Rule violations reported by YamlLint when this is installed.
You can fully disable all of them by adding yaml
to the skip_list.
Specific tag identifiers that are printed at the end of rule name,
like trailing-spaces
or indentation
can also be skipped, allowing
you to have a more fine control.
By default this rule is not used when yamllint library is missing. If you want to make its absence a runtime failure, please add yaml to enable_list inside the configuration file.


Doctor Search
Hello! It looks like you're trying to find a doctor in
.
5 Miles
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Enter a symptom for to find a doctor:
Doctor Lookup by Name:
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public interface LeaseManager
| Modifier and Type | Interface and Description |
|---|---|
static interface |
LeaseManager.LeaseEventObject
Class that provides a Cyc lease event.
|
static interface |
LeaseManager.LeaseManagerListener
Defines the interface for Cyc API services event listeners.
|
static class |
LeaseManager.LeaseManagerReason
Class to contain the Cyc lease manager event reason
|
| Modifier and Type | Field and Description |
|---|---|
static LeaseManager.LeaseManagerReason |
CYC_COMMUNICATION_ERROR
the Cyc lease manager reason when the api service request resulted in a communication error condition
|
static LeaseManager.LeaseManagerReason |
CYC_DENIES_THE_LEASE_REQUEST
the Cyc lease manager reason when Cyc denies the api service lease request
|
static LeaseManager.LeaseManagerReason |
CYC_DOES_NOT_RESPOND_TO_LEASE_REQUEST
the Cyc lease manager reason when Cyc does not respond to the api service lease request
|
static LeaseManager.LeaseManagerReason |
CYC_IMAGE_ID_HAS_CHANGED
the Cyc lease manager reason when Cyc has been restarted with a new image id (invalidating any cached constant ids, and
possibly with inconsistent knowledge state)
|
static LeaseManager.LeaseManagerReason |
LEASE_SUCCESSFULLY_RENEWED
the Cyc lease manager reason when a lease has been successfully renewed
|
| Modifier and Type | Method and Description |
|---|---|
void |
addListener(LeaseManager.LeaseManagerListener cycLeaseManagerListener)
Adds a Cyc lease manager listener.
|
String |
getCycImageId() |
long |
getLeaseDurationMilliseconds()
Gets the lease duration milliseconds.
|
boolean |
hasValidLease()
Returns whether or not we have a valid lease with the Cyc server.
|
void |
immediatelyRenewLease()
Immediately renews the current lease by interrupting the sleep of this leasing thread.
|
void |
interrupt() |
boolean |
isLeaseRequestPending()
Returns the indicator whether a lease request is currently pending.
|
void |
removeAllListeners()
Removes all Cyc lease manager listeners.
|
void |
removeListener(LeaseManager.LeaseManagerListener cycLeaseManagerListener)
Removes a Cyc lease manager listener.
|
void |
run()
Performs periodic Cyc api service lease acquisition, and notifies listeners if the lease fails or is denied.
|
void |
setLeaseDurationMilliseconds(long leaseDurationMilliseconds)
Sets the lease duration milliseconds.
|
static final LeaseManager.LeaseManagerReason CYC_COMMUNICATION_ERROR
static final LeaseManager.LeaseManagerReason CYC_DENIES_THE_LEASE_REQUEST
static final LeaseManager.LeaseManagerReason CYC_DOES_NOT_RESPOND_TO_LEASE_REQUEST
static final LeaseManager.LeaseManagerReason CYC_IMAGE_ID_HAS_CHANGED
static final LeaseManager.LeaseManagerReason LEASE_SUCCESSFULLY_RENEWED
void addListener(LeaseManager.LeaseManagerListener cycLeaseManagerListener)
cycLeaseManagerListener
- a listener for Cyc lease manager eventsString getCycImageId()
long getLeaseDurationMilliseconds()
boolean hasValidLease()
void immediatelyRenewLease()
boolean isLeaseRequestPending()
void removeAllListeners()
void removeListener(LeaseManager.LeaseManagerListener cycLeaseManagerListener)
cycLeaseManagerListener
- a listener for Cyc lease manager eventsvoid run()
void setLeaseDurationMilliseconds(long leaseDurationMilliseconds)
leaseDurationMilliseconds
- the lease duration millisecondsvoid interrupt()
Copyright © 2013–2015 Cycorp, Inc. All rights reserved.


It was the week of the premiere for the latest Star Wars Movie- The Rise of Skywalker. As a huge Star Wars fan, I obviously couldn't wait to see it. I decided to use that excitement and passion to practice my CSS skills by recreating the famous opening scroll for Star Wars: The Last Jedi.
This was my first time really trying to create something so specific with CSS and also using CSS animations. It was definitely frustrating at times trying to make it suitable to my standards, but I'm proud of what I was able to create.
For my next updates to this, I plan on making it responsive to different screen sizes. I made it accordinging to my desktop window size, so if you are viewing it in a different sized window it may not look the same as the demo video. I would also love to add the background intro music to it!
Note: The animation you see to the right is a GIF instead of the actual demo video in order to abide by Github's upload limits. Because of this it might seem "glitchy", but that is not true to the actual product. You can watch the actual demo video on my LinkedIn here or view it at the live site listed below.


Documentation
Introduction
Stellar Angular Admin is a responsive Angular 10 template that is based on the CSS framework Bootstrap 4 and it is built with Sass. Sass compiler makes it easier to code and customize. If you are unfamiliar with Bootstrap or Sass, visit their website and read through the documentation. All of Bootstrap components have been modified to fit the style of Stellar Angular Admin and provide a consistent look throughout the template.
Before you start working with the template, we suggest you go through the pages that are bundled with the theme. Most of the template example pages contain quick tips on how to create or use a component which can be really helpful when you need to create something on the fly.
File Structure
Once you have download the package you will see the following folder structure inside the folder.
Installation
Set up the Development Environment
Install Node.js and npm if they are not already on your machine.
Angular CLI is a command line interface for the latest Angular. Install it before start with the Angular app.
If you have Angular CLI installed previously, update it to the latest Angular CLI. Remove the older version and re-install it.
Template Installation
Go to the project directory and install the Angular local project dependencies.
Run npm install
. This command install the dependencies in the local node_modules
folder.
By default, npm install
will install all modules listed as dependencies in package.json
.
The ng serve
command launches the server, watches your files, and rebuilds the app as you make changes to those files.
Using the --open
(or just -o
) option will automatically open your browser on http://localhost:4200/.
For more detailed information to install the Angular application, visit this official Angular documentation website.
Deployment
Deploy Angular app
For the simplest deployment, create a production build and copy the output directory to a web server.
1. Start with the production build:
2. Copy everything within the output folder (dist/) to a folder on the server.
3. Configure the server to redirect requests for missing files to index.html.
If you copy the files into a server sub-folder, append the build flag, --base-href
and set the <base href>
appropriately.
For example, if the index.html
is on the server at /my/app/index.html
, set the base href to <base href="/my/app/">
like this.
If you're serving the app out of a subfolder, edit a version of index.html to set the base href appropriately.
For example, if the URL to index.html
is www.mysite.com/my/app/index.html
, set the base href to:
Learn more about the role of <base href>
below.
You also can set the base href right in the ng build
command
For more detailed information, visit this official Angular documentation website.
Basic Structure
App Component
Navbar
Settings Panel
Left Sidebar
Footer
Customer Support
We will assist you any problem you encounter while buidling your dashboard via Stellar Angular Admin.
Email<EMAIL_ADDRESS>We will respond to you as quickly as we can. Thank you.


01
Autobots
Programmable autonomous bots, which run wia Arduino. Amomg various modules there are "Arduino Uno" Arduino Mega" "Rashberry Pi" and many more
Read MoreProgrammable autonomous bots, which run wia Arduino. Amomg various modules there are "Arduino Uno" Arduino Mega" "Rashberry Pi" and many more
Read MoreProgrammable autonomous bots, which run wia Arduino. Amomg various modules there are "Arduino Uno" Arduino Mega" "Rashberry Pi" and many more
Read MoreProgrammable autonomous bots, which run wia Arduino. Amomg various modules there are "Arduino Uno" Arduino Mega" "Rashberry Pi" and many more
Read More


The $mdCompiler service is an abstraction of AngularJS's compiler, that allows developers
to compile an element with options like in a Directive Definition Object.
The compiler powers a lot of components inside of AngularJS Material.
Like the $mdPanel
or $mdDialog
services.
Usage
Basic Usage with a template
$mdCompiler.compile({
templateUrl: 'modal.html',
controller: 'ModalCtrl',
locals: {
modal: myModalInstance;
}
}).then(function (compileData) {
compileData.element; // Compiled DOM element
compileData.link(myScope); // Instantiate controller and link element to scope.
});
Example with a content element
// Create a virtual element and link it manually.
// The compiler doesn't need to recompile the element each time.
var myElement = $compile('Test')(myScope);
$mdCompiler.compile({
contentElement: myElement
}).then(function (compileData) {
compileData.element // Content Element (same as above)
compileData.link // This does nothing when using a contentElement.
});
Content Element is a significant performance improvement when the developer already knows
that the compiled element will be always the same and the scope will not change either.
The contentElement
option also supports DOM elements which will be temporary removed and
restored at its old position.
var domElement = document.querySelector('#myElement');
$mdCompiler.compile({
contentElement: myElement
}).then(function (compileData) {
compileData.element // Content Element (same as above)
compileData.link // This does nothing when using a contentElement.
});
The $mdCompiler
can also query for the element in the DOM itself.
$mdCompiler.compile({
contentElement: '#myElement'
}).then(function (compileData) {
compileData.element // Content Element (same as above)
compileData.link // This does nothing when using a contentElement.
});
Methods
-
$mdCompiler.compile(options);
A method to compile a HTML template with the AngularJS compiler.
The $mdCompiler
is wrapper around the AngularJS compiler and provides extra functionality
like controller instantiation or async resolves.
| Parameter |
Type |
Description |
* options
Object
|
Object |
An options object, with the following properties:
controller - {string|function} Controller fn that should be associated with
newly created scope or the name of a registered controller if passed as a string.
controllerAs - {string=} A controller alias name. If present the controller will be
published to scope under the controllerAs name.
contentElement - {string|Element} : Instead of using a template, which will be
compiled each time, you can also use a DOM element.
template - {string=} An html template as a string.
templateUrl - {string=} A path to an html template.
transformTemplate - {function(template)=} A function which transforms the template after
it is loaded. It will be given the template string as a parameter, and should
return a a new string representing the transformed template.
resolve - {Object.<string, function>=} - An optional map of dependencies which should
be injected into the controller. If any of these dependencies are promises, the compiler
will wait for them all to be resolved, or if one is rejected before the controller is
instantiated compile() will fail..
key - {string} : a name of a dependency to be injected into the controller.
factory - {string|function} : If string then it is an alias for a service.
Otherwise if function, then it is injected and the return value is treated as the
dependency. If the result is a promise, it is resolved before its value is
injected into the controller.
|
| Returns |
Description |
Q.Promise<{element: JQLite, link: Function, locals: Object, cleanup: any, controller: Object=}> |
promise A promise, which will be resolved with a compileData object.
compileData has the following properties:
element - {JQLite} : an uncompiled element matching the provided template.
link - {function(scope)} : A link function, which, when called, will compile
the element and instantiate the provided controller (if given).
locals - {Object} : The locals which will be passed into the controller once link is
called. If bindToController is true, they will be copied to the ctrl instead
|


1 - The Web
2 - HTML
3 - URLs
4 - HTTP
5 - Web Applications
The web is a collection of HTML documents. HTML = Hyper Text Markup Language - makes up basically every web page. Links between pages makes the web, weblike.
Major Pieces
Your Computer + Browser makes requests via the Internet to Servers using a protocol called HTTP. Servers respond with files that your browser displays. Servers are computers that host files.
Markup is made up of TAGS
< Name > Contents < /Name >
opening tag --------- closing tag
Entirety is called "Element"
TAGS: (no spaces)
Bold = < b > < / b >
Italics/emphasis = < em > < / em >
Computers are "stupid." Code must be exact for it to work.
HTML Attributes
< tag attr = "value" > CONTENTS < / tag >
Anchors are tags for Links e.g. < a href = "www.reddit.com" > DERP < / a >
Image tags e.g. < img src = "url" alt = text >
; Text is what is displayed if image doesn't load.
Don't worry too much about rememerbing allthe details because there is too much to memorize; instead utilize google search if/when necessary'
White Space & Inline/Block tags
Inline elements are just in line with text. Block elements create an "invisible box."
Span and Div
Span - Inline; < span > text < / span>HTML Documents
< !DOCTYPE HTML >
< html >
HEAD/metadata/javascript/CSS:
< head >
< title > < /title >
< / head>
BODY:
< body > CONTENT < / body >
< / html >


The Tree Custom Element displays a hierarchical collection of items. You can populate it from 'UL' or by using its 'source' property.
- Home
-
Solutions
- Education
- Financial services
- Government
- Manufacturing
-
Solutions
- Consumer photo and video
- Mobile
- Rich Internet applications
- Technical communication
- Training and eLearning
- Web conferencing
- All industries and solutions
-
Products
- PC products
- Mobile products
- All products
-
Support
- Support home
- Customer Service
- Knowledge base
- Books
- Training and certification
- Support programs
- Forums
- Documentation
- Updates
-
Communities
- Designers
- Developers
- Educators and students
- Partners
-
By resource
- Labs
- TV
- Forums
- Exchange
- Blogs
- Experience Design
-
Company
- About Us
- Press
- Investor Relations
- Corporate Affairs
- Careers
- Showcase
- Events
- Contact Us
- Become an affiliate
Add
Add After
Add Before
Update
Remove
Disable
Expand
Collapse
Expand All
Collapse All
Enable All
Next Item
Previous Item


Save the above string for your records to load or share your plot.
Plots older than 7 days are deleted.
Gray cells (with negative -log10 Simple Sum p-values) correspond to gene-tissue pairs with no Simple Sum (SS) P-value.
The exact reason for the absence of a SS P-value can be gleaned in the table below
Please note that we leave up to the user to determine the threshold of significance among the datasets that passed the first-stage significance test. For example, if a user selected 3 tissues and 4 genes for testing, and 3 other secondary datasets (a total of 3 × 4 + 3 = 15 tests) and among these, 6 datasets were tested for colocalization, then one would conservatively choose to consider a Bonferroni-corrected p-value threshold of 0.05 / 6 = 8.3 × 10-3. Thus, Simple Sum colocalization tests above this threshold would be considered as significant.
-1 values correspond to gene-tissue pairs with no eQTL data (likely due to little or no expression)
-2 values correspond to gene-tissue pairs that did not pass the Bonferroni-corrected first stage testing for signficance among the secondary datasets chosen
-3 values correspond to gene-tissue pairs where the Simple Sum P-value computation failed, likely due to insufficient SNPs
Please note that we leave up to the user to determine the threshold of significance among the datasets that passed the first-stage significance test. For example, if a user selected 3 tissues and 4 genes for testing, and 3 other secondary datasets (a total of 3 × 4 + 3 = 15 tests) and among these, 6 datasets were tested for colocalization, then one would conservatively choose to consider a Bonferroni-corrected p-value threshold of 0.05 / 6 = 8.3 × 10-3. Thus, Simple Sum colocalization tests above this threshold would be considered as significant.
-1 values correspond to gene-tissue pairs with no eQTL data (likely due to little or no expression)
-2 values correspond to gene-tissue pairs that did not pass the Bonferroni-corrected first stage testing for signficance among the secondary datasets chosen
-3 values correspond to gene-tissue pairs where the Simple Sum P-value computation failed, likely due to insufficient SNPs
Please note that we leave up to the user to determine the threshold of significance among the datasets that passed the first-stage significance test. For example, if a user selected 3 tissues and 4 genes for testing, and 3 other secondary datasets (a total of 3 × 4 + 3 = 15 tests) and among these, 6 datasets were tested for colocalization, then one would conservatively choose to consider a Bonferroni-corrected p-value threshold of 0.05 / 6 = 8.3 × 10-3. Thus, Simple Sum colocalization tests above this threshold would be considered as significant.


UD for Hebrew
Tokenization and Word Segmentation
- In general, words are delimited by whitespace characters. Description of the exceptions follows.
- According to typographical rules, many punctuation marks are attached to the preceding space-delimited word. We always represent them as separate tokens (words); this holds even for hyphenated compounds such as בין-משרדית ‘inter-office’ (three tokens).
- Abbreviations marked with double quotation mark, such as צה”ל ‘IDF’, are not tokenized, and are considered a single token.
- Some function words in Hebrew (commonly known as משהוכלב) are attached as prefixes to the following token, but we represent them as separate tokens:
- Oblique case markers: ב, ל, כ, מ ( ‘of’, ‘as’, ‘to’ and ‘in’ respectively).
- The conjunction marker ו - ‘and’
- The definite determiner ה - ‘the’
- The subordination marker ש - ‘that’
- Combinations of the above. Note that not all elements are overt. The definite marker _ה, when appearing after the case markers ב or ל, is covert e.g. בבית may be analyzed as both ‘at home’ -> ב_+ה_+בית ‘in+the+home’ and ‘at a house’ -> ב_+בית ‘at+house’. As a result, there is inherent ambiguity in space-delimited tokens in Hebrew where tokens starting with _ב or ל can carry two different analyses, with or without the definite marker.
- We also separate pronominal clitics to their lemmas in the following cases
- Prepositions and case markers: שלנו ‘our’ -> של_ + _אנחנו ‘of we’
- Verbs inflected to mark their accusative object אהבתיה ‘I loved her’ -> אהבתי_ + _את_ + _היא loved+acc+her’.
- Genitive Nouns ספרו ‘his book’ -> ספר_ + _של_ + _הוא ‘book+of+he’. To indicate in the FORM column that these case markers and pronominal in fact undergo morphological fusion in the raw text, we distinguish them from the standard pronominals and case markers using underscore at the direction of fused elements.
Morphology
Tags
- Hebrew uses all universal POS categories, but particles (PART).
- In Hebrew, DET represents definite articles (ה ‘the’), quantifiers (הרבה ‘many’), distributive determiners (כל ‘every’) and interrogatives ( אילו ‘which’). However, demonstratives (זה ‘this’) are tagged as PRON. We separate possessive determiners into a possessive marker של ‘of’ which is ADP and the relevant pronoun PRON.
- Hebrew auxiliaries (AUX) are modal and aspectual expressions that combine with the bare infinitive of the main verb, such as חייב ‘must’ and יכול ‘can’. Note that modals do not constitute any uniform syntactic class in Hebrew, and there is an ongoing debate as to the POS of each modal expression. The various inflections of the היה ‘be’ verb with respect to gender, person, negation and tense (only past and future) are also tagged as AUX.
- Existential markers, either present tense יש\אין or past/future inflections of the היה ‘be’ verb, are tagged as VERB.
- Participles in Hebrew are formed as present tense verbs and they are used as either nouns (NOUN), or modals (AUX). Note that deverbal expressions (whether nouns or adjectives) are tagged as (VERB) when they are complemented, but as (NOUN) or (ADJ) when they are not.
Features
- Abbr: The Abbreviation feature (Abbr=Yes) may be marked for NOUN (ח”כ ‘Knesset member’), PROPN (ארה”ב ‘United States’), ADJ (ז”ל ‘R.I.P’) and ADP (ע”י ‘by’).
- Case: has possible values of Acc, Gen and Tem. Gen and Acc mark accusative and genitive prepositions (ADP) respectively. When a pronoun is segmented into its basic lemmas (e.g. אותנו -> את_ + _אנחנו) the Case=Acc feature accompanies the case marker את. Temporal case (Tem) in Hebrew appears in temporal subordination כש ‘when (+clause)’, whose POS tag is SCONJ.
- Definite: The Definiteness feature has two values: Def and Cons, for definite and for construct states respectively. The feature Definite=cons marks nouns (NOUN), determiners (DET), verbs (VERB), numerals (NUM) and adjectives (ADJ) that act as the first token in a construct-state construction (מבנה סמיכות), and they mark the resulting construct-state NP as inherently definite (i.e., not requiring an overt ה definite marker). Definite=Def also marks instances of pronouns which express similarity (e.g. אנשים במרכז אותה תנועה).
- Gender: All nominal words (NOUN, PROPN and PRON) in Hebrew have a grammatical Gender: either feminine (Fem) or masculine (Masc). The following parts of speech also inflect for Gender because they must agree with nouns: ADJ, VERB, AUX and NUM. Nouns and verbs which are underspecified for gender are marked Gender=Fem,Masc.
- HebBinyan: Hebrew has a morphological system of root+binyan conjugation that conveys agency (simple, intensive or causative) and voice (active passive, or middle/reflexive) in verbs (VERB).
- HebExistential: marked as
Yes
if given to existential verbs (VERB) יש ‘there is’ or אין ‘there is no’ or past/future inflections such as היה ‘there was’ תהיה ‘there will be’. - Mood: the value Imp marks imperative verb forms.
- Number: The values for Number can be: sing (singular), plur (plural), dual for a couple (שנתיים ‘two years’, as opposed to שנים ‘years’), or dual,plur for items which only have a dual form and no plural form (hence it is not necessarily two - could be more, e.g. שוליים ‘margins’). The following parts of speech also inflect for number (either singular or plural) because they must agree with nouns: ADJ, DET, VERB, AUX, where dual and plural inflect the same way.
- Person: Finite verbs (VERB or AUX) and pronouns (PRON) are marked for 1, 2 or 3 person in the case of first, second and third person respectively. Verbs are also marked , or Person=1,2,3 when on the case of lemmas unspecified for person (for example in present tense).
- Polarity: neg or pos are given to copular verbs according to their polarity (negative/positive).
- Prefix: Yes is given to non-standalone adverbials (ADV) which are either loan prefixes (e.g. מולטי ‘multi’, אנטי ‘anti’ etc.) or Hebrew adverbials with the same function (e.g. בלתי, אי ‘non’).
- PronType: relevant for pronouns (PRON) and determiners (DET). PronType can take the following values: Prs for personal pronouns (e.g. אתה ‘you’, היא ‘she’ etc), Dem for demonstrative pronouns ( זה ‘it’, ‘this’), Int for interrogative pronouns (אילו ‘which ones’ מיהו ‘who’), and Ind for indefinite pronouns (e.g איכשהו, מישהו somehow, someone). When describing determiners, PronType can be either Art for articles (in hebrew there is a definite article ה_ ‘the’), or Int for interrogative determiners (מי, כיצד, האם, ‘who’, ‘how’ ‘whether’ respectively). Note that in Hebrew האם ‘whether’ can also appear in the matrix clause.
- Reflex: PRON can take a Reflex=Yes feature that indicates reflexivity (e.g. עצמי ‘myself’).
- Tense: marks a VERB when it is either Past or Fut (future). Present tense is not explicitly marked with this particular feature.
- VerbForm: marks a verb if it is either in infinitive form (inf) or participle (part).
- VerbType=Mod is given to modal auxiliaries (AUX) and VerbType=Cop is given to copular auxiliaries.
- Voice: can be either for active (act), passive (pass) or unaccusative (mid) verb forms.
- HebSource: This feature can mark any category and accepts the values ConvUncertainHead or ConvUncertainLabel to indicate that the head or label information for this token, respectively, is based on unreliable information detected in the automatic conversion process. In UD v2.8, this attribute is moved from FEATS to MISC.
Syntax
Word Order
The canonical word order in Hebrew is SVO. However, this generalization is flexible, as accusative and oblique case marking allow free order with respect to subject, verb and objects. Furthermore, there are various specific constructions in which different word orders are more common (מחר יגיע אורח ‘tomorrow will arrive a guest’ is more in use than מחר אורח יגיע ‘tomorrow a guest will arrive’ though both are perfectly grammatical). In other constructions the SVO word order is ungrammatical, such as the Hebrew existential construction which surfaces as VOS (יש לו המיומנות הנחוצה להיות מושל).
Subjects and other Arguments
Subjects are labeled nsubj and have the following characteristics:
- Case marking: Subjects occur in nominative case without adpositions.
- A clause is labeled csubj when it serves as the subject of its matrix clause. Participles are tagged nsubj when they serve as subjects of the clause: המגדל נחש בביתו, אל יופתע אם ימצא עצמו מוכש Whoever raises a snake at home should not be surprised if stung.
Arguments have the following characteristics:
- Case marking: Arguments defined in the Hebrew grammar may be bare noun phrases in accusative, or prepositional phrases in accusative, dative, oblique or genitive. In Hebrew, arguments additional to direct object are always prepositional phrases. Hence, direct objects are labeled obj, and prepositional phrases are marked obl, whether they are core arguments or adjuncts.
- Passivization: Objects become subjects when verbs are passivized. In accordance with v2, they are labeled nsubj.
- If a verb subcategorizes for the infinitive (e.g. phrasal verbs or verbs of control), the infinitival complement is labeled xcomp.
Non-verbal Clauses
- The copular verb להיות ‘be’ is used in attributional, locative and possessive nonverbal clauses when either non-finite or inflected to past/future. Hebrew allows for demonstrative determiners to serve as copulas as well, e.g. שוקולד זה טעים ‘chocolate is tasty’.
- In equational clauses the copular verb may appear also with inflection to present tense הילד הזה הוא אני ‘this boy is me.’
- Existential clauses use a different lemma, יש ‘give’ with an accusative object: יש אוכל ‘there is food.’
- In addition to the verbal copula, Hebrew should have 4 additional pronominal ones:
- היה [haya] – the proper, verbal copula, used in past and future contexts
- הוא [hu] – the 3rd person masculine personal pronoun ‘he’, present tense use, used just as in Arabic, agrees with predicate (but just the one masculine singular lemma is needed)
- זה [ze] – masculine demonstrative ‘this’, present tense use, does not need to agree, probably borrowed from Polish to, Russian это / èto, & co.
- הינו [hino] – declinable particle, present tense, formal (historically probably from a locative stem, synchronically only used as a copula or rarely by itself for strong existential, in which case it would not be AUX)
- אינו [eino] – lexically negative equivalent of the previous item (by itself can also mean someone has died, i.e. ‘is no more’, but again, this would not be tagged cop)
Relations Overview
- The following relation subtypes are used in Hebrew:
- acl:relcl for the head of a relative clause
- case:acc for an accusative case marker
- case:gen for a genitive case marker
- compound:affix non-standalone yet orthographically separated lemmas, largely originated as loan affixes (אנטי וירוס ‘antivirus’) but not only (e.g. בלתי הפיך ‘irreversible’).
- compound:smixut for a noun modifying another noun in a construct state.
- flat:name for the second part of a complex name
- mark:q for yes-no interrogative clause markers (either matrix or subordinate).
- nmod:poss for a covert pronoun in a genitive construction
- nsubj:cop for the subject of a copular sentence. The copular verb in Hebrew is optional. Consequently, the only way to retrieve copular sentences is by their only obligatory element, which is the subject.
- The following main types are not used alone and must be subtyped: compound, flat
- The following relation types are not used in Hebrew at all: clf, expl.
Treebanks
Currently, Hebrew has a single treebank:


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Global Functions in Namespace cppu
in Sourcefile servicefactory.hxx
- createRegistryServiceFactory
- ::com::sun::star::uno::Reference< ::com::sun::star::lang::XMultiServiceFactory > createRegistryServiceFactory(
| const ::rtl::OUString & |
rWriteRegistryFile, |
| const ::rtl::OUString & |
rReadRegistryFile, |
| sal_Bool |
bReadOnly = sal_False, |
| const ::rtl::OUString & |
rBootstrapPath = :: rtl :: OUString ) |
| throw( ::com::sun::star::uno::Exception ); |
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
NO |
NO |
- D E P R E C A T E D
- Summary
- Deprecated. Use cppuhelper/bootstrap.hxx functions instead.
- Description
- This bootstraps an initial service factory working on a registry. If the first or both
parameters contain a value then the service factory is initialized with a simple registry
or a nested registry. Otherwise the service factory must be initialized later with a valid
registry.
- Parameters
| rWriteRegistryFile |
file name of the simple registry or the first registry file of
the nested registry which will be opened with read/write rights. This
file will be created if necessary.
|
| rReadRegistryFile |
file name of the second registry file of the nested registry
which will be opened with readonly rights.
|
| bReadOnly |
flag which specify that the first registry file will be opened with
readonly rights. Default is FALSE. If this flag is used the registry
will not be created if not exist.
|
| rBootstrapPath |
specifies a path where the bootstrap components could be find. If this
parameter is an empty string the compoents will be searched in the system
path.
|
- createRegistryServiceFactory
- ::com::sun::star::uno::Reference< ::com::sun::star::lang::XMultiServiceFactory > createRegistryServiceFactory(
| const ::rtl::OUString & |
rRegistryFile, |
| sal_Bool |
bReadOnly = sal_False, |
| const ::rtl::OUString & |
rBootstrapPath = :: rtl :: OUString ) |
| throw( ::com::sun::star::uno::Exception ); |
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- D E P R E C A T E D
- Summary
- Deprecated. Use cppuhelper/bootstrap.hxx functions instead.
- Description
- This bootstraps an initial service factory working on a registry file.
- Parameters
| rRegistryFile |
file name of the registry to use/ create; if this is an empty
string, the default registry is used instead
|
| bReadOnly |
flag which specify that the registry file will be opened with
readonly rights. Default is FALSE. If this flag is used the registry
will not be created if not exist.
|
| rBootstrapPath |
specifies a path where the bootstrap components could be find. If this
parameter is an empty string the compoents will be searched in the system
path.
|
- createServiceFactory
- ::com::sun::star::uno::Reference< ::com::sun::star::lang::XMultiServiceFactory > createServiceFactory(
| const ::rtl::OUString & |
rBootstrapPath = :: rtl :: OUString ) |
| throw( ::com::sun::star::uno::Exception ); |
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- D E P R E C A T E D
- Summary
- Deprecated. Use cppuhelper/bootstrap.hxx functions instead.
- Description
- This bootstraps a service factory without initialize a registry.
- Parameters
| rBootstrapPath |
specifies a path where the bootstrap components could be find. If this
parameter is an empty string the compoents will be searched in the system
path.
|
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Copyright © 2012, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


Service areas of the Bay Area's 29 transit agencies
Does the Bay Area have enough transit agencies? Read SPUR's report


Players
22
Mode
Secret
Round Duration
00:00
The frontier is a dangerous place, however, and Nanotrasen has made many enemies on their rise to power. Spies, saboteurs, hostile aliens, dangerous computer programs, and people with seemingly supernatural abilities. Lax hiring standards mean accidents are commonplace, and it's a very thin barrier that holds the uncaring, airless space at bay.
So who will you be? An engineer, tasked to keep the station powered and intact enough to be hospitable; a scientist who advances human knowledge about alien artifacts or advanced technologies; the station's artificial intelligence, overseeing everything to serve and protect, or one of the dastardly antagonists? Come on over and find out.
Copyright Baystation12 2015. Space tiles by Goonstation / CC BY SA 2.0


Check out what OpenClass is offering you!
Make a useful use of your device when attending a meeting or a lecture!
Access into the classroom with the help of the QR Reader - Feature in construction🛠
Don't be shine, you can ask wherever you want without be judge!
You can use OpenClass with the total confidence that we are not going to sell any information about you and everything is encrypted!
Ever wanted to ask a question during a lecture but thought it was stupid?
With OpenClass you can ask any question without the fear of being judged by your peers! OpenClass is an application designed to communicate anonymously with your class. Stop struggling and get asking!
Download the app and create your account now!
We are Group23, second year BSc Computer Science students at Brunel Univeristy London. Our team is compose by Manlio, Ali, Paulo, Zayan and Brandon. In order to marketing OpenClass we [Manlio & Ali] created this website to promote our application. If interested have a look at our GitHub repository.
Follow us on GitHub 🖥


tl;dr better looking, intentionally designed focus states for accessible websites
If you are using npm, you can npm i focustype
Otherwise, you can use jsDelivr to reference the latest version from their CDN.
<script async<EMAIL_ADDRESS>This is focustype. It provides useful data attributes to isolate focus events based on their origins. Check out the GitHub repository for code.
Every browser seems to focus elements under different circumstances. Don't believe me?
Go click these bootstrap buttons
in different browsers and you'll see how the focus state shows in some browsers
but not others. This is becuase the visual focus state uses the :focus
selector, but different browsers focus the element differently on clicking,
or tabbing through. This small javascript solution gives you insights into
how an element received focus, so you can make the behavior look the same
between all browsers under the exact scenerios you wish.
Focus states are an important part of letting users know what part of your web page currently has focus. This is the case for almost all users of the web (even if you don't relize it), and even more so for those who navigate the web entirely by keyboard, jumping from element to element. You likely care about how your websites elements look for all users, and focustype helps you dial in your design under all circumstances. For mouse users, and keyboard users.
Below are some links you can tab through.
If you are having trouble tabbing through a page on Firefox on Mac, you may need to enable it. This is how I did it.
And, for reference, when an item has a styled focus state it will look like this.
:focus
Problem
You'll notice on Chrome, for example, that if I apply a style to :focus
the elements
will get this styling event on click. This is likely not your intention.
This is a link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link.
This is a focusable p.
Nested content in a focusable element.
Using focustype our selector can change to [data-focustype="key"]:focus
.
You'll now notice in all browsers the focus styling is only applied on key focus.
(from tabbing through the page).
This is a link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link.
This is a focusable p.
Nested content in a focusable element.
You can also do this with mouse only focus. Its important to note though that
this selector does not contain the :focus
state, so its just
[data-focustype="mouse"]
. This is because some browsers, while
putting focus on the element you click, don't actually put "focus" on the element.
So, if we include the :focus
state on this selector it wouldn't
show up in these browsers.
This is a link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link.
This is a focusable p.
Nested content in a focusable element.
Focus can also be applied programically. In this case, the last example
link has focus brought to it on hover. This gives the type unknown
.
This is a link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link. And here is another link.
This is a focusable p.
Nested content in a focusable element.
:focus-visible
Kinda. However, the current support for this is not great (see support here),
and you don't get the additional insight about specific focus origins. Once/if :focus-visible
has better support I can see
use cases where focustype is overkill.
If you are using scss you may find the following mixins helpful.
@mixin key-only-focus {
&[data-focustype="key"]:focus {
@content;
}
}
@mixin mouse-only-focus {
&[data-focustype="mouse"] {
@content;
}
}
@mixin unknown-only-focus {
&[data-focustype="unknown"]:focus {
@content;
}
}
Styles should be written such that the usability isn't dependent on javascript.
focustype adds a class to the body focustype-activated
when it is loaded. You can use this to your advantage.
I'd personally avoid using key only or mouse only focus styling on certain form inputs. In my opion many users will start to fill out a form by clicking in, then tabbing through parts, then clicking again. It could be confusing to the user if elements have different looks.
I've tested this in Chrome, Safari, Firefox on a Mac..... so if you are hoping for a solid solution make sure you test this stuff further. There are no guarantees of this working in all sceneries. LMK if you find issues.


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It’s important to take a proactive approach to prevent security issues from happening, and to have appropriate solutions in place to handle any problems when they’re identified.
To achieve this, you need to have a robust cloud security posture in place for your environment. You can then identify components and systems that don’t meet your security and compliance best practices and standards, and deal with them appropriately.
Here, you’ll learn how to improve your cloud security posture with Azure Security Center. Azure Security Center helps you manage your cloud security posture through several measures, including:
Azure Security Center will continually look for security issues with subscriptions and resources across your organization. It will then aggregate all of its findings into a single score to give an indication of your current security situation. The higher the secure score, the lower the identified risk level for your organization. To find more details about your secure score, you can select it in the Azure Security Center overview dashboard:
You can review the secure score, and then begin to work on improving it. You’ll see the overall score, and how it’s split across your subscriptions:
Select any subscription to find out how its score has been calculated:
You’ll see a list of controls. Each control is made up of a group of related recommendations to deal with a specific risk, along with detailed instructions about how to implement them. Your secure score is calculated using these controls. The controls are prioritized for you in the top down list, so that you’re aware of which ones to take care of first. Each control will only help you increase your secure score if you get maximum points for that specific control. You only get all those points if you implement all of its associated recommendations. For example, the Manage access and permissions control has several recommendations that need to be implemented to get its maximum number of points (four):
If a recommendation in a control has the Quick Fix option, select it to apply the recommendation automatically:
Note
You can also access your secure score programmatically through the Azure Security Center REST API, to query data and generate your own reports.
It can be difficult to remediate issues across a large fleet of resources and subscriptions. Azure Security Center helps you manage this scenario better through automation in several ways:
You can use Quick Fix to implement certain recommendations across multiple resources. When you select Quick Fix, you can choose the resources that this recommendation should be implemented across. For example, for the Secure transfer to storage accounts should be enabled Quick Fix recommendation, you select which storage accounts should be remediated:
At the top of the pane, you’ll also see a general description and details of the remediation, and information on how to remediate it manually if you wish. When you select Remediate, a pane appears on the right for you to review what this remediation will do, and the implications. If you’re happy to go ahead, select Remediate resources:
Using Azure Security Center’s workflow automation feature, you can configure Logic Apps to be triggered on security alerts or recommendations, so that entire workflows are automatically carried out in response. For example, you can automate a process to ensure that a certain user is notified via email to carry out an investigation whenever a specific alert is raised by Azure Security Center.
To use workflow automation with Logic Apps, you’ll have to create a Logic App and define when it should be run. For example, to trigger an email to be sent to an admin in response to alerts, you do the following steps:
Note
There are specific roles and permissions that are required to complete these steps. See the link in the Learn more section.
In Azure Security Center, select Workflow automation.
Select Add workflow automation.
In the pane that appears on the right, fill in the form, like this:
Provide a name and description for your automation in the name and description fields.
Select a subscription in the subscription field then select a resource group in the resource group field.
Under Trigger conditions, select the trigger that will start this automated workflow. For example, you can select Threat detection alerts in the Select Security Center data types field.
Select High in the Alert severity field and clear the other fields for it to be triggered only for threat detection alerts that have high alert severity.
Under Actions, select the visit the Logic Apps page link to create a new Logic App.
You’ll be taken to the Logic Apps pane. Select Add:
Now you can configure your Logic App.
In the form that appears, select your subscription and resource group. Give your Logic App a name, then select a region. When you’re done, select Review + Create, then select Create:
Wait until your Logic App has been created, then select Go to resource.
In the Logic App designer, select Security in the Category field:
Select Get a notification email when Security Center detects a threat. Then select Use this template.
Configure an Office 365 Outlook connector by selecting the + next to the Office 365 Outlook field.
When you’re done, select the + next to the Security Center Alert field, then select Continue. Now you can configure the details for the emails you want to send for alerts:
When you’re done, select Save.
Return to the Add workflow automation tab on your browser.
Make sure to select an appropriate subscription, or subscriptions, in the Show Logic App instances from the following subscriptions field.
Select Refresh at the bottom of the form. You can select your Logic App in the Logic App name field. Then select Create when you're done:
You might want to export information about alerts and recommendations for reporting purposes, or to feed this information into other monitoring tools (such as a SIEM) that you might already have in your environment. Azure Security Center lets you:
Continuously export data to Log Analytics workspaces.
Continuously export data to Azure Event Hubs, to feed into non-Microsoft solutions.
Export to CSV on an ad-hoc basis.
For example, you can configure a continuous export to a Log Analytics workspace:
In Azure Security Center, select Pricing & settings on the left pane.
Select the subscription for which you want to configure an export. Then Select Continuous export on the left. The Continuous export pane appears.
Select the Log Analytics workspaces tab.
Set Export enabled to On.
You can then select the data type you want to export. For example, security alerts. You can also select the specific severity levels of alerts that you want to be exported; for example high.
Under the export configuration section, select the resource group where your configuration will be stored.
In the export target section, choose the relevant subscription that contains your workspace, and then select the target workspace. When you’re done, select Save.
The regulatory compliance pane helps you to better understand and improve your compliance posture. Select Regulator compliance on the overview pane of the Azure Security Center dashboard to access the regulatory compliance dashboard:
The regulatory compliance dashboard gives an overview of your environment’s compliance status, based on the assessments made against your environment for a particular standard and its associated controls. For example, you could use it to see how you’re matching up to the Azure Security Benchmark, based on its associated controls:
To remediate compliance issues, you expand the list of controls and select the recommendations to implement them.
The Azure Security Benchmark consists of a collection of high-impact security recommendations that you can use to help secure most of your services in Azure. It’s based on well-known security benchmarks, like the Center for Internet Security (CIS) Control Framework. Most customers tend to structure their security policies around these frameworks, so the benchmark will most likely help you to understand how to best secure your resources.
You can also generate reports for a standard. For example, you can download a report for the Azure Security Benchmark, by selecting Download report, and then selecting Azure Security Benchmark in the dropdown:
Reports give a high-level summary of your compliance status against your selected standard. You can share these reports with stakeholders, and provide them for internal and external auditing.
You can create your own policies that Azure Security Center uses to assess your environment. You’ll then receive recommendations if your environment doesn’t match up to them. You can create custom policies by using the following steps:
In Azure Security Center, in the left pane, select Security policy under Policy & compliance.
Select the subscription or management group where you want to apply your policy.
In the pane that appears, select Add a custom initiative under Your custom initiatives:
The Add custom initiatives pane appears. You then select Create new at the top.
In the Initiative definition pane, provide the following values:
On the right, select the policy definitions you want to include in this initiative definition. Some policy definitions allow you to set parameters when you add a new policy definition.
Select Save then, in the Add custom initiatives pane, select Add in the list that appears.
In the pane that appears, review the basic information about your custom policy. Make sure that Policy enforcement is set to Enabled. Then select Review + create.
Review the details one final time, then select Create.
Your custom initiative will start to take effect. You’ll find it in your compliance dashboard, listed alongside the built-in initiatives.
Azure Security Center will continuously monitor your environment based on network security best practices. When Azure Security Center finds potential security risks, it will give alerts and recommendations to help you understand how to best deal with them. The network map is a tool in Azure Security Center to help you understand the state of your Azure network and remediate any identified issues.
You can use the network map to see the network topology of your workloads in Azure, and the connections between your virtual machines, virtual networks, and subnets. Use the map to drill down into specific resources to get a better understanding of them, along with the recommendations for those resources. To view the network map, you:
Select Networking under Resource Security Hygiene, on the left pane of the Azure Security Center.
In the network map pane, select See topology.
You can use filters at the top of the topology to specify what you want to see. For example, you might want to see only high or medium severity security issues, or security issues of all severity.
You select a specific resource to drill down into it, and view the recommendations. Details and recommendations for that specific resource will show in a pane that appears on the right:
View a video version of the interactive guide (captions available in more languages).
Be sure to click the full-screen option in the video player. When you're done, use the Back arrow in your browser to come back to this page.


Research and analysis
Pupils not claiming free school meals
This research report presents estimates of the numbers and proportions of pupils who are entitled to receive free school meals (FSM) but are not claiming. This is new analysis carried out using Her Majesty's Revenue and Customs (HMRC) tax credits and benefits data alongside information from the Department for Education's school census.
Documents
Ref:
DFE-RR235
PDF
,
1.46MB
,
30 pages
Ref:
DFE-RB235
PDF
,
410KB
,
2 pages
Details
In order to put these new figures in context, the report begins by drawing together relevant existing statistics from the school census on patterns of pupils claiming FSM. This is followed by the new analysis looking at the proportion of entitled pupils who are claiming FSM (the registration rate), how this varies by age, and highlighting regions and local authorities where under-registration rates are high. The paper ends with a look at some of the pupil characteristics of those not claiming FSM.


Loading...
Loading...
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Click on a link to load selected example:
The following project was created for Third Annual Github Data Challenge and targets repository issues.
Bug-life is a visualization of repository issues from 2 perspectives:
The data is collected using Github API and it includes:
The top graph shows the number of labels of open issues at a specific date. It also presents the usage of issues and labels during the lifetime of the repo. Only current issue labels are shown, i.e. the unlabeled/labeled events are not tracked. Each label represents one unit, hence it gives an overview of the generic status of the project. For example, if there are many open issues with enhancement
or feature
labels, then most probably the team is working on a new version. If there are many bug
and documentation
labels, then the team is getting ready for a new release. It might be seen that some projects have no issues at all or are not using labels.
The bottom graph shows the lifespan of issues. The bigger the semicircle radius, the longer it takes to close an issue. If the end point of the semicircle is not visible on the graph, then the issue is still open. Each open/close event is visible on the graph. The color of the issue is set by the issue label. This is a good representation to determine old pending issues and view project agility.
For unauthenticated requests, Github sets a requests rate limit up to 60 requests per hour. In case the number of requests to collect data is bigger than the rate limit you'll have to authenticate yourself via Github OAuth and authorize our application. After authorization your requests rate limit will be 5,000 requests per hour. Enjoy :)
From the top graph it is seen that the repo contains mostly labeled issues, thus the maintainers keep track of different types of issues. There are few bugs and mostly feature requests. From the below graph - about half of issues have short lifespan. Feature requests require more time to be implemented and closed. As well, feature requests make out the main part of open issues at the moment.
This is a popular repo on github - backbone. It has a rich history, well organized labels and release cycles. On version 0.9.0, when backbone reached a relatively stable state, many issues were closed. Before this release there were other important ones, for example 0.5.0.
After 0.9.0 backbone lived through 3 other important milestones: 0.9.9, 1.0.0 and 1.1.0. Each of these releases was focused on different aspects. Right before version 0.9.9 most open issues were of type change
, while before version 1.1.0 most open issues were of type bug
.
Do you want your own example here? Create a pull request.


{% extends "users/base.html" %} {% block head_content %}
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Request: Allow users to add AppleScripts with custom global hotkeys
-
fukitol
I just downloaded Synergy on the recommendation of my fiancé as a replacement for Quicksilver, which I only ever used to control iTunes. I like the Synergy interface better than Quicksilver, and I really like the ability to customize the size, position and appearance of the floater, but there is one crucial (for me) element missing from Synergy: the ability to run AppleScripts.
I created several custom AppleScripts to allow me to skip back and forth in the current track by 5 seconds, 30 seconds, or 1 minute. They're nice for when I didn't quite catch the lyric that just played, or when I'm listening to a track with a "hidden" song at the end of a long silence. With Quicksilver, I can run these AppleScripts with global hotkeys, but with Synergy, I have to bring up iTunes and do it all manually.
I would really appreciate the ability to control these AppleScripts via Synergy, and possibly add more in the future. If you're interested in adding them in as default options, I can send you my AppleScripts, but for people who enjoy tweaking the controls, it might be preferable to build customization abilities into the interface.
Thank you!
-
Greg Hurrell
As far as I know you already can do this without needing any third-party software. For example, check out this article, which describes how to add AppleScripts to the Script Menu, and then use the "Keyboard Shortcuts" tab of the "Keyboard" pane in the System Preferences to launch those scripts via a hot key.
The article may be a bit old now, but I can see quite a few such tips when I Google for "run applescript with a keyboard shortcut".
-
Greg Hurrell
Ah, one thing I forgot to add. Although you can't do exactly what you are describing within Synergy, at least in the case of the example you cite (missing the lyric) you might find the press-and-hold functionality to be useful: the normal "prev" and "next" actions apply when you hit (press-and-release) your assigned hot key combination, but if you instead press-and-hold you will cause iTunes to scrub backwards or forwards through the track until you release.
In any case, if you can't get the script menu thing to work let me know and we'll put a proper ticket for your request in the issue tracker.
Reply
This topic is now closed.


The all new Motorola RAZR foldable display smartphone will be unveiled later today!
Last night, we found out that Motorola’s Facebook account was replaced with new logos which seems to imply the arrival of the new Motorola RAZR 2019 folding phone. Although there’s no official announcement on it but the device live image and renders are exposed today!
From the exposed images, it shows a black design phone with a carbon fiber-like material on the rear. It also adopts the folding method just like the original Motorola RAZR flip phone. When it is unfolded, it has a tall screen display with a top-notch that contains the front-facing camera, earpiece for phone calls and a thick handle on the bottom.
In terms of the tech specs, the Motorola RAZR 2019 uses a 6.2-6.5-inch screen and a 2.7-inch secondary screen display. It is expected to be equipped with a Snapdragon 710 processor, that comes with either a 4GB or 6GB of RAM and an option of 64GB or 128GB storage capacity. With its slim design, the Motorola Razr may come with a smaller 2510mAh-2730mAh battery capacity.
As for the pricing, the Motorola RAZR 2019 is expected to be priced at $1500(~RM6230). Although there’s no official confirmation on the device yet but it is revealed that it will make its public appearance later today! So stay tuned for more updates on TechNave.com!


|
add_h_border_groups()
|
Create horizontal border group variable |
|
add_v_border_groups()
|
Create vertical border group variable |
|
add_variable_if_missing()
|
Add a variable to a tidyxl data frame if that variable is missing |
|
append_fmt()
|
Add a format variable |
|
append_fmt_single()
|
Add a format variable |
|
append_name_to_quosure()
|
Give quosure a name |
|
arrange_fmt()
|
Select keeping formats |
|
bg_color()
|
Add formatting information from the bg_color format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
create_h_border_groups()
|
Create horizontal border groups |
|
create_v_border_groups()
|
Create vertical border groups |
|
direction_plot_interactive
|
Matches directions to unicode arrows for an interative chart |
|
direction_plot_noninteractive
|
Matches directions to unicode arrows for an interative chart |
|
fill_blanks_in_col_headers()
|
Unmerge and fill in blanks for col headers. |
|
fill_blanks_in_headers()
|
Unmerge and fill in blanks for headers |
|
fill_blanks_in_row_headers()
|
Unmerge and fill in blanks for row headers. |
|
filter_fmt()
|
Filter keeping formats |
|
fmt_alignment_horizontal()
|
Add formatting information from the fmt_alignment_horizontal format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_alignment_indent()
|
Add formatting information from the fmt_alignment_indent format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_alignment_justifyLastLine()
|
Add formatting information from the fmt_alignment_justifyLastLine format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_alignment_readingOrder()
|
Add formatting information from the fmt_alignment_readingOrder format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_alignment_shrinkToFit()
|
Add formatting information from the fmt_alignment_shrinkToFit format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_alignment_textRotation()
|
Add formatting information from the fmt_alignment_textRotation format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_alignment_vertical()
|
Add formatting information from the fmt_alignment_vertical format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_alignment_wrapText()
|
Add formatting information from the fmt_alignment_wrapText format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_bottom_color_indexed()
|
Add formatting information from the fmt_border_bottom_color_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_bottom_color_rgb()
|
Add formatting information from the fmt_border_bottom_color_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_bottom_color_theme()
|
Add formatting information from the fmt_border_bottom_color_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_bottom_color_tint()
|
Add formatting information from the fmt_border_bottom_color_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_bottom_style()
|
Add formatting information from the fmt_border_bottom_style format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_diagonalDown()
|
Add formatting information from the fmt_border_diagonalDown format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_diagonalUp()
|
Add formatting information from the fmt_border_diagonalUp format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_diagonal_color_indexed()
|
Add formatting information from the fmt_border_diagonal_color_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_diagonal_color_rgb()
|
Add formatting information from the fmt_border_diagonal_color_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_diagonal_color_theme()
|
Add formatting information from the fmt_border_diagonal_color_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_diagonal_color_tint()
|
Add formatting information from the fmt_border_diagonal_color_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_diagonal_style()
|
Add formatting information from the fmt_border_diagonal_style format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_end_color_indexed()
|
Add formatting information from the fmt_border_end_color_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_end_color_rgb()
|
Add formatting information from the fmt_border_end_color_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_end_color_theme()
|
Add formatting information from the fmt_border_end_color_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_end_color_tint()
|
Add formatting information from the fmt_border_end_color_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_end_style()
|
Add formatting information from the fmt_border_end_style format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_horizontal_color_indexed()
|
Add formatting information from the fmt_border_horizontal_color_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_horizontal_color_rgb()
|
Add formatting information from the fmt_border_horizontal_color_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_horizontal_color_theme()
|
Add formatting information from the fmt_border_horizontal_color_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_horizontal_color_tint()
|
Add formatting information from the fmt_border_horizontal_color_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_horizontal_style()
|
Add formatting information from the fmt_border_horizontal_style format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_left_color_indexed()
|
Add formatting information from the fmt_border_left_color_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_left_color_rgb()
|
Add formatting information from the fmt_border_left_color_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_left_color_theme()
|
Add formatting information from the fmt_border_left_color_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_left_color_tint()
|
Add formatting information from the fmt_border_left_color_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_left_style()
|
Add formatting information from the fmt_border_left_style format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_outline()
|
Add formatting information from the fmt_border_outline format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_right_color_indexed()
|
Add formatting information from the fmt_border_right_color_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_right_color_rgb()
|
Add formatting information from the fmt_border_right_color_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_right_color_theme()
|
Add formatting information from the fmt_border_right_color_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_right_color_tint()
|
Add formatting information from the fmt_border_right_color_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_right_style()
|
Add formatting information from the fmt_border_right_style format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_start_color_indexed()
|
Add formatting information from the fmt_border_start_color_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_start_color_rgb()
|
Add formatting information from the fmt_border_start_color_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_start_color_theme()
|
Add formatting information from the fmt_border_start_color_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_start_color_tint()
|
Add formatting information from the fmt_border_start_color_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_start_style()
|
Add formatting information from the fmt_border_start_style format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_top_color_indexed()
|
Add formatting information from the fmt_border_top_color_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_top_color_rgb()
|
Add formatting information from the fmt_border_top_color_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_top_color_theme()
|
Add formatting information from the fmt_border_top_color_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_top_color_tint()
|
Add formatting information from the fmt_border_top_color_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_top_style()
|
Add formatting information from the fmt_border_top_style format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_vertical_color_indexed()
|
Add formatting information from the fmt_border_vertical_color_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_vertical_color_rgb()
|
Add formatting information from the fmt_border_vertical_color_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_vertical_color_theme()
|
Add formatting information from the fmt_border_vertical_color_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_vertical_color_tint()
|
Add formatting information from the fmt_border_vertical_color_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_border_vertical_style()
|
Add formatting information from the fmt_border_vertical_style format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_bottom()
|
Add formatting information from the fmt_fill_gradientFill_bottom format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_degree()
|
Add formatting information from the fmt_fill_gradientFill_degree format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_left()
|
Add formatting information from the fmt_fill_gradientFill_left format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_right()
|
Add formatting information from the fmt_fill_gradientFill_right format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_stop1_color_indexed()
|
Add formatting information from the fmt_fill_gradientFill_stop1_color_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_stop1_color_rgb()
|
Add formatting information from the fmt_fill_gradientFill_stop1_color_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_stop1_color_theme()
|
Add formatting information from the fmt_fill_gradientFill_stop1_color_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_stop1_color_tint()
|
Add formatting information from the fmt_fill_gradientFill_stop1_color_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_stop1_position()
|
Add formatting information from the fmt_fill_gradientFill_stop1_position format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_stop2_color_indexed()
|
Add formatting information from the fmt_fill_gradientFill_stop2_color_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_stop2_color_rgb()
|
Add formatting information from the fmt_fill_gradientFill_stop2_color_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_stop2_color_theme()
|
Add formatting information from the fmt_fill_gradientFill_stop2_color_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_stop2_color_tint()
|
Add formatting information from the fmt_fill_gradientFill_stop2_color_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_stop2_position()
|
Add formatting information from the fmt_fill_gradientFill_stop2_position format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_top()
|
Add formatting information from the fmt_fill_gradientFill_top format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_gradientFill_type()
|
Add formatting information from the fmt_fill_gradientFill_type format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_patternFill_bgColor_indexed()
|
Add formatting information from the fmt_fill_patternFill_bgColor_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_patternFill_bgColor_rgb()
|
Add formatting information from the fmt_fill_patternFill_bgColor_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_patternFill_bgColor_theme()
|
Add formatting information from the fmt_fill_patternFill_bgColor_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_patternFill_bgColor_tint()
|
Add formatting information from the fmt_fill_patternFill_bgColor_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_patternFill_fgColor_indexed()
|
Add formatting information from the fmt_fill_patternFill_fgColor_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_patternFill_fgColor_rgb()
|
Add formatting information from the fmt_fill_patternFill_fgColor_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_patternFill_fgColor_theme()
|
Add formatting information from the fmt_fill_patternFill_fgColor_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_patternFill_fgColor_tint()
|
Add formatting information from the fmt_fill_patternFill_fgColor_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_fill_patternFill_patternType()
|
Add formatting information from the fmt_fill_patternFill_patternType format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_bold()
|
Add formatting information from the fmt_font_bold format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_color_indexed()
|
Add formatting information from the fmt_font_color_indexed format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_color_rgb()
|
Add formatting information from the fmt_font_color_rgb format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_color_theme()
|
Add formatting information from the fmt_font_color_theme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_color_tint()
|
Add formatting information from the fmt_font_color_tint format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_family()
|
Add formatting information from the fmt_font_family format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_italic()
|
Add formatting information from the fmt_font_italic format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_name()
|
Add formatting information from the fmt_font_name format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_scheme()
|
Add formatting information from the fmt_font_scheme format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_size()
|
Add formatting information from the fmt_font_size format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_strike()
|
Add formatting information from the fmt_font_strike format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_underline()
|
Add formatting information from the fmt_font_underline format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_font_vertAlign()
|
Add formatting information from the fmt_font_vertAlign format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_numFmt()
|
Add formatting information from the fmt_numFmt format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_protection_hidden()
|
Add formatting information from the fmt_protection_hidden format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
fmt_protection_locked()
|
Add formatting information from the fmt_protection_locked format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
get_corner_cell_refs()
|
Get the corner references of a tidyxl data frame. |
|
get_header_groups()
|
Get column groups |
|
get_header_index()
|
The the current names of header groups. |
|
get_tabledata()
|
get_tabledata |
|
get_value_references()
|
Get table references |
|
groupings()
|
Groupings |
|
h_alignment()
|
Add formatting information from the h_alignment format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
hook()
|
Supply an expression to identify which header groups are hooked. |
|
hook_if()
|
Supply an expression to identify which header groups are hooked. |
|
indenting()
|
Add formatting information from the indenting format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
locate()
|
Add direction annations to tidyxl data frame |
|
locate_data()
|
Locates data cells |
|
locate_data_test
|
Data frame used for testing locate_data() |
|
locate_groups()
|
Locate multiple header groups |
|
locate_groups_if()
|
Locate multiple header groups |
|
locate_groups_test
|
Data frame used for testing locate_groups() |
|
locate_if()
|
Conditionally adds direction annotations to tidyxl data frame |
|
locate_test
|
Data frame used for testing locate |
|
locatr_example()
|
Get path to example data
locatr comes bundled with some example files in its inst/extdata
directory. This function makes them easy to access. |
|
migrate()
|
Reshape a tidyxl data frame such that each header group has its own column and each data cells
has its own row. |
|
migrate_test
|
Data frame used for testing migrate() |
|
mutate_fmt()
|
Select keeping formats |
|
name_language_expressions()
|
Get name from a language object |
|
name_string_expressions()
|
Get name from a vector of spreadsheet range strings |
|
name_symbol_expressions()
|
Get name from a vector of symbols |
|
paste3()
|
paste3 |
|
plot_cells()
|
Plots tidyxl data frame in a grid layout |
|
reduce_mutated()
|
Add a set of variables based on a list of formulae |
|
select_fmt()
|
Select keeping formats |
|
string_expressions_to_quosures()
|
Convert range to a filtering quosure |
|
string_range_to_filter_vars()
|
Create a filtering variable based on a excel string range. |
|
string_to_range()
|
Convert spreadsheet range to a vector of row-col strings. |
|
symbol_expressions_to_quosures()
|
Convert symbol to a filtering quosure |
|
text_color()
|
Add formatting information from the text_color format object
This function uses the format object created by xlsx_formats along with `local_format_id`` |
|
unmerge_cells()
|
Fill in blanks |
|
xlsx_cells_fmt()
|
Produce dataframe from excel file, storing formats as an attribute. |


Despite the many changes I have made through this life one thing has remained true and that is that I love to learn. There is something very wonderful about gaining knowledge that makes me feel as if I am making myself a better person with each new skill set that I gain.
There is something very special that is fulfilled in me when I have the opportunity to watch something I have built come to life. Whenever I have the chance to dive into learning or practicing I have to force myself onto the next task!
We all need people to rely on and also need to be relied on. When everyone on a team brings a different skill to the table any problem can be solved. Being a part of a team is the ultimate learning experience helping me to skillshare in a very efficient way.


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