LARQ is a combination of ARQ and Lucene. It gives ARQ the ability to perform free text searches. Lucene indexes are additional information for accessing the RDF graph, not storage for the graph itself.
Some example code is available in directory src-examples/arq/examples
in the ARQ distribution.
A full description of the free text query language syntax is given in the Lucene query syntax document.
There are two basic usage patterns supported:
Patterns 1 and 2 have the indexed content in the graph. Both 1 and 2 can be modified by specifying a property so that only values of a given property are indexed. Pattern 2 is less flexible as discussed below. Pattern 3 is covered separately.
LARQ can be used in other ways as well but the classes for these patterns are supplied. In both patterns 1 and 2, strings are indexed, being plain strings, string with any language tag or any literal with datatype XSD string.
There are many ways to use Lucene, which can be set up to handle particular features or languages. The creation of the index is done outside of the ARQ query system proper and only accessed at query time. LARQ includes some platform classes and also utility classes to create indexes on string literals for the use cases above. Indexing can be performed as the graph is read in, or to built from an existing graph.
An index builder is a class to create a Lucene index from RDF data.
IndexBuilderString
: This is the most commonly used index
builder.
It indexes plain literals (with or without language tags) and XSD strings
and stores the complete literal. Optionally, a property can be supplied which
restricts indexing to strings in statements using that property.IndexBuilderSubject
: Index the subject resource by a string
literal, an store the subject resource, possibly restricted by a specified property.Lucene has many ways to create indexes and the index builder classes do not attempt to provide all possible Lucene features. Applications may need to extend or modify the standard index builders provided by LARQ.
An index can be built while reading RDF into a model:
// -- Read and index all literal strings. IndexBuilderString larqBuilder = new IndexBuilderString() ; // -- Index statements as they are added to the model. model.register(larqBuilder) ; FileManager.get().readModel(model, datafile) ; // -- Finish indexing larqBuilder.closeWriter() ; model.unregister(larqBuilder) ; // -- Create the access index IndexLARQ index = larqBuilder.getIndex() ;
or it can be created from an existing model:
// -- Create an index based on existing statements larqBuilder.indexStatements(model.listStatements()) ; // -- Finish indexing larqBuilder.closeWriter() ; // -- Create the access index IndexLARQ index = larqBuilder.getIndex() ;
Next the index is made available to ARQ. This can be done globally:
// -- Make globally available LARQ.setDefaultIndex(index) ;
or it can be set on a per-query execution basis.
QueryExecution qExec = QueryExecutionFactory.create(query, model) ; // -- Make available to this query execution only LARQ.setDefaultIndex(qExec.getContext(), index) ;
In both these cases, the default index is set, which is the one expected by
property function pf:textMatch
. Use of multiple indexes in the same
query can be achieved by introducing new properties. The application can
subclass the search class com.hp.hpl.jena.query.larq.LuceneSearch
to set different indexes with different property names.
Query execution is as usual using the property function pf:textMatch
.
"textMatch" can be thought of as an implied relationship in the data. Note the
prefix ends in ".".
String queryString = StringUtils.join("\n", new String[]{ "PREFIX pf: <http://jena.hpl.hp.com/ARQ/property#>", "SELECT * {" , " ?lit pf:textMatch '+text'", "}" }) ; Query query = QueryFactory.create(queryString) ; QueryExecution qExec = QueryExecutionFactory.create(query, model) ; ResultSetFormatter.out(System.out, qExec.execSelect(), query) ;
The subjects with a property value of the matched literals can be retrieved by looking up the literals in the model:
PREFIX pf: <http://jena.hpl.hp.com/ARQ/property#> SELECT ?doc { ?lit pf:textMatch '+text' . ?doc ?p ?lit }
This is a more flexible way of achieving the effect of using a IndexBuilderSubject
. IndexBuilderSubject
can be more compact when there are many large literals (it stores the
subject not the literal) but does not work for blank node subjects without
extremely careful co-ordination with a persistent model. Looking the literal
up in the model does not have this complication.
The application can get access to the Lucene match score by using a list
argument for the subject of pf:textMatch
. The list must have two
arguments, both unbound variables at the time of the query.
PREFIX pf: <http://jena.hpl.hp.com/ARQ/property#> SELECT ?doc ?score { (?lit ?score ) pf:textMatch '+text' . ?doc ?p ?lit }
When used with just a query string, pf:textMatch
returns all the
Lucene matches. In many applications, the application is only interested in
the first few matches (Lucene returns matches in order, highest scoring
first), or only matches above some score threshold. The query argument that
forms the object of the pf:textMatch
property can also be a list,
including a score threshold and a total limit on the number of results
matched.
?lit pf:textMatch ( '+text' 100 ) . # Limit to at most 100 hits
?lit pf:textMatch ( '+text' 0.5 ) . # Limit to Lucene scores of 0.5 and over.
?lit pf:textMatch ( '+text' 0.5 100 ) . # Limit to scores of 0.5 and limit to 100 hits
The IndexLARQ
class provides the ability to search programmatically,
not just from ARQ. The searchModelByIndex
method returns an iterator over
RDFNodes.
// -- Create the access index IndexLARQ index = larqBuilder.getIndex() ; NodeIterator nIter = index.searchModelByIndex("+text") ; for ( ; nIter.hasNext() ; ) { // if it's an index storing literals ... Literal lit = (Literal)nIter.nextNode() ; }
Sometimes, the index needs to be created based on external material and the
index gives nodes in the graph. This can be done by using
IndexBuilderNode
which is a helper class to relate external material to
some RDF node.
Here, the indexed content is not in the RDF graph at all. For example, the indexed content may come from HTML.XHTML, PDFs or XML documents and the RDF graph only holds the metadata about these content items.
The Lucene contributions page lists some content converters.


Back in Time webworkers powered raycasting recursive maze generator
WASD for moving forward/backward and strafing left/right move mouse to look around


I’m a professional software developer. With experience in developing realtime web apps, data analysis and reporting,with mobile and tablet interfaces.
Mobicow.com
Freelance
NHC Institute
Red PR & Marketing
Winston Churchill Pub - Montreal, Canada (2011)
Saffrons - Worcester, UK (2010)
The Royal Oak - Oxford, UK (2008)
Baby Love Bar, Oxford. Ran and performed a profitable student club night.
University of Oxford
3 Year Course
Javascript / Node
PHP
Wordpress
Twitter Bootstrap
Elasticsearch
Mongo
MERCHLINE.COM
Sales Data Tool
HAPI DASH
Boilerplate Hapi Dashboard
FAP SEARCHES
Elasticseach Reports
VLYY
Social Video Sharing
"Having worked with Simon on various projects over the past 2 years, I can say that he is one of the best developers I have worked with. Not only is he willing and able to tackle the most difficult tasks and work with the latest tools, but most importantly, he knows when to question everything to ensure the best outcome."
Rob Shuter - System D Technologies
Theme by Blacktie.co


Elon Musk congratulated Ford on its all-electric Mustang Mach-E SUV, a threat to Tesla, Business Insider - Business Insider Singapore
by Isobel Asher Hamilton, Business Insider US- Ford unveiled the electric Mustang Mach-E SUV on Sunday, a challenger to Tesla.
- Tesla CEO Elon Musk tweeted his congratulations to Ford, saying the move would “encourage other carmakers to go electric too.”
- Ford, along with other conventional automakers, has been breaking more and more into the electric vehicle market.
- Visit Business Insider’s homepage for more stories.
Elon Musk tweeted his welcome to Ford’s new electric vehicle, the Mustang Mach-E SUV.
More and more conventional automakers have been breaking into the electric vehicle market, tapping into the market which Tesla has sought to dominate.
Ford unveiled its new Tesla rival the Mustang Mach-E SUV on Sunday with great ceremony – featuring an appearance from actor Idris Elba. The car costs between $43,895 and $60,000, and includes various Tesla-like features such as a front trunk (or “frunk”) and keyless activation where owners can start their cars using an app on their smartphone.
Musk responded to the unveiling via his favorite medium of Twitter. “Congratulations on the Mach E! Sustainable/electric cars are the future!! Excited to see this announcement from Ford, as it will encourage other carmakers to go electric too,” he tweeted on Sunday.
This isn’t the first big play Ford has made in the electric vehicle market. The company announced in October it was giving electric vehicle owners two years of free access to its network of 12,000 charging stations in North America. Notably Ford’s charging points are useable by any vehicle, whereas Tesla’s Supercharger network


|
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Interface Summary | |
|---|---|
| AccessAdapter | Grouper Access Privilege interface. |
| AccessResolver | Facade for the AccessAdapter interface. |
| AttributeDefAdapter | Grouper AttributeDef Privilege interface. |
| AttributeDefResolver | Facade for the AttributeDefAdapter interface. |
| GrouperPrivilege | combines AccessPrivilege and NamingPrivilege |
| NamingAdapter | Grouper Naming Privilege interface. |
| NamingResolver | Facade for the NamingAdapter interface. |
| PrivilegeContainer | bean that holds info about the privilege assignment |
| PrivilegeSubjectContainer | bean that holds info about the privilege assignment |
| Class Summary | |
|---|---|
| AccessPrivilege | An instance of a granted access privilege. |
| AccessResolverDecorator | Decorator for AccessResolver . |
| AccessResolverFactory | Factory for returning a AccessResolver . |
| AccessWrapper | Class implementing wrapper around AccessAdapter interface. |
| AttributeDefPrivilege | An instance of a granted access privilege to attribute. |
| AttributeDefResolverDecorator | Decorator for AttributeDefResolver . |
| AttributeDefResolverFactory | Factory for returning a AttributeDefResolver . |
| AttributeDefWrapper | Class implementing wrapper around AccessAdapter interface. |
| BaseAccessAdapter | Base class for access adapter |
| BaseAttrDefAdapter | Base class for attr def access adapter |
| BaseNamingAdapter | |
| CachingAccessResolver | Decorator that provides caching for AccessResolver . |
| CachingAttrDefResolver | Decorator that provides caching for AttributeDefResolver . |
| CachingNamingResolver | Decorator that provides caching for NamingResolver . |
| GrouperAllAccessResolver | Decorator that provides GrouperAll privilege resolution for AccessResolver . |
| GrouperAllAttrDefResolver | Decorator that provides GrouperAll privilege resolution for AttributeDefResolver . |
| GrouperAllNamingResolver | Decorator that provides GrouperAll privilege resolution for NamingResolver . |
| GrouperAttributeDefAdapter | Grouper Attribute Definition Access Privilege interface. |
| GrouperNonDbAccessAdapter | This is the base grouper implementation which implements the required access adapter methods, but not the db specific ones. |
| GrouperNonDbAttrDefAdapter | This is the base grouper implementation which implements the required access adapter methods, but not the db specific ones. |
| GrouperNonDbNamingAdapter | |
| GrouperPrivilegeAdapter | |
| GrouperSystemAccessResolver | Decorator that provides GrouperSystem privilege resolution for AccessResolver . |
| GrouperSystemAttrDefResolver | Decorator that provides GrouperSystem privilege resolution for AttributeDefResolver . |
| GrouperSystemNamingResolver | Decorator that provides GrouperSystem privilege resolution for NamingResolver . |
| NamingPrivilege | An instance of a granted naming privilege. |
| NamingResolverDecorator | Decorator for NamingResolver . |
| NamingResolverFactory | Factory for returning a NamingResolver . |
| NamingWrapper | Class implementing wrapper around NamingAdapter interface. |
| Privilege | Privilege schema specification. |
| PrivilegeContainerImpl | |
| PrivilegeHelper | Privilege helper class. |
| PrivilegeSubjectContainerImpl | |
| ValidatingAccessResolver | Decorator that provides parameter validation for AccessResolver . |
| ValidatingAttrDefResolver | Decorator that provides parameter validation for AttributeDefResolver . |
| ValidatingNamingResolver | Decorator that provides parameter validation for NamingResolver . |
| WheelAccessResolver | Decorator that provides Wheel privilege resolution for AccessResolver . |
| WheelAttrDefResolver | Decorator that provides Wheel privilege resolution for AccessResolver . |
| WheelCache | Cache for if wheel member |
| WheelNamingResolver | Decorator that provides Wheel privilege resolution for NamingResolver . |
| Enum Summary | |
|---|---|
| PrivilegeAssignType | how this subject has this privilege |
| PrivilegeType | enum of privilege types |
This package contains access and privilege related classes
|
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


A list of Project Closures will be shown here. To narrow down the list of Project Closures, you can can change the view and/or input filters by clicking on the columns.
To create a Project Closure record, navigate to the desired Project record, and click on the ribbon button "Close Project".


| Test |
Operation |
| begins with D |
~ '^D' |
| contains D |
~ 'D' |
| D in second position |
~ '^.D' |
| begins with D and contains e |
~ '^D.*e' |
| begins with D, contains e, and then f |
~ '^D.*e.*f' |
| contains A, B, C, or D |
~ '[A-D]' or ~'[ABCD]' |
| contains A or a |
~* 'a' or ~ '[Aa]' |
| does not contain D |
!~ 'D' |
| does not begin with D |
!~ '^D' or ~'^[^D]' |
| begins with D, with one optional leading space |
~ '^ ?D' |
| begins with D , with optional leading spaces |
~ '^ *D' |
| begins with D, with at least one leading space |
~ '^ +D' |
| ends with G, with optional trailing spaces |
~ 'G *$' |
Credit: Bruce Momjian |


I would share some of my thougts after reading the first chapter of Search Inside Yourself by Chen-Meng Tan. In a nutshell to be rooted in the present is what is essential to develop emotional intelligence (EI). The author refers to his own personal experience to show how EI could be benefitial to everyone. To convince the cross legged highly judgemental reader, like myself the author provides a lot of scientific evdidence for example the London cabbie study and MRI based neuroplasticiy to show EI is trainable. The first chapter is very introductory and explains the benefits of EI. Particularly how the top competencies can be achieved by being strong in EI. Towards the end of the chapter the author suggests a two minutes mindfullness exercise.
To be honest since I do practice meditation and pranayama the two minute mindfulness is not something new for experienctially. However, I had to say this helped me calm down quickly. Must be useful whenever you feel stressed just take a two minute mindfulness break. Will practice.


This is a micro messaging application to demonstrate the capabilities of JSON-ROA. Read more about JSON-ROA on the JSON-ROA Website.
Start right away exploring this API with the embedded JSON-ROA Browser.
All API resources respond with either applictaion/json
or of course
preferably application/json-roa+json
. It is important to set the
corresponding accept header accordingly.
Resources accepting data accept application/json
content.
Retrieving the root page, via GET /
, or creating a new user, via POST
/users/
, is accessible without authentication. All other resources require
the credentials submitted via HTTP BASIC.
/
The main entry point.
/users/
Create a new user. The payload could look like the following
1 2 | { "login" : "mylogin", "password" : "somepassword" } |
The request will fail if a user with the same login already exists.
/messages/
Publish / create a new message.
1 | { "message" : "Hello JSON-ROA Users!"} |
List all messages.
/messages/:id
Get the message with the id :id
.
Delete the message with the id :id
. Only the creator of a
message can delete it.
Copyright © 2015 Thomas Schank
Released to the public under the MIT License.


{% extends 'base.html' %} {% block head %} {{ script|safe }} {% block title %}
This graph shows how different TV shows are connected based on recommendations from TMDb. Each node represents a different show which you can see by hovering your cursor over it. To see the connections better you can click on a node to see them. There are different layouts in an attempt to get a better visualization. The graph is made from connections within the dataset and does not attempt to add shows when recommended due to the worry of expanding the list too much.
{{ div|safe }}


{% extends "base.html" %} {% load staticfiles %} {% block title %}Your Accounts Are Ready{% endblock %} {% block body_content %} {% include 'fragments/user_info.html' %}
You do not need to log out of this system, you were logged out on completion of creating your Odin account. You can close your browser, or visit another website.
The Office of Information Technology is delighted to be part of your PSU experience. Our mission is to empower students, faculty, and staff through technology. Our Helpdesk is available 24/7 to assist with technical issues on campus, including problems regarding your Odin computer account. We'd love your feedback on the Odin computer account creation process, whether it went smoothly or if you had any problems! Please let us know how we're doing by taking our account activation survey.
Note: Please be aware that Odin accounts do expire; you can find out more on our Computer Accounts page.
Your Odin computer account can be used to login to PSU resources like Banweb that you'll use to register for classes, view your paystub, etc. Other services that require an Odin account include:


A set of elements which are part of a larger set. A subset can be the whole or part of the larger set, or the empty set.
The set of pupils who play the recorder includes: Anna, Claire, David, Diane, Emma, John, Kate, Kip, Liam, Sally, Tom,
one subset is; David, John, Kip, Liam,Tom,
another is: David, Diane,
another is: - the empty set.


<
/>
+91-9711692431
<EMAIL_ADDRESS>I am a front-end developer. I have 4 years of extensive experience in web development. I believe my strong points are my Punctuality and Creativeness.
My canvas is my imagination, I fill colour in this by my skills.
Don't forget to use afterRender callback for it!
All feild are mendetory, Please Try again.


{% include "logo_include.html" %}
Home
About
Contact
Handwritten Line Text Recognition
File Input
Supported Image are '.png', 'jpg'
Only use Best Path Decoding —fast prediction but not be accurate
Submit


Comments
-
Greg Hurrell
Clearing your prefs file or rebooting might fix it. I haven't seen this myself. Some basic troubleshooting advice can be found here:
http://wincent.com/a/knowledge-base/archives/2004/11/how_to_file_a_g.php
Let me know how you go.
-
Brendon Cunningham
(In reply to comment #0)
Installed 1.8, and the floater now is blank. The floater is there, just no information displayed. I'm on
a
G5 Dual 2.5 G.
(In reply to comment #1)
Clearing your prefs file or rebooting might fix it. I haven't seen this myself. Some basic
troubleshooting
advice can be found here:
http://wincent.com/a/knowledge-base/archives/2004/11/how_to_file_a_g.php
Let me know how you go.
I have the same problem. I tried what you suggested and that did not work.
I'm on a 12" Powerbook 1.5 G, and I typically keep the floater set to the smallest size possible. If I scale it up, it does work. So the problem for me is only when I make it as small as possible.
-
Greg Hurrell
Ok, thanks a lot for that. I can reproduce the problem here if I set the floater to the smallest possible size. Will see if I can figure out the cause.
-
Greg Hurrell
Ok, fixed. You'll see the fix in the next release. Until then, I suggest doing one of the following:
1. Don't us the smallest size for the Floater.
2. If you do use it, turn off the display of art/icon in the Floater.
-
Greg Hurrell
Marking as CLOSED.
-
Bobby
Setting the floater for any size other than smallest allows text to show for me, too.
-
Greg Hurrell
- ** Bug 185 has been marked as a duplicate of this bug. ***
-
Greg Hurrell
See also bug #45 (reported much earlier than this; I think it may actually be the same issue but I didn't recognize the possible duplicate).
-
Greg Hurrell
- ** Bug 189 has been marked as a duplicate of this bug. ***
-
Greg Hurrell
- ** Bug 190 has been marked as a duplicate of this bug. ***
Add a comment
Comments are now closed for this issue.


--- layout: post status: publish published: true title: '"...and I liked Ska." - Episode 7.74' author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 11597 wordpress_url: http://ivyenvy.com/?p=11597 date: '2015-12-20 22:24:20 +0000' date_gmt: '2015-12-21 04:24:20 +0000' categories: - Podcast tags: [] comments: [] ---
On this, the 370th episode of The Ivy Envy Podcast, we talk about the Jason Heyward press conference. We talk about some of the reasons Heyward gave for picking the Cubs over other teams, including the Cardinals.
We also have several listener questions, ranging from questions about us to 2016 line-up and rotation questions.


AQI measured in Ho Chi Minh, District 7
Sensor data:
at mavadi.de
with
WiFi quality
.
AQI measured in Ho Chi Minh, Nha Be (roof of American International School of Vietnam)
Sensor data:
at mavadi.de
with
WiFi quality
.
(C) 2018 Matthias Kreier


{# ``base.html`` is the template all our other templates derive from. While Flask-Bootstrap ships with its own base, it is good form to create a custom one for our app, as it allows customizing some aspects. Deriving from bootstap/base.html gives us a basic page scaffoling. You can find additional information about template inheritance at http://jinja.pocoo.org/docs/templates/#template-inheritance #} {%- extends "bootstrap/base.html" %} {# We also set a default title, usually because we might forget to set one. In our sample app, we will most likely just opt not to change it #} {% block title %}{% if title %}{{ title }}{% else %}#failwhale{% endif %}{% endblock %} {# While we are at it, we also enable fixes for legacy browsers. First we import the necessary macros: #} {% import "bootstrap/fixes.html" as fixes %} {# Then, inside the head block, we apply these. To not replace the header, ``super()`` is used: #} {% block head %} {{super()}} {#- Docs: http://pythonhosted.org/Flask-Bootstrap/macros.html#fixes The sample application already contains the required static files. #} {{fixes.ie8()}} {%- endblock %} {# Adding our own CSS files is also done here. Check the documentation at http://pythonhosted.org/Flask-Bootstrap/basic-usage.html#available-blocks for an overview. #} {% block styles -%} {{super()}} {# do not forget to call super or Bootstrap's own stylesheets will disappear! #} {% endblock %} {% block scripts %} {{super()}} {% endblock %} {# Finally, round things out with navigation #} {% block navbar %} {#nav.frontend_top.render()#}


Don’t be afraid to be wrong because you can’t learn anything from a compliment.
It contains a lot of good lessons about effective practices
Can it generate daily design links that include essays and data visualizations ?
Yeah! Responsive Design is geared towards those trying to build web apps
Excellent, I want it now !
You can easily get it; The content here is all free
Awesome, blog is important source material for anyone who creates apps? beacuse these blogs offer a lot of information about website development.
At the end of the day … the native dev apps is where users are
Typing...


WATCH | Luyanda Botha handed three life sentences
Luyanda Botha has received three life sentences for the rape and murder of UCT student Uyinene Mrwetyana.
The former post office worker, 42, appeared in the Western Cape High Court on Friday, where he pleaded guilty to raping and killing Mrwetyana in August.
According to the agreement, Botha will serve a life sentence for murder, two life sentences on both counts of rape, and five years for defeating the ends of justice. The five-year sentence will run concurrently.
Judge Gayaat Salie-Hlophe said Botha would only be eligible for parole after serving 25 years.


To improve performance when multiple updates to a SQL Server database are occurring, the Microsoft SQL Server JDBC Driver provides the ability to submit multiple updates as a single unit of work, also referred to as a batch.
The SQLServerStatement, SQLServerPreparedStatement, and SQLServerCallableStatement classes can all be used to submit batch updates. The addBatch method is used to add a command. The clearBatch method is used to clear the list of commands. The executeBatch method is used to submit all commands for processing. Only Data Definition Language (DDL) and Data Manipulation Language (DML) statements that return a simple update count can be run as part of a batch.
The executeBatch method returns an array of int values that correspond to the update count of each command. If one of the commands fails, a BatchUpdateException is thrown, and you should use the getUpdateCounts method of the BatchUpdateException class to retrieve the update count array. If a command fails, the driver continues processing the remaining commands. However, if a command has a syntax error, the statements in the batch fail.
As an example, create the following table in the SQL Server 2005 AdventureWorks sample database:
CREATE TABLE TestTable (Col1 int IDENTITY, Col2 varchar(50), Col3 int);
In the following example, an open connection to the AdventureWorks sample database is passed in to the function, the addBatch method is used to create the statements to be executed, and the executeBatch method is called to submit the batch to the database.
public static void executeBatchUpdate(Connection con) { try { Statement stmt = con.createStatement(); stmt.addBatch("INSERT INTO TestTable (Col2, Col3) VALUES ('X', 100)"); stmt.addBatch("INSERT INTO TestTable (Col2, Col3) VALUES ('Y', 200)"); stmt.addBatch("INSERT INTO TestTable (Col2, Col3) VALUES ('Z', 300)"); int[] updateCounts = stmt.executeBatch(); stmt.close(); } catch (Exception e) { e.printStackTrace(); } }


The list of available SQL syntax
Because of the flexibility and complexity of SQL syntax and the different handling for SQL queries for distributed databases and single database, not all of the SQLs can be used in Sharding-JDBC.
This section lists the supported SQL syntax and the unsupported SQL syntax for user to look up. In the future, more and more SQL syntaxes will be supported in Sharding-JDBC.
The global unsupported items
Support some kinds of subqueries
Please refer to The Pagination and subquery。
Does not support SQL that contains redundant parentheses
Does not support OR
Does not support CASE WHEN
The global supported items
DQL
Basic SELECT
SELECT select_expr [, select_expr ...] FROM table_reference [, table_reference ...]
[WHERE where_condition]
[GROUP BY {col_name | position} [ASC | DESC]]
[ORDER BY {col_name | position} [ASC | DESC], ...]
[LIMIT {[offset,] row_count | row_count OFFSET offset}]
select_expr
* |
COLUMN_NAME [AS] [alias] |
(MAX | MIN | SUM | AVG)(COLUMN_NAME | alias) [AS] [alias] |
COUNT(* | COLUMN_NAME | alias) [AS] [alias]
table_reference
tbl_name [AS] alias] [index_hint_list] |
table_reference ([INNER] | {LEFT|RIGHT} [OUTER]) JOIN table_factor [JOIN ON conditional_expr | USING (column_list)] |
The examples
DQL
| SQL |
Unconditional |
Condition |
| SELECT * FROM tbl_name |
Y |
|
| SELECT * FROM tbl_name WHERE col1 = val1 ORDER BY col2 DESC LIMIT limit |
Y |
|
| SELECT COUNT(*), SUM(col1), MIN(col1), MAX(col1), AVG(col1) FROM tbl_name WHERE col1 = val1 |
Y |
|
| SELECT COUNT(col1) FROM tbl_name WHERE col2 = val2 GROUP BY col1 ORDER BY col3 DESC LIMIT offset, limit |
Y |
|
DML
| SQL |
Unconditional |
Condition |
| INSERT INTO tbl_name (col1, col2,…) VALUES (val1, val2,….) |
N |
Add Sharding columns into insert columns. |
| INSERT INTO tbl_name VALUES (val1, val2,….) |
N |
Inject Sharding columns by Hint. |
| UPDATE tbl_name SET col1 = val1 WHERE col2 = val2 |
Y |
|
| DELETE FROM tbl_name WHERE col1 = val1 |
Y |
|
DDL
| SQL |
Unconditional |
Condition |
| CREATE TABLE tbl_name (col1 int,…) |
Y |
|
| ALTER TABLE tbl_name ADD col1 varchar(10) |
Y |
|
| DROP TABLE tbl_name |
Y |
|
| TRUNCATE TABLE tbl_name |
Y |
|
| CREATE INDEX idx_name ON tbl_name |
Y |
|
| DROP INDEX idx_name ON tbl_name |
Y |
|
| DROP INDEX idx_name |
Y |
Configure logic-index in tableRule. |
The unsupported SQL
| SQL |
| INSERT INTO tbl_name (col1, col2, …) VALUES (val1, val2,….), (val3, val4,….) |
| INSERT INTO tbl_name (col1, col2, …) SELECT col1, col2, …  AND (val1=?) |


The first block of the filesystem starts with the so-called Supermeta header. After the SuperMeta Header comes a MetaGroupHeader, and the rest of the logical block is filled with MetaGroup items.
| SuperMeta Header | |
|---|---|
| Size (bytes) | Description |
| 4 | Magic bytes (= 0x0DBF5001) |
| 4 | BlockSize |
| MetaGroup Header | |
|---|---|
| Size (bytes) | Description |
| 8 | BlockNumber of next MetaGroup |
| MetaGroup item | |
|---|---|
| Size (bytes) | Description |
| 16 | VBlockId |
| 2 | Total number of parts of this VBlock. |
| 2 | Part index number of this MetaGroupItem |
| 8 | BlockNumber of first datablock of this part |
| 4 | Number of blocks in this part |


Runtime options with Memory, CPUs, and GPUs
Estimated reading time: 16 minutesBy default, a container has no resource constraints and can use as much of a
given resource as the host’s kernel scheduler allows. Docker provides ways
to control how much memory, or CPU a container can use, setting runtime
configuration flags of the docker run
command. This section provides details
on when you should set such limits and the possible implications of setting them.
Many of these features require your kernel to support Linux capabilities. To
check for support, you can use the
docker info
command. If a capability
is disabled in your kernel, you may see a warning at the end of the output like
the following:
WARNING: No swap limit support
Consult your operating system’s documentation for enabling them. Learn more.
Memory
Understand the risks of running out of memory
It is important not to allow a running container to consume too much of the
host machine’s memory. On Linux hosts, if the kernel detects that there is not
enough memory to perform important system functions, it throws an OOME
, or
Out Of Memory Exception
, and starts killing processes to free up
memory. Any process is subject to killing, including Docker and other important
applications. This can effectively bring the entire system down if the wrong
process is killed.
Docker attempts to mitigate these risks by adjusting the OOM priority on the
Docker daemon so that it is less likely to be killed than other processes
on the system. The OOM priority on containers is not adjusted. This makes it more
likely for an individual container to be killed than for the Docker daemon
or other system processes to be killed. You should not try to circumvent
these safeguards by manually setting --oom-score-adj
to an extreme negative
number on the daemon or a container, or by setting --oom-kill-disable
on a
container.
For more information about the Linux kernel’s OOM management, see Out of Memory Management.
You can mitigate the risk of system instability due to OOME by:
- Perform tests to understand the memory requirements of your application before placing it into production.
- Ensure that your application runs only on hosts with adequate resources.
- Limit the amount of memory your container can use, as described below.
- Be mindful when configuring swap on your Docker hosts. Swap is slower and less performant than memory but can provide a buffer against running out of system memory.
- Consider converting your container to a service, and using service-level constraints and node labels to ensure that the application runs only on hosts with enough memory
Limit a container’s access to memory
Docker can enforce hard memory limits, which allow the container to use no more than a given amount of user or system memory, or soft limits, which allow the container to use as much memory as it needs unless certain conditions are met, such as when the kernel detects low memory or contention on the host machine. Some of these options have different effects when used alone or when more than one option is set.
Most of these options take a positive integer, followed by a suffix of b
, k
,
m
, g
, to indicate bytes, kilobytes, megabytes, or gigabytes.
| Option | Description |
|---|---|
-m or --memory= |
The maximum amount of memory the container can use. If you set this option, the minimum allowed value is 4m (4 megabyte). |
--memory-swap * |
The amount of memory this container is allowed to swap to disk. See --memory-swap details. |
--memory-swappiness |
By default, the host kernel can swap out a percentage of anonymous pages used by a container. You can set --memory-swappiness to a value between 0 and 100, to tune this percentage. See --memory-swappiness details. |
--memory-reservation |
Allows you to specify a soft limit smaller than --memory which is activated when Docker detects contention or low memory on the host machine. If you use --memory-reservation , it must be set lower than --memory for it to take precedence. Because it is a soft limit, it does not guarantee that the container doesn’t exceed the limit. |
--kernel-memory |
The maximum amount of kernel memory the container can use. The minimum allowed value is 4m . Because kernel memory cannot be swapped out, a container which is starved of kernel memory may block host machine resources, which can have side effects on the host machine and on other containers. See --kernel-memory details. |
--oom-kill-disable |
By default, if an out-of-memory (OOM) error occurs, the kernel kills processes in a container. To change this behavior, use the --oom-kill-disable option. Only disable the OOM killer on containers where you have also set the -m/--memory option. If the -m flag is not set, the host can run out of memory and the kernel may need to kill the host system’s processes to free memory. |
For more information about cgroups and memory in general, see the documentation for Memory Resource Controller.
--memory-swap
details
--memory-swap
is a modifier flag that only has meaning if --memory
is also
set. Using swap allows the container to write excess memory requirements to disk
when the container has exhausted all the RAM that is available to it. There is a
performance penalty for applications that swap memory to disk often.
Its setting can have complicated effects:
-
If
--memory-swap
is set to a positive integer, then both--memory
and--memory-swap
must be set.--memory-swap
represents the total amount of memory and swap that can be used, and--memory
controls the amount used by non-swap memory. So if--memory="300m"
and--memory-swap="1g"
, the container can use 300m of memory and 700m (1g - 300m
) swap. -
If
--memory-swap
is set to0
, the setting is ignored, and the value is treated as unset. -
If
--memory-swap
is set to the same value as--memory
, and--memory
is set to a positive integer, the container does not have access to swap. See Prevent a container from using swap. -
If
--memory-swap
is unset, and--memory
is set, the container can use twice as much swap as the--memory
setting, if the host container has swap memory configured. For instance, if--memory="300m"
and--memory-swap
is not set, the container can use 300m of memory and 600m of swap. -
If
--memory-swap
is explicitly set to-1
, the container is allowed to use unlimited swap, up to the amount available on the host system. -
Inside the container, tools like
free
report the host’s available swap, not what’s available inside the container. Don’t rely on the output offree
or similar tools to determine whether swap is present.
Prevent a container from using swap
If --memory
and --memory-swap
are set to the same value, this prevents
containers from using any swap. This is because --memory-swap
is the amount of
combined memory and swap that can be used, while --memory
is only the amount
of physical memory that can be used.
--memory-swappiness
details
- A value of 0 turns off anonymous page swapping.
- A value of 100 sets all anonymous pages as swappable.
- By default, if you do not set
--memory-swappiness
, the value is inherited from the host machine.
--kernel-memory
details
Kernel memory limits are expressed in terms of the overall memory allocated to a container. Consider the following scenarios:
- Unlimited memory, unlimited kernel memory: This is the default behavior.
- Unlimited memory, limited kernel memory: This is appropriate when the amount of memory needed by all cgroups is greater than the amount of memory that actually exists on the host machine. You can configure the kernel memory to never go over what is available on the host machine, and containers which need more memory need to wait for it.
- Limited memory, unlimited kernel memory: The overall memory is limited, but the kernel memory is not.
- Limited memory, limited kernel memory: Limiting both user and kernel memory can be useful for debugging memory-related problems. If a container is using an unexpected amount of either type of memory, it runs out of memory without affecting other containers or the host machine. Within this setting, if the kernel memory limit is lower than the user memory limit, running out of kernel memory causes the container to experience an OOM error. If the kernel memory limit is higher than the user memory limit, the kernel limit does not cause the container to experience an OOM.
When you turn on any kernel memory limits, the host machine tracks “high water
mark” statistics on a per-process basis, so you can track which processes (in
this case, containers) are using excess memory. This can be seen per process
by viewing /proc/<PID>/status
on the host machine.
CPU
By default, each container’s access to the host machine’s CPU cycles is unlimited. You can set various constraints to limit a given container’s access to the host machine’s CPU cycles. Most users use and configure the default CFS scheduler. In Docker 1.13 and higher, you can also configure the realtime scheduler.
Configure the default CFS scheduler
The CFS is the Linux kernel CPU scheduler for normal Linux processes. Several runtime flags allow you to configure the amount of access to CPU resources your container has. When you use these settings, Docker modifies the settings for the container’s cgroup on the host machine.
| Option | Description |
|---|---|
--cpus=<value> |
Specify how much of the available CPU resources a container can use. For instance, if the host machine has two CPUs and you set --cpus="1.5" , the container is guaranteed at most one and a half of the CPUs. This is the equivalent of setting --cpu-period="100000" and --cpu-quota="150000" . Available in Docker 1.13 and higher. |
--cpu-period=<value> |
Specify the CPU CFS scheduler period, which is used alongside --cpu-quota . Defaults to 100 micro-seconds. Most users do not change this from the default. If you use Docker 1.13 or higher, use --cpus instead. |
--cpu-quota=<value> |
Impose a CPU CFS quota on the container. The number of microseconds per --cpu-period that the container is limited to before throttled. As such acting as the effective ceiling. If you use Docker 1.13 or higher, use --cpus instead. |
--cpuset-cpus |
Limit the specific CPUs or cores a container can use. A comma-separated list or hyphen-separated range of CPUs a container can use, if you have more than one CPU. The first CPU is numbered 0. A valid value might be 0-3 (to use the first, second, third, and fourth CPU) or 1,3 (to use the second and fourth CPU). |
--cpu-shares |
Set this flag to a value greater or less than the default of 1024 to increase or reduce the container’s weight, and give it access to a greater or lesser proportion of the host machine’s CPU cycles. This is only enforced when CPU cycles are constrained. When plenty of CPU cycles are available, all containers use as much CPU as they need. In that way, this is a soft limit. --cpu-shares does not prevent containers from being scheduled in swarm mode. It prioritizes container CPU resources for the available CPU cycles. It does not guarantee or reserve any specific CPU access. |
If you have 1 CPU, each of the following commands guarantees the container at most 50% of the CPU every second.
Docker 1.13 and higher:
docker run -it --cpus=".5" ubuntu /bin/bash
Docker 1.12 and lower:
$ docker run -it --cpu-period=100000 --cpu-quota=50000 ubuntu /bin/bash
Configure the realtime scheduler
In Docker 1.13 and higher, you can configure your container to use the realtime scheduler, for tasks which cannot use the CFS scheduler. You need to make sure the host machine’s kernel is configured correctly before you can configure the Docker daemon or configure individual containers.
Warning: CPU scheduling and prioritization are advanced kernel-level features. Most users do not need to change these values from their defaults. Setting these values incorrectly can cause your host system to become unstable or unusable.
Configure the host machine’s kernel
Verify that CONFIG_RT_GROUP_SCHED
is enabled in the Linux kernel by running
zcat /proc/config.gz | grep CONFIG_RT_GROUP_SCHED
or by checking for the
existence of the file /sys/fs/cgroup/cpu.rt_runtime_us
. For guidance on
configuring the kernel realtime scheduler, consult the documentation for your
operating system.
Configure the Docker daemon
To run containers using the realtime scheduler, run the Docker daemon with
the --cpu-rt-runtime
flag set to the maximum number of microseconds reserved
for realtime tasks per runtime period. For instance, with the default period of
1000000 microseconds (1 second), setting --cpu-rt-runtime=950000
ensures that
containers using the realtime scheduler can run for 950000 microseconds for every
1000000-microsecond period, leaving at least 50000 microseconds available for
non-realtime tasks. To make this configuration permanent on systems which use
systemd
, see Control and configure Docker with systemd.
Configure individual containers
You can pass several flags to control a container’s CPU priority when you
start the container using docker run
. Consult your operating system’s
documentation or the ulimit
command for information on appropriate values.
| Option | Description |
|---|---|
--cap-add=sys_nice |
Grants the container the CAP_SYS_NICE capability, which allows the container to raise process nice values, set real-time scheduling policies, set CPU affinity, and other operations. |
--cpu-rt-runtime=<value> |
The maximum number of microseconds the container can run at realtime priority within the Docker daemon’s realtime scheduler period. You also need the --cap-add=sys_nice flag. |
--ulimit rtprio=<value> |
The maximum realtime priority allowed for the container. You also need the --cap-add=sys_nice flag. |
The following example command sets each of these three flags on a debian:jessie
container.
$ docker run -it --cpu-rt-runtime=950000 \
--ulimit rtprio=99 \
--cap-add=sys_nice \
debian:jessie
If the kernel or Docker daemon is not configured correctly, an error occurs.
GPU
Access an NVIDIA GPU
Prerequisites
Visit the official NVIDIA drivers page to download and install the proper drivers. Reboot your system once you have done so.
Verify that your GPU is running and accessible.
Install nvidia-container-runtime
Follow the instructions at (https://nvidia.github.io/nvidia-container-runtime/) and then run this command:
$ apt-get install nvidia-container-runtime
Ensure the nvidia-container-runtime-hook
is accessible from $PATH
.
$ which nvidia-container-runtime-hook
Restart the Docker daemon.
Expose GPUs for use
Include the --gpus
flag when you start a container to access GPU resources.
Specify how many GPUs to use. For example:
$ docker run -it --rm --gpus all ubuntu nvidia-smi
Exposes all available GPUs and returns a result akin to the following:
+-----------------------------------------------------------------------------+
| NVIDIA-SMI 384.130 Driver Version: 384.130 |
|-------------------------------+----------------------+----------------------+
| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |
| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |
|===============================+======================+======================|
| 0 GRID K520 Off | 00000000:00:03.0 Off | N/A |
| N/A 36C P0 39W / 125W | 0MiB / 4036MiB | 0% Default |
+-------------------------------+----------------------+----------------------+
+-----------------------------------------------------------------------------+
| Processes: GPU Memory |
| GPU PID Type Process name Usage |
|=============================================================================|
| No running processes found |
+-----------------------------------------------------------------------------+
Use the device
option to specify GPUs. For example:
$ docker run -it --rm --gpus device=GPU-3a23c669-1f69-c64e-cf85-44e9b07e7a2a ubuntu nvidia-smi
Exposes that specific GPU.
$ docker run -it --rm --gpus device=0,2 nvidia-smi
Exposes the first and third GPUs.
Note: NVIDIA GPUs can only be accessed by systems running a single engine.
Set NVIDIA capabilities
You can set capabilities manually. For example, on Ubuntu you can run the following:
docker run --gpus 'all,capabilities=utility' --rm ubuntu nvidia-smi
This enables the utility
driver capability which adds the nvidia-smi
tool to
the container.
Capabilities as well as other configurations can be set in images via environment variables. More information on valid variables can be found at the nvidia-container-runtime GitHub page. These variables can be set in a Dockerfile.
You can also utitize CUDA images which sets these variables automatically. See the CUDA images GitHub page for more information.
docker, daemon, configuration, runtime


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Path to the WordPress files.
Default value: null
|
--path=<path>
|
path: <path>
|
Perform operation against a remote server over SSH.
Default value: null
|
--ssh=[<user>@]<host>[:<port>][<path>]
|
ssh: [<user>@]<host>[:<port>][<path>]
|
Perform operation against a remote WordPress install over HTTP.
Default value: null
|
--http=<http>
|
http: <http>
|
Pretend request came from given URL. In multisite, this argument is how the target site is specified.
Default value: null
|
--url=<url>
|
url: <url>
|
Set the WordPress user.
Default value: null
|
--user=<id|login|email>
|
user: <id|login|email>
|
Skip loading all or some plugins. Note: mu-plugins are still loaded.
Default value: ""
|
--skip-plugins[=<plugin>]
|
skip-plugins: <list>
|
Skip loading all or some themes.
Default value: ""
|
--skip-themes[=<theme>]
|
skip-themes: <list>
|
Skip loading all installed packages.
Default value: false
|
--skip-packages
|
skip-packages: <bool>
|
Load PHP file before running the command (may be used more than once).
Default value: []
|
--require=<path>
|
require: <path>
|
(Sub)commands to disable.
Default value: []
|
Not available as a flag
|
disabled_commands: <list>
|
Whether to colorize the output.
Default value: "auto"
|
--[no-]color
|
color: <bool>
|
Show all PHP errors; add verbosity to WP-CLI bootstrap.
Default value: false
|
--debug[=<group>]
|
debug: <group>
|
Prompt the user to enter values for all command arguments, or a subset specified as comma-separated values.
Default value: false
|
--prompt[=<assoc>]
|
Not available as an option
|
Suppress informational messages.
Default value: false
|
--quiet
|
quiet: <bool>
|
List of Apache Modules that are to be reported as loaded.
Default value: []
|
Not available as a flag
|
apache_modules: <list>
|


fold(fn, init, @rest xs, ...)
Return init
if the list arguments xs, ...
are empty. If they are not empty,
apply the function fn
to init
and the heads of
xs, ...
, then recur with the value returned by fn
in place of init
and the
tails of xs, ...
.
The list arguments should all have the same length. Fn
should accept one more argument than
the number of list arguments and return a single value. It should not mutate the lists.
fold(^(init, x) init + x * x, 0, [1, 2, 3, 4, 5])
// 55
fold(pair, [], [1,2,3,4])
// []:1:2:3:4]
fold(`-`, 0, [1, 2, 3, 4])
// -10


Typography
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Library index
Getting started
Design elements
Text style widgets
This is for short paragraphs with no more than four lines and is commonly used in components.
This is commonly used in the expressive type theme layouts for long paragraphs with more than four lines. The looser line height and larger size makes for comfortable, long-form reading, in mediums that allow for more space. This type size is rarely used for body copy in components. Always left-align type; never center it.
Body
$body-short-01
This is commonly used in both the expressive and the productive type theme layouts for long paragraphs with more than four lines. It is a good size for comfortable, long-form reading. We also use this for longer body copy in components such as accordion or structured list. Always left-align this type; never center it.
$body-long-01
This is for short paragraphs with no more than four lines and is commonly used in the expressive type theme for layouts.
Headings
This is for component and layout headings.
This is for component and layout headings.
$body-short-02
$body-long-02
$heading-01
$heading-02
$heading-03
This is for component and layout headings.
$heading-04
This is for layout headings.
$heading-05
This is for layout headings.
$heading-06
This is for layout headings.
$heading-07
This is for layout headings.
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Audio to text summary
Click and choose an uploaded file to summarize
{% for tmpfile in tmpfiles %}
{{ tmpfile }}
{% endfor %}
Choose your percentage of highlights:
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Highlight sentences
{% for sentence in output_sentence %}
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{% endfor %}
Key words
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Full transcript
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{% for sentence in original_text %} {{ sentence|safe }}
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WWE 2K20 patch 1.03 has been corrupting some players' save data
by Fraser BrownWWE 2K20 is a bit of a mess. In October, it launched in a laughably bad state, and now the latest patch, ostensibly meant to tackle crashes and bugs with wrestlers' hair and clothes, has been corrupting some players' save data.
YouTuber SmackTalk and others posted screenshots of the warning message, post-update, informing them that their save data had been corrupted and a new save would have to be made. Other players also chimed in below the tweet with similar issues.
Neither the WWE 2K20 or 2K support accounts addressed the problem, though the game appears to have been rolled back to 1.02, before the save corruption. If you didn't make a new save, you should hopefully be able to access your old one.
I asked 2K about the issue with the update and what the status of the patch is, but it's yet to respond.


DefaultVideoRenderView |
class DefaultVideoRenderView : SurfaceRenderView |
DefaultVideoTile |
class DefaultVideoTile : VideoTile |
DefaultVideoTileController |
class DefaultVideoTileController : VideoTileController |
DefaultVideoTileFactory |
class DefaultVideoTileFactory : VideoTileFactory |
LocalVideoConfiguration |
Contains configuration for a local video or content share to be sent data class LocalVideoConfiguration |
RemoteVideoSource |
A video source available in the current meeting. RemoteVideoSource need to be consistent between class RemoteVideoSource |
VideoContentHint |
VideoContentHint describes the content type of a video source so that downstream encoders, etc. can properly decide on what parameters will work best. These options mirror https://www.w3.org/TR/mst-content-hint/ . enum class VideoContentHint |
VideoFrame |
VideoFrame is a class which contains a VideoFrameBuffer and metadata necessary for transmission Typically produced via a VideoSource and consumed via a VideoSink class VideoFrame |
VideoPauseState |
VideoPauseState describes the pause status of a video tile. enum class VideoPauseState |
VideoPriority |
Enum defining video priority for remote video sources. The 'higher' the number the 'higher' the priority for the source when adjusting video quality
to adapt to variable network conditions, i.e. enum class VideoPriority |
VideoRenderView |
VideoRenderView is the type of VideoSink used by the VideoTileController interface VideoRenderView : VideoSink |
VideoResolution |
Customizable video resolution parameters for a remote video source. enum class VideoResolution |
VideoRotation |
VideoRotation describes the rotation of the video frame buffer in degrees clockwise from intended viewing horizon. enum class VideoRotation |
VideoScalingType |
VideoScalingType describes the scaling type of how video is rendered. Certain types may effect how much of a video is cropped. visibleFraction refers to the minimum amount of a video frame required to be shown per scaling type (e.g. AspectFit indicates showing the whole frame, no cropping). enum class VideoScalingType |
VideoSink |
A VideoSink consumes video frames, typically from a VideoSource. It may process, fork, or render these frames. Typically connected via VideoSource.addVideoSink and disconnected via VideoSource.removeVideoSink interface VideoSink |
VideoSource |
VideoSource is an interface for sources which produce video frames, and can send to a VideoSink. Implementations can be passed to the AudioVideoFacade to be used as the video source sent to remote participants interface VideoSource |
VideoSubscriptionConfiguration |
Configuration for a specific video source. The values are intentionally mutable so that a map of all current configurations can be kept and updated as needed. class VideoSubscriptionConfiguration |
VideoTile |
VideoTile is a tile that binds video render view to display the frame into the view. interface VideoTile : VideoSink |
VideoTileController |
VideoTileController handles rendering/creating of new VideoTile. interface VideoTileController : VideoTileControllerFacade |
VideoTileControllerFacade |
VideoTileControllerFacade manages video tile binding, pausing, and resuming as well as subscribing to video tile events by adding a VideoTileObserver. interface VideoTileControllerFacade |
VideoTileFactory |
interface VideoTileFactory |
VideoTileObserver |
VideoTileObserver handles events related to VideoTile. interface VideoTileObserver |
VideoTileState |
Contains properties related to the current state of the VideoTile data class VideoTileState |


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RadioBrowser is “a community driven effort (like wikipedia) with the aim of collecting as many internet radio and TV stations as possible.”
PyRadio uses the API provided to integrate it and provide its users the possibility to enjoy this great project.
Note: As of the writing of this, the implementation is not yet complete, but it is usable (accessing and querying the service is up and running). Whenever a feature is not implemented yet, it will be explicitly marked as such.
To open RadioBrowser one would just press “O” at the program’s main window. Since at this point this is the only service supported, the service will be activated.
Upon activation, the default query will be preformed and (if successful) its results will be presented to the user. If unsuccessful, a relevant message will be displayed and the program will return to the local playlist that was previously opened.
By default, PyRadio will load the first 100 most voted stations on RadioBrowser.
PyRadio treats the service as a special kind of a playlist, thus to close the service it is enough to “go back to playlist history”, pressing “\\” (double backslash), in addition to the normal way (“q” or Escape).
The implementation uses a list structure (we’ll call it “search history” from now on) to keep user specified queries (we’ll call them “search terms”).
The first item in the “search history” is the “empty search term” (or “empty item”), which cannot be deleted and cannot be used to actually query RadioBrowser; it is there to provide a “search term template” for user inserted search terms.
Upon activation, the “default search term” is used to automatically query a randomly selected RadioBrowser server and display stations’ results.
Once the results are fetched, they act as a special kind of playlist (some of the features of a local playlist are not functional, such as station renaming and such), and other features are introduced (such as the sort function and the station database info function).
Each search result, i.e. each station, has more data attached to it than just its name and URL (bitrate, votes, clicks, etc.). This data is displayed in field columns; the number of visible columns depend on the terminal of the window. The name of the column that matches the sorting criteria is “highlighted”.
The normal local playlist search function has been enhanced in order to be able to search through the list of stations, since each station has a lot more info attached to it.
Searching for any string will return matches in the “Name” field only (just like in a local playlist), but starting the search string with a plus sign (“+”) will produce results from all available fields (visible or not).
Pressing “S” will present the user with a sorting list. Selecting one of the items will sort the stations based on it; selecting it again will reverse sorting order.
Note: This sorting function is different than the query sorting criterion which can be selected in the Search window. This one just sorts a query result set, the one in the “Search window” affects the actual stations that will be in the result set.
These are the RadioBrowser specific keys one can use in addition to local playlist keys (if applicable).
| Key | Action |
|---|---|
| O | Open RadioBrowser |
| c | Open config window |
| C | Select server to connect to |
| s | Search for stations |
| S | Sort search results |
| I | Station database info (current selection) |
| V | Vote for station |
| \\ q Escape | Close RadioBrowser |
Note: One would get this information using the program’s help (pressing “?” and navigating to the last page of it).
One can get to RadioBrowser’s configuration in any of the following ways:
From PyRadio Configuration, section Online Services
From within RadioBrowser playlist, by pressing “c”
The configuration window presents the following options:
Auto save config
If True, no confirmation will be asked before saving the configuration when leaving the search window.
Default value: False
Maximum number of results
RadioBrowser’s database is really huge and some queries will produce too many results. This is the way to limit returned result number.
Setting this parameter to -1 will disable result limiting.
Default value: 100
Number of ping packages
The number of ping (ICMP) packages to send to a server while checking its availability. More on “Server pinging” later in this section.
A value of 0 will disable server pinging.
Default value: 1
Ping timeout (seconds)
The number of seconds to wait for a ping command to terminate while checking a server’s availability.
A value of 0 will disable server pinging.
Default value: 1
Default Server
The default server to connect to when using the service.
Default value: Random
Search Terms
User defined “Search Terms” displayed in a compact way.
Available actions: change the default search term and delete existing search terms.
RadioBrowser currently provides a network of 3 servers to connect to (always kept in sync with each other), in order to limit down time.
In the rare event an individual server is down, an application can just connect to any of the remaining servers to keep using the service.
PyRadio will use the ICMP protocol (ping) to check servers availability before even trying to query a server. The configuration parameters “Number of ping packages” and “Ping timeout (seconds)” will be used to ping the servers. If any of them is set to 0, server pinging will be disabled.
When opening the service, PyRadio will act depending upon its configured settings.
No default server is specified and pinging is enabled
In this case, PyRadio will randomly select a server, make sure it’s online (ping it) and then use it to query and display results.
If no server is available or if the internet connection has failed, a message will be displayed informing the user.
A default server has been specified and pinging is enabled
PyRadio will ping the server and will connect to it if it’s available.
If the default server is unresponsive, PyRadio will try to find and use one that is available.
If no server is available or if the internet connection has failed, a message will be displayed informing the user.
Pinging is disabled
No server availability check will occur.
If the server (default or random) is unavailable or if the internet connection has failed, a message will be displayed informing the user.
When using the “Server Selection Window” (either within the configuration window or the playlist):
If pinging is enabled
The selected server availability will be checked, and if not responsive, it will not be accepted.
If pinging is disabled
The server will be accepted regardless of its availability.
In addition to the “default server” which can be set at the configuration window, one has the possibility to select a server to connect after opening the service.
Pressing “C” will provide a list of available servers to choose from. This selection will be honored until the service is closed.
The database information of the selected station can be displayed by pressing “I”. Keep in mind that, this is different than the “Station ino” displayed by pressing “i” (lowercase “i”), which is still available and presents live data.
RadioBrowser provides two ways to measure a station’s popularity: voting and clicking.
Clicking a station means that the station has been listened to; PyRadio will send a “click request” any time the user starts playback of a station; RadioBrowser will either reject or accept the action, and either ignore or increase click count for the station based on several criteria (time between consecutive clicks, possibly IP, etc.)
For this reason PyRadio will in no case adjust the click count presented to the user.
Voting for a station is a different thing; the user has to choose to vote for it. In PyRadio a “vote request” is sent when “V” is pressed. If the vote has been accepted, the vote counter will be increased by one.
Note: Inconsistencies between a voted for station’s local vote counter value and the one reported in a consecutive server response should be expected, since it seems servers’ vote counter sync may take some time to complete.
The “Search window” opens when “s” is pressed and loads the “search term” that was used to fetch the stations currently presented in the “RadioBrowser window”. If this is the first time this window is opened within this session, the search term that’s loaded is the “default search term”.
Note: In case the server returns no results, the window will automatically reopen so that you can redefine the “search term”.
Navigation between the various fields is done using the “Tab” (and “Shift-Tab”) key, the arrows and vim keys (“j”, “k”, “h” and “l”), provided that any given key is not already used by one of the on window “widgets”.
Toggling the state of check boxes is done by pressing SPACE. The “Display by” and “Search for” check boxes are mutually exclusive (enabling one disables the other). Each of them will give access to more fields when enabled.
To perform a search (server query) one would just press Enter on the “OK” button, or “s” on any widget other than a Line editor.
This window performs two functions:
The “Search window” can be divided in four parts:
The “Display” part
In this part one would select to fetch a list of stations based on a single criterion such as their vote count, click count, etc.
The “Search” part
In this part, the user would insert a search string to one or more of the available fields.
Each of the fields has an “Exact” checkbox. If checked, an exact match will be returned, hopefully.
In the “Country” field one could either provide the name of a country or its two-letter code (based on ISO 3166). For example, to get a list of Greek stations, you would either insert “greece” or the country code, which is “gr”.
These two parts are mutually exclusive, since when one is activated through its corresponding checkbox, the other one gets disabled.
The “Sort” part
This part affects both previous parts.
It provides the server with the sorting criteria upon which the results will be returned.
The “Limit” part
In this part the maximum number or returned stations is specified. The default value is 100 stations (0 means no limit).
The value can be changed using the left and right arrows or “h”, “l” and “PgUp”, “PgDn” for a step of 10.
At the bottom of the “Search window” you have the history information section; on the left the number of history items is displayed along with the number of the current history item (“search term”) and on the right there’s the history help legend.
The keys to manage the history are all Control combinations:
| Key | Action |
|---|---|
| ^N ^P | Move to next / previous “search term” definition. |
| HOME or 0 | Move to the “empty search term” (history item 0), the template item. This is a quick way to “reset” all settings and start new. Of course, one could just navigate to this history item using ^N or ^P, but it’s here just for convenience. Pressing 0 works on all widgets; HOME does not work on Line editors. To inster a 0 on a Line editor just type “\0”. |
| END or g or $ | Move to the last search term. Pressing $ works on all widgets; END and g do not work on Line editors. To inster a $ on a Line editor just type “\$”. |
| PgUp / PgDown | Jump up or down within the “search history” list. These keys do not work when the “Result limit” counter field is focused. |
| ^Y | Add current item to history. |
| ^X | Delete the current history item. There is no confirmation and once an item is deleted there’s no undo function. These rules apply: 1. The first item (search term template) cannot be deleted. 2. When the history contains only two items (the search term template will always be the first one; the second one is a user defined search term), no item deletion is possible. 3. When the default search term is deleted, the first user defined search term becomes the default one. |
| ^B | Make the current history item the default one for RadioBrowser and save the history. This means that, next time you open RadioBrowser this history item (“search term”) will be automatically loaded. |
| ^E | Save the history. |
Note: All keys can also be used without pressing the Control key, provided that a line editor does not have the focus. For example, pressing “x” is the same as pressing “^X”, ”e” is the same as ”^E” and so on. This feature is provided for tiling window manager users who may have already assigned actions to any of these Contol-key combinations.
All history navigation actions (^N, ^P, HOME, END, PgUp, PgDown) will check if the data currently in the “form” fields can create a new search term and if so, will add it to the history.
The Search Window actually works on a copy of the search history used by the service itself, so any changes made in it (adding and deleting items or changing the default item) are not passed to the service, until “OK” is pressed (or “s” is typed on any field other than a “Line editor”). Pressing “Cancel” will make all the changes go away.
Even when “OK” (or “s” is typed on any field other than a “Line editor”) is pressed, and the “Search Window” is closed, the “new” history is loaded into the service, but NOT saved to the configuration file.
To really save the “new” history, press “^E” in the Search Window (or “e” is typed on any field other than a “Line editor”), or press “y” in the confirmation window upon exiting the service.


CANONICALIZE_FILE_NAME
Section: Linux Programmer's Manual (3)
Updated: 2013-05-11
Index
Return to Main Contents
NAME
canonicalize_file_name - return the canonicalized absolute pathname
SYNOPSIS
#define _GNU_SOURCE /* See feature_test_macros(7) */
#include <stdlib.h>
char *canonicalize_file_name(const char *path);
DESCRIPTION
The
canonicalize_file_name()
function returns a null-terminated string containing
the canonicalized absolute pathname corresponding to
path.
In the returned string, symbolic links are resolved, as are
.
and
..
pathname components.
Consecutive slash
(/)
characters are replaced by a single slash.
The returned string is dynamically allocated by
canonicalize_file_name()
and the caller should deallocate it with
free(3)
when it is no longer required.
The call
canonicalize_file_name(path)
is equivalent to the call:
realpath(path, NULL);
RETURN VALUE
On success,
canonicalize_file_name()
returns a null-terminated string.
On error (e.g., a pathname component is unreadable or does not exist),
canonicalize_file_name()
returns NULL and sets
errno
to indicate the error.
ERRORS
See
realpath(3).
CONFORMING TO
This function is a GNU extension.
SEE ALSO
readlink(2),
realpath(3)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- ERRORS
-
- CONFORMING TO
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:19 GMT, September 18, 2014


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Password in format:
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25 February 2002 Disease Outbreak Reported
On 23 February 2002, the Gabonese Ministry of Health reported 57 confirmed cases, including 48 deaths. Contact tracing and follow-up are continuing.


Halle Berry shares sultry throwback photo laying on bed of strawberries: ‘Best berry pun wins’
by Julius YoungHalle Berry shared a throwback photo showcasing herself topless as the “Monster’s Ball” actress lay atop a bed of strawberries.
“Best berry pun wins. 🍓🤣 #Throwback,” the ageless wonder captioned the snap, which features the 53-year-old gazing into the camera as she prepares to take a bite out of one of many red berries spread around her.
Berry -- who is currently directing and starring in the upcoming MMA flick “Bruised" -- shared the image on Saturday and was immediately inundated with comments obliging her "pun" request.
HALLE BERRY'S STEAMY INSTAGRAM SNAP WITH UNBUTTONED JACKET STUNS: 'LOOKIN' LIKE A LATE NIGHT SNACK'
“Peanut butter and strawberry damn!” read one of many comments jousting for Berry’s attention, while another commenter wrote: “Nothing like savoring a Berry that is savoring a berry.”
However, the top comment on the mother of two’s daring post read, “They tried to berry her they didn’t know she was a seed 🎈,” which currently has more than 1740 likes with Berry herself responding: "WOW."
HALLE BERRY, 53, SHOWS OFF SIX-PACK ABS: 'I FINALLY GOT THEM'
Berry recently spoke out for the first time since suffering an on-set injury while filming a fight scene for "Bruised" and said that in spite of her setback, she’s “just getting started.”
HALLE BERRY INJURED ON SET OF MMA FILM 'BRUISED'
"Thank you to all the folks that have showered me with love since my injury," Berry captioned an Instagram photo. "It’s par for the course when you do your own stunts, and I wouldn’t have it any other way. Just know I’m far from tired. I’m wide awake...and just getting started! 💪🏽🙏🏽 #BruisedTheMovie."
After the injury delayed production, a rep for the flick told NJ Advance Media, "Halle got slightly injured in the fight. She’s tired. She needed a break.”
CLICK HERE TO GET THE FOX NEWS APP
"Bruised" follows Berry as a disgraced MMA fighter forced to confront her demons when the 6-year-old son she walked out on returns to her doorstep.
Berry is an award-winning actress, having won an Oscar, two Screen Actors Guild awards, an Emmy and a Golden Globe.
Fox News' Nate Day contributed to this report.


|
Standard Reference Data Program |
Data Gateway |
Chemistry WebBook |
Go To: Top, References, Notes / Error Report
Data compilation copyright by the U.S. Secretary of Commerce on behalf of the U.S.A. All rights reserved.
Data compiled by: K.P. Huber and G. Herzberg
| State | Te | ωe | ωexe | ωeye | Be | αe | γe | De | βe | re | Trans. | ν00 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| a (3Π) | (28000) 1 | |||||||||||
| Merkel and Hamill, 1971 | ||||||||||||
| X 1Σ+ | 0 | (3700) 2 | (18.9) 2 | (0.970) 2 |
| 1 | Absorption (λ < 3500 Å) and long lived emission (λmax ~4000 Å) in aqueous solutions. |
| 2 | Estimates based on the analysis of photodetachment data, Branscomb, 1966, Celotta, Bennett, et al., 1974, Hotop, Patterson, et al., 1974. |
| 3 | From D00(OH) and the electron affinities of OH and O. |
| 4 | From high-resolution photodetachment studies of OH- and OD- Hotop, Patterson, et al., 1974; see also Branscomb, 1966, Kay and Page, 1966, Celotta, Bennett, et al., 1974. |
| 5 | Anagolous to 3. |
Go To: Top, Constants of diatomic molecules, Notes / Error Report
Data compilation copyright by the U.S. Secretary of Commerce on behalf of the U.S.A. All rights reserved.
Merkel and Hamill, 1971
Merkel, P.B.; Hamill, W.H.,
Evidence for a low-lying triplet state of the hydroxide ion,
J. Chem. Phys., 1971, 55, 2174. [all data]
Branscomb, 1966
Branscomb, L.M.,
Photodetachment Cross Section, Electron Affinity, and Structure of the Negative Hydroxyl Ion,
Phys. Rev., 1966, 148, 11. [all data]
Celotta, Bennett, et al., 1974
Celotta, R.S.; Bennett, R.A.; Hall, J.L.,
Laser Photodetachment Determination of the Electron Affinities of OH, NH2, NH, SO2, and S2,
J. Chem. Phys., 1974, 60, 1740. [all data]
Hotop, Patterson, et al., 1974
Hotop, H.; Patterson, T.A.; Lineberger, W.C.,
High resolution photodetachment study of OH- and OD- in the threshold region 7000-6450 Å,
J. Chem. Phys., 1974, 60, 1806. [all data]
Kay and Page, 1966
Kay, J.; Page, F.M.,
Determination of electron affinities. Part 10. Electron affinity of hydroxyl,
Trans. Faraday Soc., 1966, 62, 3081. [all data]
Go To: Top, Constants of diatomic molecules, References
Copyright for NIST Standard Reference Data is governed by the Standard Reference Data Act.
|
Standard Reference Data Program |
Data Gateway |
Chemistry WebBook |
If you have comments or questions about this site, please contact us.


SPLINE(1) GNU Plotting Utilities SPLINE(1) NAME spline - interpolate datasets using splines under tension SYNOPSIS spline [ options ] [ files ] DESCRIPTION spline reads datasets from standard input or from one or more files, and fits a smooth curve (a "spline") through each dataset. An interpolated version of each dataset, consisting of points from the smooth curve, is written to standard output. Unless the -a or -A options are used (see below), each dataset should be a sequence of values for a vector-valued function of a single scalar variable. That is, each dataset should be a sequence of data points, given as alternating t and y values. t is a scalar independent variable, and y is a vector-valued dependent variable. The dimensionality of y is specified with the -d option (the default dimensionality is 1). Between each data point and the next, t should increase. An input file may contain more than a single dataset. If an input file is in ASCII format (the default), its datasets should be separated by blank lines. The t and y values of the data points in each dataset may be arranged arbitrarily, so long as they are separated by white space. Besides datasets, an input file may contain any number of comment lines, which should begin with the comment character `#'. Comment lines are ignored. They are not treated as blank, i.e., they do not interrupt a dataset in progress. Options and file names may be interspersed on the command line, but the options are processed before the file names are read. If -- is seen, it is interpreted as the end of the options. If no file names are speci‐ fied, or the file name - is encountered, the standard input is read. The type of interpolation, and the format of the input and output files, may be selected by command-line options. OPTIONS Interpolation-Related Options -f --filter Use a local interpolation algorithm (the cubic Bessel algorithm), so that spline can be used as a real-time filter. The slope of the interpolating curve at each point in a dataset will be chosen by fitting a quadratic function through that point and the two adjacent points in the dataset. If -f is specified then the -t option, otherwise optional, must be used as well. Also, if -f is specified then the -k, -p, and -T options may not be used. If -f is not specified, then the default (global) interpolation algorithm will be used. -k k --boundary-condition k Set the boundary condition parameter for each constructed spline to be k. (The default value is 1.0.) In each of its components, the spline will satisfy the two boundary conditions y"[0]=ky"[1] and y"[n]=ky"[n-1]. Here y[0] and y[1] signify the values of a specified component of the vector-valued dependent variable y at the first two points of a dataset, and y[n-1] and y[n] the values at the last two points. Setting k to zero will yield a "natural" spline, i.e., one that has zero curvature at the two ends of the dataset. The -k option may not be used if -f or -p is specified. -n n --no-of-intervals n Subdivide the interval over which interpolation occurs into n subintervals. The number of data points computed, and written to the output, will be n+1. The default value for n is 100. -p --periodic Construct a periodic spline. If this option is specified, the y values for the first and last points in each dataset must be equal. The -f and -k options may not be used if -p is specified. -T tension --tension tension Each interpolating curve will be a spline under tension. This option sets the tension value (the default is 0.0). If tension equals zero, the curve will be a piecewise cubic spline. Increasing the tension above zero makes the curve "tighter", and reduces the likelihood of spurious inflection points. That is because between each pair of successive points in a dataset, the curve will satisfy the fourth-order differential equation y""=sgn(tension)*(tension^2)y" in each of its components. As tension increases to positive infinity, it will converge to a polygonal line. The -T option may not be used if -f is specified. -t tmin tmax [tspacing] --t-spacing tmin tmax [tspacing] For each dataset, set the interval over which interpolation occurs to be the interval between tmin and tmax. If tspacing is not specified, the interval will be divided into the number of subin‐ tervals specified by the -n option. If the -t option is not used, the interval over which interpola‐ tion occurs will be the entire range of the independent variable in the dataset. The -t option must always be used if the -f option is used to request filter-like behavior (see above). Format-Related Options -d dimension --y-dimension dimension Set the dimensionality of the dependent variable y in the input and output files to be dimension. The default dimension is 1. -I data-format --input-format data-format Set the data format for the input file(s) to be data-format, which may be one of the following. a ASCII format (the default). Each file is a sequence of floating point numbers, interpreted as the t and y coordi‐ nates of the successive data points in a dataset. If y is d-dimensional, there will be d+1 numbers for each point. The t and y coordinates of a point need not appear on the same line, and points need not appear on different lines. But if a blank line occurs (i.e., two newlines in succes‐ sion are seen), it is interpreted as the end of a dataset, and the beginning of the next. f Single precision binary format. Each file is a sequence of floating point numbers, interpreted as the t and y coordi‐ nates of the successive data points in a dataset. If y is d-dimensional, there will be d+1 numbers for each point. Successive datasets are separated by a single occurrence of the quantity FLT_MAX, which is the largest possible single precision floating point number. On most machines this is approximately 3.4x10^38. d Double precision binary format. Each file is a sequence of double precision floating point numbers, interpreted as the t and y coordinates of the successive data points in a dataset. If y is d-dimensional, there will be d+1 numbers for each point. Successive datasets are separated by a single occurrence of the quantity DBL_MAX, which is the largest possible double precision floating point number. On most machines this is approximately 1.8x10^308. i Integer binary format. Each file is a sequence of inte‐ gers, interpreted as the t and y coordinates of the succes‐ sive data points in a dataset. If y is d-dimensional, there will be d+1 numbers for each point. Successive datasets are separated by a single occurrence of the quan‐ tity INT_MAX, which is the largest possible integer. On most machines this is 2^31-1. -a [step_size [lower_limit]] --auto-abscissa [step_size [lower_limit]] Automatically generate values for t, the independent variable (the default values of step_size and lower_limit are 1.0 and 0.0, respectively). Irrespective of data format (`a', `f', `d', or `i'), this option specifies that the values of t are missing from the input file: the dataset(s) to be read contain only values of y, the dependent variable. So if y is d-dimensional, there will be only d numbers for each point. The increment from each t value to the next will be step_size, and the first t value will be lower_limit. This option is useful, e.g., when interpolating curves rather than functions. -A --auto-dist-abscissa Automatically generate values for t, the independent variable. This is a variant form of the -a option. The increment from each t value to the next will be the distance in d-dimensional space between the corresponding y values, and the first t value will be 0.0. That is, t will be "polygonal arclength". This option is useful when interpolating curves rather than functions. -O data-format --output-format data-format Set the data format for the output file to be data-format. The interpretation of data-format is the same as for the -I option. The default is `a', i.e., ASCII format. -P significant-digits --precision significant-digits Set the numerical precision for the t and y values in the output file to be significant-digits. This takes effect only if the out‐ put file is written in `a' format, i.e., in ASCII. significant- digits must be a positive integer (the default is 6). -s --suppress-abscissa Omit the independent variable t from the output file; for each point, supply only the dependent variable y. If y is d-dimen‐ sional, there will be only d numbers for each point, not d+1. This option is useful when interpolating curves rather than func‐ tions. Informational Options --help Print a list of command-line options, and exit. --version Print the version number of spline and the plotting utilities package, and exit. EXAMPLES Typing echo 0 0 1 1 2 0 | spline will produce on standard output an interpolated dataset consisting of 101 data points. If graphed, this interpolated dataset will yield a para‐ bola. It is sometimes useful to interpolate between a sequence of arbitrarily placed points in d-dimensional space, i.e., to "spline a curve" rather than a function. The -a and -s options are used for this. For example, echo 0 0 1 0 1 1 0 1 | spline -d 2 -a -s will produce on standard output a 101-point dataset that interpolates between the four points (0,0), (1,0), (1,1), and (0,1). The -d 2 option specifies that the dependent variable y is two-dimensional. The -a option specifies that the t values are missing from the input and should be automatically generated. The -s option specifies that the t values should be stripped from the output. AUTHORS spline was written by Robert S. Maier (rsm@math.arizona.edu), starting with an earlier version by Rich Murphey (rich@freebsd.org). The algo‐ rithms for constructing splines under tension are similar to those used in the FITPACK subroutine library, and are ultimately due to Alan K. Cline (cline@cs.utexas.edu). SEE ALSO "The GNU Plotting Utilities Manual". BUGS Email bug reports to<EMAIL_ADDRESS>FSF Dec 1998 SPLINE(1)


Estimation and inference for linear models where some or all of the fixed-effects coefficients are subject to order restrictions. This package uses the robust residual bootstrap methodology for inference, and can handle some structure in the residual variance matrix.
| Version: | 2.0-10 |
| Depends: | R (≥ 3.3.0), shiny, lme4 |
| Imports: | MASS, nlme, methods, isotone, stringr, prettyR, stats, openxlsx, graphics |
| Published: | 2018-05-23 |
| Author: | Casey M. Jelsema [aut, cre], Shyamal D. Peddada [aut] |
| Maintainer: | Casey M. Jelsema <jelsema.casey at gmail.com> |
| BugReports: | https://github.com/jelsema/CLME/issues |
| License: | GPL-3 |
| NeedsCompilation: | no |
| Citation: | CLME citation info |
| Materials: | NEWS |
| CRAN checks: | CLME results |
| Reference manual: | CLME.pdf |
| Package source: | CLME_2.0-10.tar.gz |
| Windows binaries: | r-devel: CLME_2.0-10.zip, r-release: CLME_2.0-10.zip, r-oldrel: CLME_2.0-10.zip |
| OS X binaries: | r-release: CLME_2.0-10.tgz, r-oldrel: CLME_2.0-10.tgz |
| Old sources: | CLME archive |
Please use the canonical form https://CRAN.R-project.org/package=CLME to link to this page.


Test
Add the Ramones
Send Ramones to my LocalStorage
Your localStorage for Key "theRamones"
Add the Offspring (just for a minute...)
Send Offspring to my LocalStorage
Your localStorage for Key "theOffspring"
Kill...
Them all!


--- title: 'Home Theatre, Audio Video Vancouver | West Coast AV Gallery' excerpt: 'Custom home theatre systems, home and commercial audio video electronics from all the best audio video brands at West Coast AV Gallery in Vancouver.' keywords: control four, control automation system, vancouver home audio, audio video, vancouver commercial audio, home speakers vancouver, home speakers richmond, richmond audio video, vancouver audio video, home video systems layout: default article: false ticker: true ---
West Coast Audio Video Gallery in Vancouver is the top choice for high-performance commercial audio video solutions. We are a custom electronics and design integration company located in Vancouver serving all of Greater Vancouver including West Vancouver, North Vancouver, Deep Cove, White Rock and Richmond. We provide commercial audio video integration for businesses including lighting control systems, speakers, projection systems, digital signage and audio video conferencing systems for boardrooms. Our primary goal is to make your business’s audio and video systems safe, elegant, fun and easy to use. Our team is comprised of world-class audio video experts in every field who can help take your conference room or business to the next level.
We carry the best home theatre systems in Vancouver as well as the best home audio and video electronics and equipment from high-end luxury brands such as Martin Logan, Cambridge Audio, Denon, Paradigm, Creston, Marantz and more. From installing a new smart home automation system for your home to upgrading your home entertainment system, our home audio video professionals can do it all. We know how important your home theatre system and home entertainment system are which is why we have developed custom audio video packages that consist of multiple components including the best home speaker systems (shelf speakers, floor standing loudspeakers, subwoofers, premium amps, in-wall speakers, on-wall speakers, power sound bars), home theatre projectors, furniture, accessories and more.
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A while ago, I forked the ActiveAndroid repository to add some of my own changes to the ORM framework. Today I wanted to use the library again, use the new changes that the original maintainer has implemented, and also use my own changes. It turned out to be easier than I thought, despite there being 112 commits between the original repo and my forked version. Here's what I did
$ git remote add upstream git@github.com:pardom/ActiveAndroid.git
Then to fetch the updates
$ git fetch upstream
From github.com:pardom/ActiveAndroid
* [new branch] gh-pages -> upstream/gh-pages
* [new branch] master -> upstream/master
The next part is a matter of preference. You can either merge the changes
$ git checkout master
$ git merge upstream/master
Or rebase the changes onto the local master branch
$ git checkout master
$ git rebase upstream/master
I prefer to rebase because it makes for a cleaner history. Merging will make one giant commit with all the changes from the upstream branch in addition to having all the commits from the upstream in your history. It's a bit redundant
On the other hand, rebasing will make a separate commit for every conflict that comes up. That is to say, if your changes conflict with 3 different commits from upstream, there will be 3 commit on top of the upstream commits with your changes. See below
Both processes will leave you with the same result. Only the histories will differ. Hence the matter of preference. The other difference worth mentioning is that rebasing is a bit more interactive.
First, rewinding head to replay your work on top of it...
Applying: Add method in Table annotation for set column Id name.
Using index info to reconstruct a base tree...
Falling back to patching base and 3-way merge...
Auto-merging tests/src/com/activeandroid/test/query/FromTest.java
Auto-merging tests/src/com/activeandroid/test/MockModel.java
CONFLICT (content): Merge conflict in tests/src/com/activeandroid/test/MockModel.java
Auto-merging src/com/activeandroid/util/SQLiteUtils.java
CONFLICT (content): Merge conflict in src/com/activeandroid/util/SQLiteUtils.java
Auto-merging src/com/activeandroid/TableInfo.java
CONFLICT (content): Merge conflict in src/com/activeandroid/TableInfo.java
Auto-merging src/com/activeandroid/Model.java
CONFLICT (content): Merge conflict in src/com/activeandroid/Model.java
Failed to merge in the changes.
Patch failed at 0001 Add method in Table annotation for set column Id name.
When you have resolved this problem run "git rebase --continue".
If you would prefer to skip this patch, instead run "git rebase --skip".
To check out the original branch and stop rebasing run "git rebase --abort".
For each conflict you must either resolve or skip the conflict ( although I'm not sure whether skipping will keep the local or upstream changes )
$ git rebase upstream/master
$ # then for each conflict
$ nano source.c # resolve the conflict
$ git rebase --continue # and continue the rebase
Hope that helps!


{% extends "public.html" %} {% block content %}
Opensource invoicing webapp. Fork the project at https://github.com/sanjeevan/nanoinvoice
Current features:
Backend built using using Python and Flask. Frontend built using Backbone.js and jQuery (+plugins), CSS built using SCSS
See the README.md file for instructions on how to install


What did you learn from minfulness conversation?
Mindfulness conversation consists of 3 steps. 1. Mindful listening, 2. Looping and 3. Dipping. Mindful listening is giving complete undivided attention to the speaker. Looping is the process by which we repeat what the speaker had conveyed to their satisfaction and to repeat it until we get it right. Dipping is listening to our own internal distraction while performing the other processes and acknowledging it. I will be using dipping a lot as it can be used in any formal or informal setting even without the participation of the other person
Musings
One of the practises I had involved a timer for mindfulness. It is to spend 1 minute every hour practising mindfulness taking mind off from whatever job it is doing at that moment. It oftens gives a relaxing break.


Blog Posts:
-
2 Weeks Into Phase 1: My Thoughts on DBC Thus Far
January 24, 2015
-
Asking Good Questions
January 9, 2015
-
The Complexity of Conflict
December 31, 2014
-
An Introduction to Regular Expressions
December 30, 2014
-
The Values I Value
December 12, 2014
-
JavaScript v. Ruby: Similarities & Differences for Looping
December 10, 2014
-
Stereotype Threat
December 7, 2014
-
Variable Scope
December 5, 2014
-
Ruby: A Beginner's Guide to Classes
November 29, 2014
-
Pairing and Giving Feedback
November 25, 2014
-
Diversity in the Tech Industry
November 22, 2014
-
Ruby Enumerables for Fellow n00bs: Cycle
November 21, 2014
-
GPS 1.2: Pairing Website
November 16, 2014
-
Ruby: A Beginner's Guide to Arrays v. Hashes
November 13, 2014
-
Thinking Style: Learning How to Learn
November 12, 2014
-
Positioning in CSS
November 6, 2014
-
Version Control: Git, GitHub and the Beauty of Committing
October 30, 2014
-
DBC Fireside Chat: An Intense Yet Holistic Approach
October 30, 2014


Ross Cutsforth
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I like cake
The reason I like cake is because it tastes good.