that:
- Triggers the options.onLoginComplete(result, closer) handler set with the authomatic.setup() function of javascript.js.
- Calls the JavasScript callback specified by callback_name on the opener of the login handler popup and passes it the login result JSON object as first argument and the closer function which you should call in your callback to close the popup.
Parameters: - callback_name (str) – The name of the javascript callback e.g foo.bar.loginCallback will result in window.opener.foo.bar.loginCallback(result); in the HTML.
- indent (int) – The number of spaces to indent the JSON result object. If 0 or negative, only newlines are added. If None, no newlines are added.
- title (str) – The text of the HTML title. You can use {0} tag inside, which will be replaced by the provider name.
- custom – Any JSON serializable object that will be passed to the result.custom attribute.
- stay_open (str) – If True, the popup will stay open.
Returns: str with HTML.
- class authomatic.core.Response(httplib_response, content_parser=None)[source]¶
Wraps httplib.HTTPResponse and adds content and data attributes.
Parameters: - httplib_response – The wrapped httplib.HTTPResponse instance.
- content_parser (function) – Callable which accepts content as argument, parses it and returns the parsed data as dict.
- msg = None¶
Same as httplib.HTTPResponse.msg.
- version = None¶
Same as httplib.HTTPResponse.version.
- status = None¶
Same as httplib.HTTPResponse.status.
- reason = None¶
Same as httplib.HTTPResponse.reason.
- read(amt=None)[source]¶
Same as httplib.HTTPResponse.read().
Parameters: amt –
- getheader(name, default=None)[source]¶
Same as httplib.HTTPResponse.getheader().
Parameters: - name –
- default –
- fileno()[source]¶
Same as httplib.HTTPResponse.fileno().
- getheaders()[source]¶
Same as httplib.HTTPResponse.getheaders().
- is_binary_string(content)¶
Return true if string is binary data


yasuragi
言語交流学園
« Previous
Introduction to the Japanese Adjective.
Grammar
In Japanese language, Adjective is devided into 3 different category.
1. い-adj
2. な-adj
3. の-adj
い-adj are the adjectives that ended with い
かわいい = cute
おいしい = tasty/delicious
さびしい = lonely
かなしい = sad
うれしい = happy
うるさい = noisy
やさしい = kind
忙しい = busy
暗
くら
い = dark
暑
あつ
い = hot (weather)
熱
あつ
い = hot (object)
寒
さむ
い = cold
白
しろ
い = white
青
あお
い = blue
赤
あか
い = red
黒
くろ
い = black
な-adj
賑
にぎ
やか = lively
元気
げんき
= fine/cheerful
好
す
き = fond/like
exception
嫌
い (even tho 嫌い ended with い, this is infact に adjective)
it is called な adjective because we need to insert な after the adjective before the noun that we want to modify
ex:
賑やかな町
lively town.
元気な人
cheerful person.
好きな曲
music that (i) like.
好きな人
Person that (i) like.
3. の-adj (almost every noun can be attached with の to turn it into adjective)
日本語の先生
Japanese teacher.
永遠の命
Eternal life.
Need more explanation? Join our server via
discord.gg/yasuragi
Support us on
Patreon.com/yasuragi


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.ApplicationConfig @import play.twirl.api.Html @import views.html.helpers._ @this( awrsMain: main, confirmationHelper: confirmationHelper) @(submissionDate: String, isNewBusiness : Boolean, printFriendly: Boolean = false, selfHeal: Boolean = false)(implicit request: Request[AnyContent], messages: Messages, applicationConfig: ApplicationConfig) @govWrapper = { @awrsMain(title = messages("awrs.generic.tab.title", messages("awrs.confirmation.title")), userLoggedIn = true){ @confirmationHelper( "awrs.confirmation.description", "awrs.confirmation.description_1", Some(submissionDate) )
@Html(messages("awrs.confirmation.detailed_information","",""))
} } @list = {


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public class EmulatorServerClient
extends java.lang.Object
ServerTask
. Implemented messages
can be found in package com.iha.emulator.communication.eserver.task.implemented
.| Modifier and Type | Field and Description |
|---|---|
private java.net.InetAddress |
address
Field holding connection address (host,port)
|
private static java.lang.String |
HOST_IP
Default emulator server ip address ( ant-2.fit.vutbr.cz )
|
private static int |
HOST_PORT
Default Emulator server listening port
|
private static org.apache.logging.log4j.Logger |
logger
Log4j2 logger field
|
private java.net.Socket |
socket
Connection socket
|
| Constructor and Description |
|---|
EmulatorServerClient(java.lang.String host)
Creates EmulatorServerClient, which will be connecting to server on address
given as
host parameter. |
| Modifier and Type | Method and Description |
|---|---|
void |
connect()
Creates new connection by creating new socket
|
void |
disconnect()
Disconnects from EmulatorServer by closing connected socket
|
java.lang.String |
sendMessage(java.lang.String message)
Sends message in EmulatorServer protocol format given as string parameter.
|
private static final org.apache.logging.log4j.Logger logger
private static final java.lang.String HOST_IP
private static final int HOST_PORT
private java.net.Socket socket
private java.net.InetAddress address
public EmulatorServerClient(java.lang.String host) throws java.net.UnknownHostException
host
parameter. If host
is null
,
client will connect to default host (ant-2.fit.vutbr.cz).host
- Hostname or IP of server, that runs Emulator Serverjava.net.UnknownHostException
- if given host cannot be reachedpublic void connect() throws java.io.IOException
java.io.IOException
- if cannot create new socketpublic java.lang.String sendMessage(java.lang.String message) throws java.io.IOException
message
- EmulatorServer protocol formatted messagejava.io.IOException
- socket write or read I/O errorpublic void disconnect() throws java.io.IOException
java.io.IOException
- socket close I/O error


2 Kings 7:14
They took therefore two chariot horses; and the king sent after the host of the Syrians, saying, Go and see.


| CachedPathIteratorFactory |
Class that returns iterators for a given path.
|
| ClassNameResolver<T> |
|
| Converter<T> |
|
| Converter.FromArray |
|
| Converter.FromAttrData |
|
| Converter.FromCharSequence |
|
| Converter.FromColor |
|
| Converter.FromFilePath |
|
| Converter2<T> |
|
| Converter2.FromCharSequence |
|
| Converter2.FromColor |
|
| ImageUtil |
|
| LegacyManifestParser |
|
| NativeAndroidInput |
Java representation of framework native system headers Transliterated from oreo-mr1 (SDK 27) frameworks/native/include/android/Input.h
|
| NativeBitSet64 |
Transliteration of native BitSet64.
|
| NativeInput |
Java representation of framework native input Transliterated from oreo-mr1 (SDK 27) frameworks/native/include/input/Input.h and libs/input/Input.cpp
|
| ResourceHelper |
Helper class to provide various conversion method used in handling android resources.
|
| ResourceHelper2 |
Helper class to provide various conversion method used in handling android resources.
|
| ResourceModeShadowPicker<T> |
|
| RoboLayoutInflater |
Deprecated
|
| RoundRectangle |
Defines a rectangle with rounded corners, where the sizes of the corners are potentially different.
|
| ShadowAbsListView |
|
| ShadowAbsSeekBar |
|
| ShadowAbsSpinner |
|
| ShadowAbstractCursor |
|
| ShadowAccessibilityManager |
|
| ShadowAccessibilityNodeInfo |
Properties of AccessibilityNodeInfo that are normally locked may be changed using test APIs.
|
| ShadowAccessibilityNodeInfo.ShadowAccessibilityAction |
Shadow of AccessibilityAction.
|
| ShadowAccessibilityRecord |
Shadow of AccessibilityRecord .
|
| ShadowAccessibilityService |
Shadow of AccessibilityService that saves global actions to a list.
|
| ShadowAccessibilityWindowInfo |
Shadow of AccessibilityWindowInfo that allows a test to set properties that are locked in the original class.
|
| ShadowAccountManager |
|
| ShadowActivity |
|
| ShadowActivity.IntentForResult |
Container object to hold an Intent, together with the requestCode used in a call to Activity.startActivityForResult(Intent, int)
|
| ShadowActivityGroup |
|
| ShadowActivityManager |
|
| ShadowActivityManagerNative |
|
| ShadowActivityThread |
|
| ShadowAdapterView<T extends android.widget.Adapter> |
|
| ShadowAlarmManager |
|
| ShadowAlarmManager.ScheduledAlarm |
Container object to hold a PendingIntent and parameters describing when to send it.
|
| ShadowAlertController |
|
| ShadowAlertDialog |
|
| ShadowAlertDialog.ShadowBuilder |
|
| ShadowAndroidBidi |
|
| ShadowAndroidHttpClient |
|
| ShadowAnimationBridge |
Bridge between shadows and Animation .
|
| ShadowAnimationUtils |
|
| ShadowApkAssets |
|
| ShadowApkAssets.Picker |
|
| ShadowApplication |
|
| ShadowApplication.Wrapper |
|
| ShadowApplicationPackageManager |
|
| ShadowAppOpsManager |
Shadow for the AppOpsManager .
|
| ShadowAppOpsManager.ModeAndException |
Class holding usage mode and excpetion packages.
|
| ShadowAppTask |
|
| ShadowAppWidgetHost |
|
| ShadowAppWidgetHostView |
|
| ShadowAppWidgetManager |
|
| ShadowArrayAdapter<T> |
|
| ShadowArscApkAssets9 |
|
| ShadowArscAssetInputStream |
|
| ShadowArscAssetManager |
|
| ShadowArscAssetManager9 |
|
| ShadowArscResourcesImpl |
|
| ShadowAssetInputStream |
|
| ShadowAssetInputStream.Picker |
|
| ShadowAssetManager |
|
| ShadowAssetManager.ArscBase |
|
| ShadowAssetManager.Picker |
|
| ShadowAsyncQueryHandler |
Shadow of AsyncQueryHandler , which calls methods synchronously.
|
| ShadowAsyncTask<Params,Progress,Result> |
|
| ShadowAsyncTaskBridge<Params,Progress,Result> |
Bridge between shadows and AsyncTask .
|
| ShadowAsyncTaskLoader<D> |
|
| ShadowAudioEffect |
|
| ShadowAudioManager |
|
| ShadowAudioManager.AudioFocusRequest |
|
| ShadowAutofillManager |
Robolectric implementation of android.os.AutofillManager .
|
| ShadowBackgroundThread |
|
| ShadowBackupManager |
A stub implementation of BackupManager that instead of connecting to a real backup transport and performing restores, stores which packages are restored from which backup set, and can be verified using methods on the shadow like ShadowBackupManager.getPackageRestoreToken(String) .
|
| ShadowBaseAdapter |
|
| ShadowBatteryManager |
|
| ShadowBinder |
|
| ShadowBinderBridge |
Bridge between shadow and Binder .
|
| ShadowBitmap |
|
| ShadowBitmapDrawable |
|
| ShadowBitmapFactory |
|
| ShadowBitmapRegionDecoder |
|
| ShadowBitmapShader |
|
| ShadowBlockGuardOs |
|
| ShadowBluetoothAdapter |
|
| ShadowBluetoothDevice |
|
| ShadowBluetoothGatt |
Shadow for BluetoothGatt .
|
| ShadowBluetoothManager |
|
| ShadowBluetoothServerSocket |
Shadow for BluetoothServerSocket .
|
| ShadowBroadcastPendingResult |
|
| ShadowBroadcastReceiver |
|
| ShadowBuild |
|
| ShadowCamera |
|
| ShadowCamera.ShadowParameters |
Shadows the Android Camera.Parameters class.
|
| ShadowCamera.ShadowSize |
|
| ShadowCameraCharacteristics |
Shadow for CameraCharacteristics .
|
| ShadowCameraManager |
Shadow for CameraManager .
|
| ShadowCanvas |
Broken.
|
| ShadowCanvas.ArcPaintHistoryEvent |
|
| ShadowCanvas.CirclePaintHistoryEvent |
|
| ShadowCanvas.LinePaintHistoryEvent |
|
| ShadowCanvas.OvalPaintHistoryEvent |
|
| ShadowCanvas.RectPaintHistoryEvent |
|
| ShadowCanvas.TextHistoryEvent |
|
| ShadowCaptioningManager |
Shadow of CaptioningManager .
|
| ShadowCarrierConfigManager |
Shadow for CarrierConfigManager .
|
| ShadowChoreographer |
Robolectric maintains its own concept of the current time from the Choreographer’s point of view, aimed at making animations work correctly.
|
| ShadowClipboardManager |
|
| ShadowColor |
|
| ShadowColorMatrixColorFilter |
|
| ShadowCompoundButton |
|
| ShadowConnectivityManager |
|
| ShadowContentObserver |
|
| ShadowContentProvider |
|
| ShadowContentProviderClient |
|
| ShadowContentProviderOperation |
|
| ShadowContentProviderResult |
|
| ShadowContentResolver |
|
| ShadowContentResolver.DeleteStatement |
A statement used to delete content in a ContentProvider .
|
| ShadowContentResolver.InsertStatement |
A statement used to insert content into a ContentProvider .
|
| ShadowContentResolver.NotifiedUri |
|
| ShadowContentResolver.Statement |
A statement used to modify content in a ContentProvider .
|
| ShadowContentResolver.Status |
|
| ShadowContentResolver.UpdateStatement |
A statement used to update content in a ContentProvider .
|
| ShadowContentUris |
|
| ShadowContextImpl |
|
| ShadowContextThemeWrapper |
|
| ShadowContextWrapper |
|
| ShadowCookieManager |
|
| ShadowCookieSyncManager |
|
| ShadowCornerPathEffect |
|
| ShadowCountDownTimer |
|
| ShadowCursorWindow |
|
| ShadowCursorWrapper |
|
| ShadowDashPathEffect |
|
| ShadowDateFormat |
|
| ShadowDateIntervalFormat |
|
| ShadowDatePickerDialog |
|
| ShadowDebug |
|
| ShadowDevicePolicyManager |
Shadow for DevicePolicyManager
|
| ShadowDialog |
|
| ShadowDiscoverySession |
Shadow for DiscoverySession .
|
| ShadowDisplay |
It is possible to override some display properties using setters on ShadowDisplay ; however, this behavior is deprecated as of Robolectric 3.6 and will be removed in 3.7.
|
| ShadowDisplayListCanvas |
|
| ShadowDisplayManager |
For tests, display properties may be changed and devices may be added or removed programmatically.
|
| ShadowDisplayManagerGlobal |
|
| ShadowDownloadManager |
|
| ShadowDownloadManager.ShadowQuery |
|
| ShadowDownloadManager.ShadowRequest |
|
| ShadowDrawable |
|
| ShadowDropBoxManager |
Fake dropbox manager that starts with no entries.
|
| ShadowEdgeEffect |
|
| ShadowEnvironment |
|
| ShadowEnvironment.ShadowUserEnvironment |
Shadow for Environment.UserEnvironment
|
| ShadowEuiccManager |
Shadow for EuiccManager .
|
| ShadowEventLog |
|
| ShadowEventLog.EventBuilder |
Class to build EventLog.Event
|
| ShadowEventLog.ShadowEvent |
|
| ShadowExifInterface |
|
| ShadowExpandableListView |
|
| ShadowFileUtils |
|
| ShadowFilter |
|
| ShadowFingerprintManager |
Provides testing APIs for FingerprintManager
|
| ShadowFloatMath |
|
| ShadowFontFamily |
Shadow for FontFamily
|
| ShadowGeocoder |
|
| ShadowGestureDetector |
|
| ShadowGLES20 |
Fake implementation of GLES20
|
| ShadowGLSurfaceView |
Fake implementation of GLSurfaceView
|
| ShadowGradientDrawable |
|
| ShadowHandler |
Deprecated
|
| ShadowHttpResponseCache |
|
| ShadowIAppOpsService |
|
| ShadowIAppOpsService.ShadowStub |
|
| ShadowIcon |
|
| ShadowICU |
|
| ShadowImageDecoder |
|
| ShadowInputDevice |
|
| ShadowInputEvent |
|
| ShadowInputEventReceiver |
|
| ShadowInputManager |
|
| ShadowInputMethodManager |
|
| ShadowInstrumentation |
|
| ShadowIntent |
|
| ShadowIntentService |
|
| ShadowIoUtils |
|
| ShadowJobScheduler |
|
| ShadowJobScheduler.ShadowJobSchedulerImpl |
|
| ShadowJobService |
Shadow for classes that extend jobservice.
|
| ShadowJsPromptResult |
|
| ShadowJsResult |
|
| ShadowKeyCharacterMap |
|
| ShadowKeyguardManager |
|
| ShadowKeyguardManager.ShadowKeyguardLock |
An implementation of KeyguardManager#KeyguardLock , for use in tests.
|
| ShadowLayoutAnimationController |
|
| ShadowLegacyApkAssets |
|
| ShadowLegacyAssetInputStream |
|
| ShadowLegacyAssetManager |
|
| ShadowLegacyResourcesImpl |
|
| ShadowLegacyResourcesImpl.ShadowLegacyThemeImpl |
|
| ShadowLinearGradient |
|
| ShadowLinearLayout |
|
| ShadowLinkMovementMethod |
|
| ShadowLinux |
|
| ShadowListPopupWindow |
|
| ShadowListView |
|
| ShadowLoadedApk |
|
| ShadowLocalActivityManager |
|
| ShadowLocaleData |
Robolectric only supports en_US regardless of the default locale set in the JVM.
|
| ShadowLocationManager |
|
| ShadowLog |
|
| ShadowLog.LogItem |
|
| ShadowLooper |
Robolectric enqueues posted Runnable s to be run (on this thread) later.
|
| ShadowMatrix |
|
| ShadowMeasuredParagraph |
|
| ShadowMediaMetadataRetriever |
|
| ShadowMediaPlayer |
Automated testing of media playback can be a difficult thing - especially testing that your code properly handles asynchronous errors and events.
|
| ShadowMediaPlayer.MediaInfo |
Class specifying information for an emulated media object.
|
| ShadowMediaRecorder |
|
| ShadowMediaRouter |
Shadow class for MediaRouter .
|
| ShadowMediaScannerConnection |
|
| ShadowMediaStore |
|
| ShadowMediaStore.ShadowImages |
|
| ShadowMediaStore.ShadowImages.ShadowMedia |
|
| ShadowMemoryMappedFile |
This is used by Android to load and inferFromValue time zone information.
|
| ShadowMessage |
|
| ShadowMessageQueue |
Robolectric puts Message s into the scheduler queue instead of sending them to be handled on a separate thread.
|
| ShadowMessenger |
|
| ShadowMimeTypeMap |
|
| ShadowMotionEvent |
Shadow of MotionEvent.
|
| ShadowNativeAllocationRegistry |
|
| ShadowNativePluralRules |
|
| ShadowNetwork |
|
| ShadowNetworkInfo |
|
| ShadowNetworkScoreManager |
Provides testing APIs for NetworkScoreManager .
|
| ShadowNfcAdapter |
|
| ShadowNinePatch |
|
| ShadowNotification |
|
| ShadowNotificationManager |
|
| ShadowNsdManager |
Shadow for NsdManager
|
| ShadowNumberPicker |
|
| ShadowObjectAnimator |
|
| ShadowOpenGLMatrix |
|
| ShadowOutline |
|
| ShadowOverScroller |
|
| ShadowPackageInstaller |
|
| ShadowPackageInstaller.ShadowSession |
|
| ShadowPackageManager |
|
| ShadowPackageManager.ComponentState |
|
| ShadowPackageManager.IntentComparator |
|
| ShadowPackageManager.IntentFilterWrapper |
|
| ShadowPackageManager.PackageSetting |
Settings for a particular package.
|
| ShadowPackageParser |
Shadow for PackageParser
|
| ShadowPaint |
|
| ShadowParcel |
|
| ShadowParcelFileDescriptor |
|
| ShadowPath |
The shadow only supports straight-line paths.
|
| ShadowPath.Point |
|
| ShadowPathMeasure |
Shadow for PathMeasure
|
| ShadowPathParser |
|
| ShadowPathParser.PathDataNode |
|
| ShadowPathParser.ShadowPathData |
|
| ShadowPeerHandle |
Shadow for PeerHandle .
|
| ShadowPendingIntent |
|
| ShadowPhoneWindow |
|
| ShadowPhoneWindowFor22 |
|
| ShadowPicture |
|
| ShadowPlayerBase |
|
| ShadowPolicyManager |
|
| ShadowPopupMenu |
|
| ShadowPopupWindow |
|
| ShadowPorterDuffColorFilter |
|
| ShadowPosix |
|
| ShadowPowerManager |
|
| ShadowPowerManager.ShadowWakeLock |
|
| ShadowPrecomputedText |
|
| ShadowPreference |
|
| ShadowProcess |
|
| ShadowProgressBar |
|
| ShadowProgressDialog |
|
| ShadowQueuedWork |
|
| ShadowRegion |
|
| ShadowRelativeLayout |
|
| ShadowRemoteCallbackList<E extends android.os.IInterface> |
|
| ShadowRenderNode |
|
| ShadowRenderNodeAnimator |
|
| ShadowResolveInfo |
|
| ShadowResources |
|
| ShadowResources.ShadowLegacyTheme |
|
| ShadowResources.ShadowNotFoundException |
|
| ShadowResources.ShadowTheme |
|
| ShadowResources.ShadowTheme.Picker |
|
| ShadowResourcesImpl |
|
| ShadowResourcesImpl.Picker |
|
| ShadowResourcesImpl.ShadowThemeImpl |
|
| ShadowResourcesImpl.ShadowThemeImpl.Picker |
|
| ShadowResourcesManager |
|
| ShadowRestrictionsManager |
Shadow of RestrictionsManager .
|
| ShadowResultReceiver |
|
| ShadowScaleGestureDetector |
|
| ShadowScanResult |
|
| ShadowScroller |
|
| ShadowScrollView |
|
| ShadowSearchManager |
|
| ShadowSeekBar |
|
| ShadowSensor |
Shadow for Sensor .
|
| ShadowSensorManager |
|
| ShadowService |
|
| ShadowServiceManager |
|
| ShadowSettings |
|
| ShadowSettings.ShadowGlobal |
Shadow for Settings.Global
|
| ShadowSettings.ShadowSecure |
Shadow for Settings.Secure
|
| ShadowSettings.ShadowSystem |
|
| ShadowSharedMemory |
This is not a faithful “shared” memory implementation.
|
| ShadowSharedPreferences |
Empty Shadow class for SharedPreferences
|
| ShadowSharedPreferences.ShadowSharedPreferencesEditorImpl |
Shadow for SharedPreferencesImpl$EditorImpl
|
| ShadowShortcutManager |
|
| ShadowSmsManager |
|
| ShadowSmsManager.DataMessageParams |
|
| ShadowSmsManager.TextMultipartParams |
|
| ShadowSmsManager.TextSmsParams |
|
| ShadowSocketTagger |
|
| ShadowSoundPool |
|
| ShadowSoundPool.Playback |
Record of a single call to SoundPool.play(int, float, float, int, int, float) .
|
| ShadowSpellChecker |
|
| ShadowSQLiteConnection |
|
| ShadowSQLiteOpenHelper |
Avoid calls to setIdleConnectionTimeout.
|
| ShadowSslErrorHandler |
|
| ShadowStateListDrawable |
|
| ShadowStatFs |
Robolectic doesn’t provide actual filesystem stats; rather, it provides the ability to specify stats values in advance.
|
| ShadowStaticLayout |
|
| ShadowStorageManager |
Fake implementation of StorageManager
|
| ShadowStrictModeVmPolicy |
Shadow for StrictMode.VmPolicy
|
| ShadowStringBlock |
|
| ShadowSubscriptionManager |
Shadow for SubscriptionManager .
|
| ShadowSubscriptionManager.SubscriptionInfoBuilder |
Builder class to create instance of SubscriptionInfo .
|
| ShadowSurface |
|
| ShadowSurfaceView |
|
| ShadowSurfaceView.FakeSurfaceHolder |
Robolectric implementation of SurfaceHolder .
|
| ShadowSystemClock |
Robolectric’s concept of current time is base on the current time of the UI Scheduler for consistency with previous implementations.
|
| ShadowSystemProperties |
|
| ShadowSystemServiceRegistry |
|
| ShadowSystemVibrator |
|
| ShadowTabActivity |
|
| ShadowTabHost |
|
| ShadowTabHost.ShadowTabSpec |
|
| ShadowTabWidget |
|
| ShadowTelecomManager |
|
| ShadowTelecomManager.CallRecord |
|
| ShadowTelephony |
Shadow for Telephony .
|
| ShadowTelephony.ShadowSms |
Shadow for Telephony.Sms .
|
| ShadowTelephonyManager |
|
| ShadowTextPaint |
|
| ShadowTextToSpeech |
|
| ShadowTextUtils |
Implement by truncating the text.
|
| ShadowTextView |
|
| ShadowThreadedRenderer |
|
| ShadowTile |
Shadow for Tile .
|
| ShadowTileService |
Shadow for TileService .
|
| ShadowTime |
|
| ShadowTimePickerDialog |
|
| ShadowTimeZoneFinder |
Shadow for TimeZoneFinder .
|
| ShadowToast |
|
| ShadowTouchDelegate |
|
| ShadowTrafficStats |
|
| ShadowTypedArray |
|
| ShadowTypeface |
|
| ShadowTypeface.FontDesc |
|
| ShadowUsageStatsManager |
Shadow of UsageStatsManager .
|
| ShadowUsageStatsManager.AppUsageObserver |
App usage observer registered via UsageStatsManager.registerAppUsageObserver(int,
String[], long, TimeUnit, PendingIntent) .
|
| ShadowUsageStatsManager.EventBuilder |
Builder for constructing UsageEvents.Event objects.
|
| ShadowUsageStatsManager.UsageStatsBuilder |
Builder for constructing UsageStats objects.
|
| ShadowUsbManager |
Robolectric implementation of UsbManager .
|
| ShadowUserManager |
Robolectric implementation of UserManager .
|
| ShadowValueAnimator |
|
| ShadowVectorDrawable |
|
| ShadowVelocityTracker |
|
| ShadowVibrator |
|
| ShadowVideoView |
|
| ShadowView |
|
| ShadowView.WindowIdHelper |
|
| ShadowViewAnimator |
|
| ShadowViewConfiguration |
|
| ShadowViewGroup |
|
| ShadowViewRootImpl |
|
| ShadowVirtualRefBasePtr |
|
| ShadowVisualVoicemailSms |
|
| ShadowVMRuntime |
|
| ShadowWallpaperManager |
|
| ShadowWebStorage |
Shadow of WebStorage which constructs a stub instance rather than attempting to create a full Chromium-backed instance.
|
| ShadowWebSyncManager |
|
| ShadowWebView |
|
| ShadowWebView.LoadData |
|
| ShadowWebView.LoadDataWithBaseURL |
|
| ShadowWebViewDatabase |
|
| ShadowWifiConfiguration |
|
| ShadowWifiInfo |
|
| ShadowWifiManager |
Shadow for WifiManager .
|
| ShadowWifiManager.ShadowMulticastLock |
|
| ShadowWifiManager.ShadowWifiLock |
|
| ShadowWifiP2pGroup |
|
| ShadowWifiP2pManager |
|
| ShadowWindow |
|
| ShadowWindowManager |
|
| ShadowWindowManagerGlobal |
|
| ShadowWindowManagerImpl |
|
| ShadowWindowManagerImpl.ShadowCompatModeWrapper |
|
| ShadowXmlBlock |
|
| ShadowZoomButtonsController |
|
| StorageVolumeBuilder |
Class to build StorageVolume
|


After a successful password update, you will be redirected to the login page where you can log in with your new password.
You must provide your current password in order to change it.


Not chosen
Improvised French
Improvised Cyrillic
Improvised Chinese
Improvised Arabic
Not chosen
Asian (A -> 诶)
Cyrillic (A -> Я)
European (A -> Å)
Arabic (A -> ئ)


For easy configuration, you can start with these example client/server configurations and modify for your systems.
Examples of Standard Client/Server Configuration
Generally, locators and servers use the same distributed system properties file, which lists locators as the discovery mechanism for peer members and for connecting clients. For example:
mcast-port=0
locators=localhost[41111]
On the machine where you wish to run the locator (in this example, ‘localhost’), you can start the locator from a gfsh prompt:
gfsh>start locator --name=locator_name --port=41111
Or directly from a command line:
prompt# gfsh start locator --name=locator_name --port=41111
Specify a name for the locator that you wish to start on the localhost. If you do not specify the member name, gfsh will automatically pick a random name. This is useful for automation.
The server’s cache.xml
declares a cache-server
element, which identifies the JVM as a server in the distributed system.
<cache>
<cache-server port="40404" ... />
<region . . .
Once the locator and server are started, the locator tracks the server as a peer in its distributed system and as a server listening for client connections at port 40404.
You can also configure a cache server using the gfsh
command-line utility. For example:
gfsh>start server --name=server1 --server-port=40404
See start server
.
The client’s cache.xml
<client-cache>
declaration automatically configures it as a standalone Geode application.
The client’s cache.xml
:
- Declares a single connection pool with the locator as the reference for obtaining server connection information.
- Creates
cs_region
with the client region shortcut configuration,CACHING_PROXY
. This configures it as a client region that stores data in the client cache.
There is only one pool defined for the client, so the pool is automatically assigned to all client regions.
<client-cache>
<pool name="publisher" subscription-enabled="true">
<locator host="localhost" port="41111"/>
</pool>
<region name="cs_region" refid="CACHING_PROXY">
</region>
</client-cache>
With this, the client is configured to go to the locator for the server connection location. Then any cache miss or put in the client region is automatically forwarded to the server.
Example—Standalone Publisher Client, Client Pool, and Region
The following API example walks through the creation of a standalone publisher client and the client pool and region.
public static ClientCacheFactory connectStandalone(String name) {
return new ClientCacheFactory()
.set("log-file", name + ".log")
.set("statistic-archive-file", name + ".gfs")
.set("statistic-sampling-enabled", "true")
.set("cache-xml-file", "")
.addPoolLocator("localhost", LOCATOR_PORT);
}
private static void runPublisher() {
ClientCacheFactory ccf = connectStandalone("publisher");
ClientCache cache = ccf.create();
ClientRegionFactory<String,String> regionFactory =
cache.createClientRegionFactory(PROXY);
Region<String, Strini> region = regionFactory.create("DATA");
//... do work ...
cache.close();
}
Example—Standalone Subscriber Client
This API example creates a standalone subscriber client using the same connectStandalone
method as the previous example.
private static void runSubscriber() throws InterruptedException {
ClientCacheFactory ccf = connectStandalone("subscriber");
ccf.setPoolSubscriptionEnabled(true);
ClientCache cache = ccf.create();
ClientRegionFactory<String,String> regionFactory =
cache.createClientRegionFactory(PROXY);
Region<String, String> region = regionFactory
.addCacheListener(new SubscriberListener())
.create("DATA");
region.registerInterestRegex(".*", // everything
InterestResultPolicy.NONE,
false/*isDurable*/);
SubscriberListener myListener =
(SubscriberListener)region.getAttributes().getCacheListeners()[0];
System.out.println("waiting for publisher to do " + NUM_PUTS + " puts...");
myListener.waitForPuts(NUM_PUTS);
System.out.println("done waiting for publisher.");
cache.close();
}
Example of a Static Server List in Client/Server Configuration
You can specify a static server list instead of a locator list in the client configuration. With this configuration, the client’s server information does not change for the life of the client member. You do not get dynamic server discovery, server load conditioning, or the option of logical server grouping. This model is useful for very small deployments, such as test systems, where your server pool is stable. It avoids the administrative overhead of running locators.
This model is also suitable if you must use hardware load balancers. You can put the addresses of the load balancers in your server list and allow the balancers to redirect your client connections.
The client’s server specification must match the addresses where the servers are listening. In the server cache configuration file, here are the pertinent settings.
<cache>
<cache-server port="40404" ... />
<region . . .
The client’s cache.xml
file declares a connection pool with the server explicitly listed and names the pool in the attributes for the client region. This XML file uses a region attributes template to initialize the region attributes configuration.
<client-cache>
<pool name="publisher" subscription-enabled="true">
<server host="localhost" port="40404"/>
</pool>
<region name="cs_region" refid="CACHING_PROXY">
</region>
</client-cache>


Neo-HPSTR Features
- Neo-HPSTR is a fully functional Jekyll Blog theme created by Michael Rose
- Modern and minimal design.
- Responsive templates for post, page, and post index
_layouts
. Looks great on mobile, tablet, and desktop devices. - Gracefully degrades in older browsers. Compatible with Internet Explorer 8+ and all modern browsers.
- Sweet animated menu with support for drop-downs.
- Optional Disqus comments and social sharing links.
- Open Graph and Twitter Cards support for a better social sharing experience.
- Simple custom 404 page to get you started.
- Syntax highlighting stylesheet to make your code examples look snazzy
- Available in Spanish. Thanks @cruznick!
Download the Theme
Navigate to your Desktop directory (Feel free to use any directory you want)
userone@laptop:~/Development/tutorials$ cd ~
userone@laptop:~/Desktop$
Click the button or enter the following commands into the terminal.
wget https://github.com/mmistakes/hpstr-jekyll-theme/archive/master.zip
Once the theme finishes downloading you need to extract it into the you want to work in.
unzip ~/Desktop/hpstr-jekyll-theme-master/
Basic Setup and Configuration
After downloading Neo-HPSTR you can begin configuring the theme so it will run properly in Jekyll. Open your terminal and navigate to the hpstr-jekyll-theme-master/ you created in the previous section of this tutorial. If you unipped it on your Desktop enter the following commands into the terminal.
userone@laptop:~/Desktop$ cd ~/Desktop/hpstr-jekyll-theme-master/
userone@laptop: ~/Desktop/hpstr-jekyll-theme-master$
Next you need to make install Bundler and all theme dependencies by entering the folowing commands into the terminal.
userone@laptop: ~/Desktop/hpstr-jekyll-theme-master$ gem install bundler
Now to install the Neo-HPSTR’s dependencies
userone@laptop: ~/Desktop/hpstr-jekyll-theme-master$ bundle install
Customizing the Theme
Once you have installed the theme’s dependencies you need to edit the ==_config.yml== YAML file to personalize your site. Open the file with your favorite text editor and enter your personal information.
title: Enter Your Sites Title
description: Provide a short description of your blog
disqus_shortname: We will deal with Disqus in the next section leave blank for now.
url: http://localhost:4000 The url must be set to localhost:4000 when running it locally and you will need to change this to your websites address before deploying our blog.
Owner/author information You must provide information for the name, bio, and email variables or some sections of the site will not function correctly.
owner:
name: Enter Your Name
avatar: avatar.jpg
bio: Enter a short bio about yourself.
email: Enter your email
# Social networking links used in footer. Update and remove as you like.
github: github username
keybase: keybase username
stackexchange: you get the idea
linkedin:
instagram:
google_plus: for google plus make sure you put a + infront of your username
timezone: Change if not are not in the America/New_York time zone.
After editing the ==_config.yml== file make sure you save your changes before proceeding to the next step.
Running Jekyll
The preferred method for running Jekyll is with ==bundle exec jekyll “command option”==, but if you’re willing to deal gem conflicts feel free to go cowboy with a ==jekyll build== or ==jekyll serve==. Once you have dealt with gem conflicts I assure you, you will have no problem typing a few more characters and launching the site using == bundle exec jekyll serve== That said, enter the following commands into the terminal and launch the site on your local server (http://localhost:4000).
In some cases you may want to rebuild your blog before launching it. To do this you just need to run ==bundle exec jekyll build== before launching the site.
userone@laptop: ~/Desktop/hpstr-jekyll-theme-master$ bundle exec jekyll build
userone@laptop: ~/Desktop/hpstr-jekyll-theme-master$ bundle exec jekyll serve
Configuration file: /home/userone/Development/jajb-master/_config.yml
Source: /home/userone/Development/jajb-master
Destination: /home/userone/Development/jajb-master/_site
Incremental build: disabled. Enable with --incremental
Generating...
done in 1.003 seconds.
Auto-regeneration: enabled for '/home/userone/Development/jajb-master'
Configuration file: /home/userone/Development/jajb-master/_config.yml
Server address: http://<IP_ADDRESS>:4000/
Server running... press ctrl-c to stop.
If the serve command executes without any errors you should be able to open up a browser and got to http://localhost:4000) and your new blog should load. If the command executes without an error but does not load in your browser the problem most likely is due to a misconfigured _config.yml file. To fix this open the _config.yml file and make sure the url: setting is set to http://localhost:4000.
Good Job! You can now see the fruits of your labor and naviate the default posting included in with the theme. In the next section of this tutorial I will show you how to set up backgrounds, load avatars and wire up the advanced features in this blog.
If you made it this far into the tutorial and plan on using the theme for your blog then tell the developer thank you by making a donation. Even if it’s only a few bucks I am sure it will be appreciated and if you wondering I don’t know the theme’s developer and will not benefit financially whatsoever from your donation. However if you do donate all of us could benefit in the future because the developer might just put out another dope theme or some other FOSS for the world to use.
Information should be free not trademarked and copy written.


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Top: Networking: ipmessage
#include <pinet.h> class ipmessage { ipmessage(); ipmessage(ipaddress ip, int port); ipmessage(string host, int port); bool waitfor(int timeout); void send(const char* buf, int count); void send(string s);
int receive(char* buf, int count [, ipaddress& src ] ); string receive(int max [, ipaddress& src ] ); ipaddress get/set_ip(); string get/set_host(); int get/set_port(); ipaddress get_myip(); int get_myport(); }
The ipmessage class implements connectionless, unreliable datagram communication between IP hosts. The underlying protocol (UDP) never guarantees that a message will be delivered to the destination, however, in return, it has the ability to send broadcast messages on a local network. Unlike the stream-oriented protocols which have some traffic overhead because of the control packets (for opening/closing connections and for confirming each delivery), the message-oriented protocols always send a single packet, sometimes fragmented if it exceeds the size of a physical frame.
In summary, message-oriented communication is useful in the following situations:
The maximum message size is limited to 64 KBytes on most systems. Note however, that sending large messages may result in fragmentation and hence a lesser probability that the whole message will be delivered. You may assume that a maximum data size for a UDP message is 1472 bytes, even though such message may still be fragmented when transferred over a non-Ethernet medium. The size of a guaranteed indivisible UDP packet is 512 bytes on all physical media types.
For larger data chunks you may consider using streaming protocols, since the TCP control traffic overhead is insignificant compared to data in such cases.
The ipmessage and ipmsgserver classes are not compatible with PTypes streaming interfaces due to unreliable and connectionless nature of the underlying protocol. These classes provide a pair of low-level methods receive() and send() and require that the client (ipmessage) first call send() prior to receiving, and the server (ipmsgserver) must first receive data prior to sending. In addition, the server object can be polled for pending data (optionally with timed waiting) using poll().
The ipmessage class is reusable, i.e. you may use one object to send data to multiple destinations by changing the ip (or host) and port properties.
Ipmessage can generate exceptions of type (estream*) with a corresponding error code and a message string.
(See also Example 2 in Examples)
ipmessage::ipmessage() is the default constructor.
ipmessage::ipmessage(ipaddress ip, int port) constructs an ipmessage object and assigns the peer ip/port values. To send a broadcast message to all hosts on a local network, assign a predefined constant ipbcast to ip.
ipmessage::ipmessage(string host, int port) constructs an ipmessage object and assigns the peer host name and port values. Before actually sending data first time, the object resolves the host name to a numeric IP address. Host can be either a symbolic DNS name or a numeric address in a string form (e.g. "somehost.com" or "<IP_ADDRESS>").
bool ipmessage::waitfor(int milliseconds) waits on a socket until data is available for reading (returns true) or the time specified has elapsed, in which case it returns false.
ipmessage::send(const char* buf, int count) sends data to the peer. Ip/host and port properties must be assigned prior to calling send(). A client must first call send() before receiving data from the peer.
ipmessage::send(string s) works like the previous version of send() except that it sends the string s (not including the terminating null-symbol).
int ipmessage::receive(char* buf, int count [, ipaddress& src ] ) reads data from the socket. Receive() may hang if no data is available for reading. This function returns the actual number of bytes read. If the packet received exceeds the size of the supplied buffer, an exception is raised with code EMSGSIZE. You may check if there is data available for reading without 'hanging' using waitfor() described above. The last optional parameter src receives the IP address of the host that sent this packet: it may be useful if the packet is received in response to a broadcast request.
string ipmessage::receive(int max [, ipaddress& src ] ) works like the previous version of receive() except that it returns data in a dynamic string. The parameter max specifies the limit which may not be exceeded when reading data from the network, like with the previous version of receive().
ipaddress ipmessage::get/set_ip() sets/retrieves the peer address in a numerical form. If the object was constructed using a symbolic name, get_ip() may perform a DNS lookup (only once). To send a broadcast message to all hosts on a local network, assign a predefined constant ipbcast to this property.
string ipmessage::get/set_host() sets/retrieves the peer address in a symbolic form. If the object was constructed using a numeric IP address, get_host() may perform a reverse DNS lookup.
int ipmessage::get/set_port() sets/retrieves the peer port number.
ipaddress ipmessage::get_myip() returns the local address associated with the socket.
int ipmessage::get_myport() returns the local port number associated with the socket.
See also: ipmsgserver, Utilities, Examples


20 February 1997
Disease Outbreak Reported
The composition for the influenza vaccine for the 1997- 1998 season was announced at a meeting of international experts that was held at the World Health Organization (WHO) headquarters in Geneva on 19 February. The three components to be included are: an A/Wuhan/359/95(H3N2)-like strain, an A/Bayern/7/95(H1N1)-like strain and a B/Beijing/184/93-like strain. In this composition the H1N1 component has been changed since last year.
During the 1997-1997 season several countries in the Northern Hemisphere reported moderate to severe influenza epidemics. Influenza activity in several countries in western Europe and in North America reached a peak during December 1997 or January 1997 whereas in central and eastern Europe activity increased around mid-January. Influenza A viruses were isolated worldwide and were almost exclusively of the influenza A(H3N2) subtype. However, most isolates from Asia were influenza B, although in Japan influenza A(H3N2) was most prevalent. In North America and parts of Europe, influenza B was frequently reported either along with, or following influenza A activity. A few laboratory confirmed cases of influenza A(H1N1) have been reported since October 1997. Further information is presented in Weekly Epidemiological Record No. 9 published on 28 February.


Syntax
Attributes
Events
Web Form 2.0
- Example 01 - Labels, text, radio, and submit button
- Example 02 - Datetime, Datetime-Local, Date, Month, Week, Time, Number, Range, Email, and URL
- Example 03 - Button, Checkbox, Color, File, Hidden, Number, Password, Radio, Search, Tel, and Reset
- Example 04 - Output, Placeholder, Autofocus, and Required
SVG (Scalable Vector Graphics)
MathML
Web Storage
Web SQL Database
Server Sent Events
WebSockets
Canvas
Audio & Video
Geolocation


I am a data scientist who has just completed the Data Science Immersive course at General Assembly. I have held previous positions in software development, modeling & simulation, and mathematical research.
Enrolled in twelve-week Data Science Immersive course. Gained experience in the data science workflow, including formulating problems, exploring and cleaning data, and building and evaluating models for regression and classification. Developed Python code within Jupyter notebook environments.
Developed and implemented algorithms for Simscape, a package that lets engineers build and simulate physical models. Prototyped tolerance definitions that are tailored to individual equations within a system. Incorporated and implemented matrix decomposition algorithm to develop a new system solver that is designed to improve simulation speed of nonlinear systems with a special structure.
Developed a communications link analysis traffic model and decision support system for the Air Force Satellite Control Network (AFSCN). Designed algorithms for discrete event and Monte Carlo simulations to determine which links are at greatest risk of data overload.
Analyzed system behavior for a large missile tracking and prediction testbed. Analyzed predicitive filters and track correlation algorithms and used debugging tools to fix identified problems.
Thesis: Combinatorics of Viterbi Sequences
Thesis: Assist Channel Coding for Optical Character Recognition
Apart from being a data scientist, my main interests are in discrete applied mathematics. I love thinking about and solving combinatorial problems. I have discovered and proven theorems about numbers of perfect matchings of a plane graphs, and one article I wrote has over 100 citations.
My favorite non-technical activity is choral singing. Having perfect pitch, I have given opening pitches for a cappella pieces without the aid of a pitchpipe.


Lab safety
All of our lab work would've been performed in BSL-2 labs. Before we started the lab work, we would've been made aware of potential risks in the lab and we were instructed on what precautions we should take while working there. The lab manager would've made sure we would've read and signed safety forms containing the rules for handling waste, chemicals and GMOs in the lab.
We would've been introduced to all of the instruments we would use during our project and we would've make sure that no one would use them if they were uncertain in how to use them, limiting the potential risks to ourselves or to the other colleagues present in the lab.
Before using chemicals, we would've read the safety data sheets to know what risks they may pose.
While doing laboratory work we would've been supervised at all times either directly by our supervisors or by others working in the lab.
The Gene Technology Act (Act of 2 April 1993 No. 38 Relating to the Production and Use of Genetically Modified Organisms, etc.) can be found on the official website of the Norwegian government.


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August 2020 - Country To Coast themed box
Princetown, Haytor and Postbridge visitor centres
Tavistock


Home
Welcome to Prot3ctingInbox3s, a university project for our module 206CDE Real World Project
. The Project is a close-source chatbot.
For this task we were asked to use botkit and as we are all a Cybersecurity & Ethical Hacking students, we decided to make a chatbot for scanning phishing emails. The main aim we hope for this project is to make an e-mail scanning service to not only identify phishing attempts but also provide constant support. By logging suspicious activity our product will also aid with incident response should any attack occur and by automating these services we aim to lower the costs and improve the response times of cyber security for all levels of users
We hope this chatbot can be used by Human Resources, IT Departments, CEO’s and CTO’s, Managers and actually for Personal use in order to reduce the harmful effects of phishing attacks.
Found a Bug?
If you have found a bug please either send us an email using our contact form or create an issue on GitHub. All bug finders will be acknowledged on our acknowledgement page!
Legal Policy & Terms of Use
Even though we are using a open-source library our software is considered freeware because it will be available for no costs but will be closed source with more restrictions. For that reason, there is no set license or EULA that will define our software, but we will be defining our own conditions.
We will use licensing for a closed source product so no one from the public can look at or alter the code/program therefore making our product more secure. The owner of proprietary software exercises certain exclusive rights over the software. The owner can restrict use, inspection of source code, modification of source code, and redistribution


Use Arrow Keys, move your Mouse, or slide the paddle to prevent the ball to fall.
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Thimble¶
Run stitchr
high-throughput on multiple and paired TCRs¶
Instead of running stitchr
on rearrangements one by one, you can fill out the necessary details into a tab separated file (.tsv) and submit it to thimble
. The format of the input data can be found in the empty and example templates located in the templates/
directory.
Note that there are two kinds templates, one for alpha/beta TCRs, and another for gamma/delta TCRs, with the only difference being the gene names in the header fields. Users can only use thimble
to stitch TCRs of one type per operation, and thus cannot mix a/b and g/d TCRs in the same input files.
You can tell thimble
what flavour of TCR you’re making directly, using the -r / --receptor
field followed by a single or double digit string (case-insensitive), e.g.:
# Alpha/beta TCRs
thimble -in somefile.tsv -r a
thimble -in somefile.tsv -r AB
thimble -in somefile.tsv -r b
# Gamma/delta TCRs
thimble -in somefile.tsv -r g
thimble -in somefile.tsv -r GD
thimble -in somefile.tsv -r dg
Alternatively if you don’t use the -r
flag, thimble
will automatically infer the TCR loci from the header line of the input file. While the ‘TRA-TRB’ and ‘TRG-TRD’ labels are not explicitly used by
thimble
, they are used by the gui-stitchr
script described below, and help make it clearer what’s in which files.
The species can be explicitly set via the -s / --species
flag, or by including the common name in the input file somewhere. Note that using either the receptor or species flag explicitly will take precedence over any details inferred from input file.
All of the recombination-specific fields that can ordinarily be specified at the command line in stitchr
can be applied per row using thimble
, with the exception of species (which must be kept the same for all TCRs in a given thimble
run).
Note that the input to thimble
can also be used to generate rearrangements for both chains of a given TCR (a/b or g/d) on one row, with additional options to link those sequences together (e.g. for gene synthesis). A number of x2A potential linkers are provided in the Data/linkers.tsv file. If custom linkers are desired, you can either edit that linkers file or just enter the nucleotide sequence of the desired linker into the Linker column of the input tsv. thimble
will allow linkers that disrupt the frame (i.e. have a length not divisible by 3) but will throw a warning, so use carefully. 5’ and 3’ sequences can be added to both ends of either chain in a heterodimer, again allowing but throwing a warning if a custom sequence could potentiallydisrupt the frame.
By default, thimble
produces linked TCRs in the order 5’ - beta chain - linker - alpha chain - 3’, as this has been shown to increase the surface presentation of ectopic TCRs. However this can still be specified with the ‘Link_order’ column in the input template file, using ‘AB’ or ‘BA’ to refer to ‘alpha-beta’ or ‘beta-alpha’ orders respectively. Link order is ignored if no linker is provided. The same holds true for gamma-deltas (defaulting to DG over GD).
Any warnings and errors generated on a per-TCR basis are recorded in the final output file; it is recommended that users check this information, to ensure they understand the potential limitations of a specific sequence.
Example usage¶
thimble -in [input tsv] -o [output tsv]
thimble -in thimble_input_example_TRA-TRB.tsv -o testing
The test input example is available in the templates/
directory of the Github repo.
Stitch multiple TCRs per line with list and wildcard fields¶
Some applications may require stitching multiple variants of a particular rearrangement. When fields are specified with multiple options, a new line will be generated for each specified option, or one for each combination of options if more than one field with multiple fields are specified. Thimble allows you to specify multiple options for a particular field in several ways:
For almost every field, multiple options can be provided by separating options with commas.
E.g.
TRAV1-1\*01,TRAV1-2\*01,TRAV1-2\*02
for TRAV orCAVLDSNYQLIW,CAVLMSNYQLIW
for TRA_CDR3.
For every field that relates to a specific germline TCR region (L/V/J/C), every allele for a given gene can be specified by using the
%
wildcard in place of an allele number.E.g. using default IMGT-GENE/DB,
TRBV19\*%
will stitch the rearrangement using each ofTRBV19\*01
,TRBV19\*02
, andTRBV19\*03
For the same fields, users can opt to systemically try every available gene and allele for a region by only entering
%
in that field.E.g. placing
%
in the TRBJ field will stitch that rearrangement in combination with every different beta J gene.Note that this option is expected to generate a large number of warning messages, as not all genes are likely or able to take part in certain rearrangements.
Optional arguments¶
-h
- see a help menu, containing all the command line options-s
- specify a species, as withstitchr
-cu
- use an alternative codon usage file, from which to generate the sequences for the non-templated residues (see below)-p
- specify a path containing gene allele preferences (see below)-r
- specify the kind of TCR, i.e. a/b or g/d-xg
- toggle providing additional/custom genes to be stitched into TCR transcripts in the Data/additiona-genes.fasta file-jt
- length of J gene substring that has to be matched to avoid throwing a warning (decrease to get fewer notices about short J matches), default = 3


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Map data (c) OpenStreetMap contributors, https://www.openstreetmap.org Extracts created by BBBike, https://extract.bbbike.org osmium2shape by Geofabrik, https://geofabrik.de Please read the OSM wiki how to use shape files. https://wiki.openstreetmap.org/wiki/Shapefiles This shape file was created on: Tue Feb 11 01:18:16 UTC 2020 GPS rectangle coordinates (lng,lat): Script URL: Name of area: We appreciate any feedback, suggestions and a donation! You can support us via PayPal or bank wire transfer. https://extract.bbbike.org/community.html You can donate any free amount you want. We are happy for every donation, for 5, 10, 20, or 50 Euro. Whatever you think the service is worth for you, or you can afford. We need to raise 10 Euro (12 USD) by the end of the day or 300 Euro (350USD) per month to cover the server costs. Your donation helps to pay for hosting the service. Many thanks! thanks, Wolfram Schneider -- BBBike professional plans: https://extract.bbbike.org/support.html Planet.osm extracts: https://extract.bbbike.org BBBike Map Compare: https://mc.bbbike.org


@UiThread abstract fun newTaskAdded(task: PendingTask): Unit
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task - The PendingTask newly added to Wendy.
task


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1980s Pastel Work Day Scheduler
Lightweight Scheduler App built on Skeleton CSS, Moment JS and Jquery.
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---
description: Assemble your graphs into comprehensive dashboards
title: Datadog 101 - Building Great Dashboards
type: preso
weight: 2
---
# Building Great Dashboards
---
# Two Types Of Dashboards
![](../../images/buildinggreatdashboards/2dashboards.png)
---
# Two Sets of Widgets
### Timeboards
![](../../images/buildinggreatdashboards/timeboardwidgets.png)
### Screenboards
![](../../images/buildinggreatdashboards/screenboardwidgets.png)
---
# Two Different Goals
![](../../images/buildinggreatdashboards/dashboards.png)
---
# ElasticSearch Metrics
![](../../images/buildinggreatdashboards/elasticsearch-alerts-final2.png)
---
# ElasticSearch Metrics
| Metric | Description|
|------|--------|
| elasticsearch.active_primary_shards
(gauge) | The number of active primary shards in the cluster.
shown as shard |
| elasticsearch.active_shards
(gauge) | The number of active shards in the cluster.
shown as shard |
| elasticsearch.breakers.fielddata.estimated_size_in_bytes
(gauge) | The estimated size in bytes of the field data circuit breaker.
shown as byte |
| elasticsearch.breakers.fielddata.overhead
(gauge) | The constant multiplier for byte estimations of the field data circuit breaker. |
| elasticsearch.breakers.fielddata.tripped
(gauge) | The number of times the field data circuit breaker has tripped. |
| elasticsearch.breakers.parent.estimated_size_in_bytes
(gauge) | The estimated size in bytes of the parent circuit breaker.
shown as byte |
| elasticsearch.breakers.parent.overhead
(gauge) | The constant multiplier for byte estimations of the parent circuit breaker. |
| elasticsearch.breakers.parent.tripped
(gauge) | The number of times the parent circuit breaker has tripped. |
| elasticsearch.breakers.request.estimated_size_in_bytes
(gauge) | The estimated size in bytes of the request circuit breaker.
shown as byte |
| elasticsearch.breakers.request.overhead
(gauge) | The constant multiplier for byte estimations of the request circuit breaker. |
| elasticsearch.breakers.request.tripped
(gauge) | The number of times the request circuit breaker has tripped. |
---
| Metric | Description|
|------|--------|
| elasticsearch.cache.field.evictions
(gauge) | The total number of evictions from the field data cache.
shown as eviction |
| elasticsearch.cache.field.size
(gauge) | The size of the field cache.
shown as byte |
| elasticsearch.cache.filter.count
(gauge) | The number of items in the filter cache.
shown as item |
| elasticsearch.cache.filter.evictions
(gauge) | The total number of evictions from the filter cache.
shown as eviction |
| elasticsearch.cache.filter.size
(gauge) | The size of the filter cache.
shown as byte |
| elasticsearch.cluster_status
(gauge) | The elasticsearch cluster health as a number: red = 0, yellow = 1, green = 2 |
| elasticsearch.docs.count
(gauge) | The total number of documents in the cluster across all shards.
shown as document |
| elasticsearch.docs.deleted
(gauge) | The total number of documents deleted from the cluster across all shards.
shown as document |
| elasticsearch.fielddata.evictions
(gauge) | The total number of evictions from the fielddata cache.
shown as eviction |
| elasticsearch.fielddata.size
(gauge) | The size of the fielddata cache.
shown as byte |
| elasticsearch.flush.total
(gauge) | The total number of index flushes to disk since start.
shown as flush |
| elasticsearch.flush.total.time
(gauge) | The total time spent flushing the index to disk.
shown as second |
---
| Metric | Description|
|------|--------|
| elasticsearch.fs.total.available_in_bytes
(gauge) | The total number of bytes available to this Java virtual machine on this file store.
shown as byte |
| elasticsearch.fs.total.disk_io_op
(gauge) | The total I/O operations on the file store.
shown as operation |
| elasticsearch.fs.total.disk_io_size_in_bytes
(gauge) | Total bytes used for all I/O operations on the file store.
shown as byte |
| elasticsearch.fs.total.disk_read_size_in_bytes
(gauge) | The total bytes read from the file store.
shown as byte |
| elasticsearch.fs.total.disk_reads
(gauge) | The total number of reads from the file store.
shown as read |
| elasticsearch.fs.total.disk_write_size_in_bytes
(gauge) | The total bytes written to the file store.
shown as byte |
| elasticsearch.fs.total.disk_writes
(gauge) | The total number of writes to the file store.
shown as write |
| elasticsearch.fs.total.free_in_bytes
(gauge) | The total number of unallocated bytes in the file store.
shown as byte |
| elasticsearch.fs.total.total_in_bytes
(gauge) | The total size in bytes of the file store.
shown as byte |
| elasticsearch.get.current
(gauge) | The number of get requests currently running.
shown as request |
| elasticsearch.get.exists.time
(gauge) | The total time spent on get requests where the document existed.
shown as second |
| elasticsearch.get.exists.total
(gauge) | The total number of get requests where the document existed.
shown as request |
| elasticsearch.get.missing.time
(gauge) | The total time spent on get requests where the document was missing.
shown as second |
| elasticsearch.get.missing.total
(gauge) | The total number of get requests where the document was missing.
shown as request |
| elasticsearch.get.time
(gauge) | The total time spent on get requests.
shown as second |
| elasticsearch.get.total
(gauge) | The total number of get requests.
shown as request |
---
| Metric | Description|
|------|--------|
| elasticsearch.http.current_open
(gauge) | The number of current open HTTP connections.
shown as connection |
| elasticsearch.http.total_opened
(gauge) | The total number of opened HTTP connections.
shown as connection |
| elasticsearch.id_cache.size
(gauge) | The size of the id cache
shown as byte |
| elasticsearch.indexing.delete.current
(gauge) | The number of documents currently being deleted from an index.
shown as document |
| elasticsearch.indexing.delete.time
(gauge) | The total time spent deleting documents from an index.
shown as second |
| elasticsearch.indexing.delete.total
(gauge) | The total number of documents deleted from an index.
shown as document |
| elasticsearch.indexing.index.current
(gauge) | The number of documents currently being indexed to an index.
shown as document |
| elasticsearch.indexing.index.time
(gauge) | The total time spent indexing documents to an index.
shown as second |
| elasticsearch.indexing.index.total
(gauge) | The total number of documents indexed to an index.
shown as document |
See all of [the metrics for Elasticsearch](/summit-training-session/notes/buildinggreatdashboards/)
---
# What do you think the work metrics should be?
The server does something.
* **Throughput Metrics**: How many of those things did it do?
* **Performance Metrics**: How long does it take to do those things?
* **Success Metrics**: How many of those things were done successfully?
* **Error Metrics**: How many of those things were not done successfully?
[Review the notes for this section to see them all](../../notes/buildinggreatdashboards/)
---
# What do you think the resource metrics should be?
The server does something and relies on a resource.
* **Utilization Metrics**: How busy was the resource while the server did its thing?
* **Saturation Metrics**: How long is the queue of things waiting for the server?
* **Error Metrics**: How many errors is the resource experiencing with regards to the server?
* **Availability Metrics**: How long is the resource available for?
[Review the notes for this section to see them all](../../notes/buildinggreatdashboards/)
---
# Some Key Elasticsearch Metrics
| Category | Metric |
|------|-----|
|Work:**Throughput**|`elasticsearch.primaries.search.query.total`|
|Work:**Throughput**|`elasticsearch.primaries.search.query.current`|
|Work:**Throughput**|`elasticsearch.primaries.search.fetch.current`|
|Work:**Performance**|`elasticsearch.primaries.search.query.time`|
|Resource:**Utilization**| `jvm.mem.non_heap_committed`|
|Resource:**Utilization**| `jvm.mem.heap_committed`|
|Resource:**Availability**| `elasticsearch.initializing_shards`|
|Resource:**Saturation**| `elasticsearch.thread_pool.bulk.queue`|
See https://www.datadoghq.com/blog/monitor-elasticsearch-performance-metrics/ for more
---
# Building a Timeseries on a Dashboard
1. Create a Timeboard or Screenboard
1. Drag Timeseries to the canvas
1. Select the metric
1. Set the Scope (host, etc)
1. Space Aggregation (avg, max, min, sum; by x)
1. Time Aggregation (optional)(rollup)
1. Functions
---
# Building a Timeseries
![](https://d1ax1i5f2y3x71.cloudfront.net/items/2S173y0a2f0K0B1D2V0d/%5Bc16f26b2d4d9f41c6acabffc2da22d67%5D_Image%25202017-09-25%2520at%252010.44.56%2520AM.public.png)
---
# Building a Timeseries
![](https://cl.ly/0A1Y1q0m453b/Image%202017-09-25%20at%2010.50.57%20AM.public.png)
---
# Building a Timeseries
![](https://cl.ly/3r3d1C1o1T2a/Image%202017-09-25%20at%2010.52.49%20AM.public.png)
---
# Building a Timeseries
![](https://cl.ly/0j3h2g1j2F23/Image%202017-09-25%20at%2010.54.23%20AM.public.png)
---
# Building a Timeseries
![](https://cl.ly/3q1d1V0h0R0u/Image%202017-09-25%20at%2010.56.17%20AM.public.png)


tmlib.preprocessing.preprocessing¶
This is module work with text data which needed to preprocess.
Please refer [1] to know more detail about preprocessing technique
Contents
class tmlib.preprocessing.preprocessing.PreProcessing¶
tmlib.preprocessing.preprocessing.PreProcessing(file_path, stemmed=False, remove_rare_word=3, remove_common_word=None)
Parameters¶
file_path: string, not default
Path of file corpus which has raw text format.
stemmed: boolean, default: False
Appply the stemming algorithm (Porter, 1980) to preprocess text data. The algorithm is applied when parameter is set value True
remove_rare_word: int, default: 3
Removing rarely words in the documents. Default, words which appeared in less 3 documents will be removed
remove_common_word: int, default: None
Removing common words (which appeared in many documents). Default, words which appeared in greater a half documents of corpus will be removed.
Attributes¶
path_file_vocab: string,
path of the vocabulary file which created after calling method extract_vocab()
path_file_tf: string,
path of file corpus with term-frequency format. This file is created after calling method save_format_tf()
path_file_sq: string,
path of file corpus with term-sequence format. This file is created after calling method save_format_sq()
Methods¶
__init__(file_path, stemmed=False, remove_rare_word=3, remove_common_word=None)
process()
run the preprocessing algorithms
extract_vocab (folder=None)
Extracting to the file vocabulary of corpus after preprocessing
Parameters: folder (string, default: None)
The position which file vocabulary is saved. By default, file is saved in a folder with path <user home folder> + “tmlib_data/” + <name of file input>
save_format_sq (folder=None)
Extracting to the file corpus with term-sequence format
Parameters: folder (string, default: None)
The position which file term-sequence is saved. By default, file is saved in a same folder with file vocablary created above
save_format_tf (folder=None)
Extracting to the file corpus with term-frequency format
Parameters: folder (string, default: None)
The position which file term-frequency is saved. By default, file is saved in a same folder with file vocablary created above
| [1] | Care and Feeding of Topic Models: Problems, Diagnostics, and Improvements. Jordan Boyd Graber, David Mimno, and David Newman. In Handbook of Mixed Membership Models and Their Applications, CRC/Chapman Hall, 2014. |


About us means you too
Instead of telling you impressive stuff about ourselves, we prefer to share
how we use our culture to
impact
our team, our clients and our community.
But in case you were just expecting us to toot our own horn,
here’s
some
typical "About Us" stuff:
2019
Year Founded
Nyeri
Our home
2K +
Clients/month
5K
Blogs/week
Top 50
Cultures by Enterpreneur inc.
75
Net Promoter Score
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Staff
100%
Efficiency
We are one
We were founded by 2 best friends with a vision to
accomplish great things together while having a great
time
doing it.
We wanted to create a philosophically-driven company that blurred the lines
between friends and co-workers,
acted as a platform to pursue our passions
and changed our perception of how fulfilling a job can be.
So always had a unity mentality and run our business by the collective culture
we have uncovered. This
elevates us and the people we work with.


Open Science Slideshow Package Directory
by
Jamie<EMAIL_ADDRESS>Submitted in partial fulfillment of the requirements for the degree of
Master of Science in Information Systems
at
Athabasca University
as coursework for
Computer Science 601
Survey of Computing and Information Systems
Assignment 3
Instructor: Richard Huntrods
Sunday, March 27, 2016
Deliverables


-
Piazza will not pull your roster, the best way to get your students into
Piazza is to share the class signup link that will be provided through
Piazza when you begin your setup. I recommend sharing this link on the
'Getting Started Lesson' and orientation pages.
-
Students can post anonymously. They show up as anonymous to both classmates
and instructors. I always disable that feature so that students only show up
as 'Anonymous to classmates, but not to instructors'. In the event a student
makes an inappropriate 'anonymous' comment, I can see who
made it.
-
Piazza is great for student polls. In fact, you can force a student to
complete a poll before reading anything else.
-
Enable 'Duplicate post suggestions'. I always enable this setting because
it's an AI that's looking for posts that are similar. Any student can
quickly see questions that someone else asked, know the question has been
asked already, and see feedback.
-
'Class at a Glance' (located at the top of your Piazza course page) is a
great resource that will give you instant feedback on how your Piazza
discussion is going. You can see things like: How many unread posts,
unsanswered questions, contributions, responses, etc.
-
Each question has a unique URL. So you can copy this URL and put it in
another post and it would send a student directly to that question.
-
Make use of the 'Question History' filter. It's important because these
threads function like a wiki, students can go in and edit their original
comments. This filter allows you to see the evolution of those edits.
-
Leverage Piazza's ability to 'Require students to have read this post before
they can create a new post.' This option is under the 'Add this post to
student's reading lists' menu. This is perfect if you notice students are
experiencing a similar problem or technical issue that you want to respond
to, or if you have a general announcement you need everyone to read.


| Audience |
Issues and Concerns |
Needs |
| Perspective Clients - These are homeowners who are either looking for a designer to work with them on a new construction project or on a home renovation |
- Examples of work
- Understanding of scope
- Understanding of process
- Qualifications and credentials
- Testimonials
- Contact information
|
- Contact page
- FAQ page to explain scope and process
- Easy way to navigate portfolio of past projects
- About page provide qualifications and testimonials/reviews
|
| Perspective Partners – These are builders or artisans looking to collaborate on a project who want to see if the design process and aesthetic are compatible with their own |
- Examples of work
- Examples of other partnerships
- Understanding of scope
- Understanding of process
- Qualifications and credentials
- Testimonials
- Contact information
|
- Contact page
- FAQ page to explain scope and process
- Easy way to navigate portfolio of past projects
- Easy way to navigate portfolio of past collaborations
- About page provide qualifications and testimonials/reviews
|
| Returning Clients – These are past clients that may want to return to the site to reference images of their project, show the portfolio as a recommendation or submit a comment |
- Examples of work
- Ability to submit and or share a review
- Contact information
|
- Contact page
- Review form page
- Easy way to navigate past projects
|


Conceptualization Research, Case Studies, Market Analysis Trainings and Seminars for Regulations Events and Conferences
Planning Stage Finding the right Partner University Case studies Blockchain Comparative Analysis Getting Recognized through conference
University Roadshows and Events Conducted as a Dry Run Prior to Implementation Project prefunding started and Capitalization Setting Up the Legal entity Partnership with Recognized Institutions Globally
Project Implementation Application Development Setting Up Roadshows Partnership Road map Exchange Listing and Partnership Bank Integration and Partnership Application for Licenses


Assembler: Modifying fields and methods
When you right click a field or method definition in Recaf selecting "Edit with assembler" will open the assembler window. Fields and methods both use the same assembler system, but each use a different syntax for defining field or method specific properties.
Field assembler specifics
- The field assembler does not have any specific features at the moment.
Method assembler specifics
Features
- Tab completion
- Keywords (instruction opcodes)
- Instruction specific content (class types, field declarations, method declarations).
- Code verification and analysis. After each keypress the code is analyzed for errors. Any error is shown both on the line number that caused it and in the bottom of the window in a list (clicking on list items will jump to the error line). In most cases the error is on the line that it says it is on. For more information on errors, see the post on understanding errors [click here for that].
- Named variables
- The code analysis process allows referencing variables by names rather than indices.
- Classes that contain debug information will automatically disassemble variable instructions using variable names. If no debug information is found then the disassembler will fall back to using indices.
- Right click context actions
- Labels: Navigate to the instructions that reference the label
- Jumps: Navigate to the jump destination
- Switches: Navigate to the switch case labels
- Variables: Navigate to other variable instructions that refer to the same variable name/index
- Class references: Show context menu for referenced class
- Field references: Show context menu for referenced field
- Method references: Show context menu for referenced method
See also: "Understanding assembler errors"


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Mutton Birayani
Chicken 65
Chicken Curry
WEEKEND SPECIAL COMBO
Chicken Combo
Chicken Biriyani + Tandoori
Chicken[2 pcs.] + Gulab
Jamun
[2]
Combo For Family
Chicken Biriyani + Mutton Biriyani
Chicken Curry + Boiled
Egg[4 pcs.] +
Sprite[1 ltr]


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Pablo López Escobés
PHP/Drupal Developer
@plopesc
Static site built with Jekyll.
Static site built with Hugo.
Static site built with Gatsby.
@brianperry

Tome creator/maintainer
Drupal Security Team member
d.o: samuel.mortenson
@DrupalSAM
#tome

$ drush tome:static
$ drush tome:static-export-path
$ drush tome:preview
$ drush tome:clean-files
$ drush tome:export
$ drush tome:export-content
$ drush tome:import
$ drush tome:import-content
$ drush tome:import-complete
$ drush tome:import-partial
$ drush tome-netlify:deploy
Search index stored in JS
Can be used in non-static sites as well
Really fast
https://www.drupal.org/project/lunr

$ composer require drupal-tome/tome_drush
$ drush tome:install
$ drush tome:init
https://github.com/drupal-tome/tome_drush

See: https://tome.fyi/docs/getting-started
$ composer create-project drupal-tome/tome-project my_site\
--stability dev --no-interaction --no-install
$ cd my_site
$ composer install
# Build a Drupal instance with SQLite and Tome enabled.
$ drush tome:init
$ drush runserver <IP_ADDRESS>:8888
# Perform content changes and generate the static build.
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https://github.com/plopesc/lambda_form

See: https://tome.fyi/docs/technical/api
class TomePathSubscriber implements EventSubscriberInterface {
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public static function getSubscribedEvents() {
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As much as you can imagine
$ git clone git@github.com:plopesc/netlify-template.git
$ composer install
$ drush tome:install
$ drush runserver
# Create/edit content at <IP_ADDRESS>:8888
$ git add . && git commit -m "Code updated" && git push
netlify.toml
[build]
command = "composer install && ./vendor/bin/drush tome:install -y\
&& ./vendor/bin/drush tome:static -l $DEPLOY_PRIME_URL"
publish = "html"
[build.environment]
PHP_VERSION="7.2"
See: https://github.com/drupal-tome/drupal-tome.github.io
drush cron -l https://tome-demo.github.io
drush tome:static -l https://tome-demo.github.io
rm -rf gh-pages
git clone git@github.com:tome-demo/tome-demo.github.io.git gh-pages
cd gh-pages
git checkout master || git checkout -b master
cd ..
rm -rf gh-pages/*
cp -r html/* gh-pages/
cd gh-pages
git add .
git commit -m 'Updating gh-pages site'
git push -u origin master
| Nodes | Terms | Build time UI | Build time Drush |
|---|---|---|---|
| 20 | 3 | ~13.4s | ~7.5s |
| 100 | 20 | ~37.9s | ~15.9s |
| 5000 | 100 | ~35m | ~10m |
Basic Standard profile installation + Devel Generate

You cannot notice any difference between hosted & static version. Search is possible thanks to Lunr.
Tome site including other modules like Paragraphs, Geofield, Geocoder, Leaflet, Redirect, Quicklink...


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