Facebook would have let Hitler run political adverts, claims comedian
by AFPAdolf Hitler could have published anti-Semitic adverts on Facebook if social media had existed in the 1930s, it’s been claimed.
British comedian Sacha Baron Cohen, best known for his Ali G character, made the allegation at a conference in New York.
“If you pay them, Facebook will run any political ad you want, even if it's a lie,” said Baron Cohen. “Under this twisted logic, if Facebook were around in the 1930s, it would have allowed Hitler to publish 30-second ads on his ‘solution’ to the ‘Jewish problem'.”
Facebook denied the accusations saying it bans hate speech on its platform.
Baron Cohen, speaking at the Anti-Defamation League's Never Is Now summit, didn’t just focus on Mark Zuckerberg’s company.
He also took aim at Google, Twitter and YouTube, accusing them of pushing "absurdities to billions of people".
- Is the battle to define political advertising unwinnable?
- Twitter set to ban political advertising saying message should be 'earned, not bought'
"Democracy, which depends on shared truths, is in retreat, and autocracy which depends on shared lies is on the march,” he said. “Hate crimes are surging as are murderous attacks on religious and ethnic minorities.
“Now, what do all these dangerous trends have in common?
“I'm just a comedian and an actor. I'm not a scholar. But one thing is pretty clear to me: All this hate and violence is being facilitated by a handful of internet companies that amount to the greatest propaganda machine in history."
Baron Cohen’s broadside comes after Twitter announced in October that it would stop political advertising on its platform.
On Wednesday, Google said it was tightening its rules on political advertising. This includes moves to ban the publication of messages clearly false or prevent ultra-specific targeting of voters.
Facebook is arguably one of the more lenient players. It said in September that it would not filter political adverts, believing that, in general, it was interesting for internet users to see them.
Nevertheless, the social network has strengthened its transparency rules for its political messages so that the advertiser at the origin of the publicity is clearly identified.


back to index page
Page1: Who I am
This page describes where I come from and who I am (hometown, favorites, siblings, hobbies, etc.)
Hometown
Grew up in: Littleton
Went to school in: Boulder, CU
Studied Physics and Mathematics
Competed in Cross Country and Track & Field
Now live in: Westminster
Favorites
Keyboard Layout: Dvorak
Programming Language: Haskell
Family
Wife: Margot
Son: Kaizen (1 year old)
Bunny: Orpheus
Siblings
Older Sister (Caroline)
Younger Sister (Lizzy)
Younger Brother (Will)
Hobbies
I love math and computers
Here is a picture of me:
This picture shows some computers (which I love using), my alma mater (CU Physics & Math), and an atomic watch (I like precision when I can get a machine to handle the details, and am punctual most of the time).
back to index page


For better maintanability, the jawr project has been divided in multiple modules.
Since, the version 3.5, Jawr has the following modules :
jawr-core : The jawr core module jawr-wicket-extension : The jawr wicket integration module jawr-spring-2.0.x-extension : The jawr spring 2.0.x integration module jawr-dwr2.x-extension : The jawr DWR 2.x integration module jawr-dwr3.x-extension : The jawr DWR 3.x integration module jawr-grails-extension : The jawr grails integration module
jawr-core : The jawr core module
Prior to the 3.5 version, the user used the jawr.jar (maven reference net.jawr:jawr-3.3.jar). Now the pom reference has changed. To used the new version, you need to replace the old jawr dependency by the following one :
<dependency> <groupId>net.jawr</groupId> <artifactId>jawr-core</artifactId> <version>3.5</version> </dependency>
Now to use the extensions, you'll need to add them in your dependencies (See below for more detail)
jawr-wicket-extensions : The jawr wicket integration module
This module allows the integration of Jawr with Wicket. Please check the wicket integration documentation for more detail. The wicket version supported is 6.x versions. Here is the dependency to add to your pom to add this module.
<dependency> <groupId>net.jawr.extensions</groupId> <artifactId>jawr-wicket-extension</artifactId> <version>3.5</version> </dependency>
jawr-spring-2.0.x-extension : The jawr spring 2.0.x integration module
This module allows the integration of jawr with spring 2.0.x. Please check the spring integration documentation for more detail. Unfortunately for the time being, there is no support for spring 2.5.x and spring 3.x. This will probably be done in a future release. If someone wants to help, he is welcome. Here is the dependency to add to your pom to add this module.
<dependency> <groupId>net.jawr.extensions</groupId> <artifactId>jawr-spring-2.0.x-extension</artifactId> <version>3.5</version> </dependency>
jawr-dwr-2.x-extension : The jawr dwr 2.x integration module
This module allows the integration of jawr with dwr 2.x. Please check the dwr integration documentation for more detail. Unfortunately for the time being, there is no support for dwr 3.x. This will probably be done in a future release. If someone wants to help, he is welcome. Here is the dependency to add to your pom to add this module :
<dependency> <groupId>net.jawr.extensions</groupId> <artifactId>jawr-dwr-2.x-extension</artifactId> <version>3.5</version> </dependency>
jawr-grails-extension : The jawr grails integration module
This module allows the integration of jawr with grails. Please check the grails integration documentation for more detail. Here is the dependency to add to your pom to add this module :
<dependency> <groupId>net.jawr.extensions</groupId> <artifactId>jawr-grails-extension</artifactId> <version>3.5</version> </dependency>
Since the version 3.5, Jawr allows the users to define their custom GeneratorPathResolver. This means that the users can now define generators, wich will be triggered by prefix path (like built-in 'jar:' or 'message:' prefixes) or with for example a specific path suffix (like '*.less' resources).
In the version 3.3.x, the generator should implement the method "getMappingPrefix". This method has been replaced by "ResourceGeneratorResolver getResolver()" method. Jawr defines built-in ResourceGeneratorResolvers :
To replace the following your custom generator, you need to replace
public class SampleJsGenerator extends AbstractJavascriptGenerator { /* (non-Javadoc) * @see net.jawr.web.resource.bundle.generator.ResourceGenerator#getResolver() */ public String getMappingPrefix() { return "foo"; } ... }
With the following :
public class SampleJsGenerator extends AbstractJavascriptGenerator { /** The resolver */ private ResourceGeneratorResolver resolver; public SampleJsGenerator(){ resolver = new PrefixedPathResolver("foo"); } /* (non-Javadoc) * @see net.jawr.web.resource.bundle.generator.ResourceGenerator#getResolver() */ public ResourceGeneratorResolver getResolver() { return resolver; } ... }


Packers vs. 49ers final score: San Francisco crushes Green Bay on Sunday night
by James Crabtree-HanniganThe 49ers passed another test Sunday night with a 37-8beatdown of the Packers that helped them maintain a narrow lead atop the NFC West.
Green Bay was just the latest team stymied by San Francisco's defense, which held quarterback Aaron Rodgers’ offense to 198 total yards and one score.
On the fifth play of the game, San Francisco defensive end Fred Warner got to Rodgers in the pocket and forced a fumble, which Nick Bosa fell on at the Green Bay 2. Running back Tevin Coleman scored on the next play for an early 7-0 lead.
Later, with the Packers unable to move the ball, San Francisco pulled away with 13 points in the final three minutes of the first half. A 41-yard catch-and-run touchdown from wide receiver Deebo Samuel was the highlight, one of two long TD passes from quarterback Jimmy Garoppolo on the night.
MORE: 49ers flaunt growing passing attack during takedown of Packers
Garoppolo finished 14 for 20 for 253 yards through the air, with two scores and no interceptions. Rodgers had a respectable 20-for-33 completion mark but earned a paltry 104 yards on those completions.
Green Bay got on the board late in the third quarter, only for San Francisco to answer emphatically. Niners tight end George Kittle broke wide open over the middle for a 61-yard score, which accounting for almost half of his 129 receiving yards.
The second half was mercifully brief; each team had three possessions after halftime.
The Packers' schedule eases up considerably going forward, with games against the Giants and Redskins over the next two weeks. The 49ers' slate offers no respite, though, with trips to Baltimore and New Orleans on the horizon.
Sporting News tracked live scores, updates and highlights from the Week 12 "Sunday Night Football" game between the 49ers and Packers. Follow along below (all times Eastern).
Packers vs. 49ers score
| Q1 | Q2 | Q3 | Q4 | Final | |
|---|---|---|---|---|---|
| Packers | 0 | 0 | 8 | 0 | 8 |
| 49ers | 10 | 13 | 7 | 7 | 37 |
Packers vs. 49ers: Live updates, highlights
Final: 49ers 37, Packers 8
11:01 p.m.: Rodgers has called it a night. The final five minutes or so will be quarterbacked by Tim Boyle.
10:59 p.m.: TOUCHDOWN, 49ers. San Francisco got a turnover on downs, and took 6:31 off the clock going 69 yards. Raheem Mostert, on the eighth run play of the drive, scores from 15 yards out. 49ers 37, Packers 8.
End third quarter: 49ers 30, Packers 8
10:32 p.m.: TOUCHDOWN, 49ers. Well, that's a good way to answer a touchdown. Garoppolo hits an extremely open George Kittle over the middle for a 61-yard score. 49ers 30, Packers 8.
10:26 p.m.: TOUCHDOWN, Packers. Green Bay gets on the board, but it takes more than 8 minutes. A couple of 49ers penalties late extended the drive, and Davonte Adams eventually scores from a couple of yards out. He catches the 2-point conversion, too. 49ers 23, Packers 8.
10:08 p.m.: San Francisco starts the second half with the ball.
Halftime: 49ers 23, Packers 0
9:53 p.m.: FIELD GOAL, 49ers. A 48-yard field goal from Chase McLaughlin sends us to halftime. An utterly dominant performance from San Francisco. 49ers 23, Packers 0.
9:52 p.m.: San Francisco sacks Rodgers for the third time, and now the 49ers have enough time to try to add onto the lead.
9:45 p.m.: TOUCHDOWN, 49ers. The Packers punt it away at the 2-minute warning, and Deebo Samuel makes them pay with a 42-yard catch-and-run three plays later. San Francisco blows it wide open, but Green Bay has about a minute left to try to answer. 49ers 20, Packers 0.
9:38 p.m.: FIELD GOAL, 49ers. San Francisco stalls again in the red zone but widens the lead. At this point, 13 points seems like a tough ask for the Packers. 49ers 13, Packers 0.
9:34 p.m.: Bulaga won't return, which is very bad news as Green Bay tries to deal with San Francisco's vaunted pass rush.
9:31 p.m.: Unsurprisingly, the Packers can't take advantage of the second chance granted by the penalty. Though had Matt LaFleur challenged a long incompletion to Jimmy Graham, it may have been overturned to a catch.
9:24 p.m.: San Francisco's defense is absolutely smothering the Packers, but a personal foul penalty on a third-and-35(!) stop will extend Green Bay's drive.
End first quarter: 49ers 10, Packers 0
8:56 p.m.: Would be a significant loss for the Packers offensive line.
8:54 p.m.: FIELD GOAL, 49ers. Green Bay is losing the field position battle early, and it's hurting. San Francisco takes over at its own 49 and gets to the 11 before settling for a field goal. 49ers 10, Packers 0.
8:41 p.m.: The teams trade punts.
8:31 p.m.: TOUCHDOWN, 49ers. Wasting no time, Tevin Coleman scores from 2 yards out and takes advantage of the (very) short field. 49ers 7, Packers 0.
8:28 p.m.: STRIP SACK, 49ers. San Francisco brings an extra rusher on third-and-10, and Fred Warner gets to Aaron Rodgers. The ball comes out, and Joey Bosa falls on it at the 2-yard line. The 49ers are on the doorstep early.
8:23 p.m.: The Packers open with the ball on the 25 following a touchdback.
8:08 p.m.: Your inactives. Notable, though not super surprising, that 49ers TE George Kittle is not among them.


NEW Update: We've increased our scan range by over 2x! This means you can scan much more! Follow our Twitter for updates!

Thank you and happy hunting!
Find your location


Message
Invalid RSS Version: x.y
Explanation
Released versions of RSS include:
RSS 0.93 and RSS 0.94 were never finalized.
RSS 0.90
and RSS 1.0 have a completely different XML structure, and in particular, no version
attribute.
Solution
In most cases, simply changing the version attribute to 2.0
is the simplest fix.
If, however, you actually are intending to produce a valid RSS 1.0 feed, consult the specification linked above for guidance.
Not clear? Disagree?
You might be able to find help in one of these fine resources.


Welcome to Patient Engine
If you see this page, the server is up.
Click here
to get a greeting from the Hello Servlet.
19Ω


It seems your browser does not support WebGL! Want to learn more about Tom in an other way? Click here...


The script above declares a variable, assigns a value to it, and displays the value. Then, it changes the value, and displays the value again.


Please confirm
Yes
No
Hide welcome message next time
Close
Major Policies
Recommended policy direction
Actions to take
Action to take
Responded by:
on


{% include head.html %} {% include js.html %} {% include stylesheets.html %}
{% include under_construction.html %}


Kreative Hospitality
Plug in your card reader and scan a card.
Hotel:
Scanning...
Unrecognized card.
Successful scan!


What Made Lisp Different
December 2001 (rev. May 2002)
(This article came about in response to some questions on the LL1 mailing list. It is now incorporated in Revenge of the Nerds.)
When McCarthy designed Lisp in the late 1950s, it was a radical departure from existing languages, the most important of which was Fortran.
...
The Roots of Lisp
May 2001
(I wrote this article to help myself understand exactly what McCarthy discovered. You don't need to know this stuff to program in Lisp, but it should be helpful to anyone who wants to understand the essence of Lisp-- both in the sense of its origins and its semantic core. The fact that it has such a core is one of Lisp's distinguishing features, and the reason why, unlike other languages, Lisp has dialects.)
...
A Lisp Startup: Beating the Averages
April 2001, rev. April 2003
(This article is derived from a talk given at the 2001 Franz Developer Symposium.)
In the summer of 1995, my friend Robert Morris and I started a startup called Viaweb. Our plan was to write software that would let end users build online stores. What was novel about this software, at the time, was that it ran on our server, using ordinary Web pages as the interface.
...
Lisp Quotes
"Programs must be written for people to read, and only incidentally for machines to execute."
- Abelson & Sussman, SICP, preface to the first edition
...


my name is ghaidaa mohammad I'm 23 years old,
- Studied management information system
- At philadelphia university
- I was worked as social media specialist for three months
- Then I decide to improved myself in programming language.
- Italy
- Paris
- turkey
- United States
- spain
- Greece
- China
- Japan
- Brazil
- British


Watson Second Opinion
Watson Second Opinion analyzes millions of reviews
and helps you make an educated decision
Copy & paste your Amazon product URL:
Top Entities


Matthew McKellar
© 2018 Matthew McKellar
© 2018 Matthew McKellar
April 2015 - Present
Position: Part Time Sales Associate
Responsibilities:
Stock Weekly Truck
Cashier
Shelf Resets/Planagram
Price Changes
Floor Maintenance
General Store Maintenance
Address:
202 Hwy 378W
Lexington SC 29072
Phone:
(803)250-2533
Manager: Steve Schulz
April 2014 - June 2015
Position: Grill Cook
Responsibilities:
Grill Cook
Fryer Cook
Food Safety
General Cleaning
Floor Maintenance
Address:
2865 Sunset Blvd W
Lexington SC 29072
Phone:
(803) 794-1417
Manager: Lorrie


The Digital Village team is on-hand to help students orient themselves around the College's online and digital facilities. Through a combination of our experience and your questions, here are some of our most-commonly asked questions:
The Digital Village is located on the first floor of the link building, joining the STEM Centre, Inovation & refectory, and tower block buildings.
The space can be accessed either from the first floor of the STEM Centre by passing through the Maths Centre of Excellence (follow the signs from Reception) or on the first floor of the tower block near the double lifts (again, follow signs from the lifts).
For mor information, click the button below to see a map of the College including directions to the Digital Village.
The Digital Village plays host to the College's traditional Library services as well as a comprehensive collection of online resources, eBooks and physical digital equipment such as video cameras and loanable laptops.
The Catalogue search is usually a good place to start if you wish to search our offerings, however some of our digital equipment is off-Catalogue. To browse those offerings, please click the button below.
To keep things simple, we've recently introduced the 'Easy as 1, 2, 3' rule for borrowing books, equipment and computers.
It is worth noting that digital resources such as databases, eBooks and eJournals are usually made available for instant access on-demand. Please check the catalogue per-item for more information.
If you have more questions, its worth checking a Information for Borrwers page as this will give a wider breakdown on how we handle loans and overdue items. Click the button below to visit this part of the site.
Before coming to see us, make sure you're using the correct username for the service you want to access. Systems such as Moodle, bksb and Shibboleth (inc the Catalogue site) will expect only your student ID number (e.g. 10712345). To access Google services, you will need to put cityplym.ac.uk after your student ID number (e.g. 10712345@cityplym.ac.uk).
Provided you're confident you're using the correct username, or alltogether can't remember your password, you now have two options:
For more information on password resets, please visit Student Central and look for the 'Password Reset' link.
The Digital Village is home to both the Tutor Librarian team, and the IT Support technicians. Between these two teams, you should find all the support you need to excel in your studies, both in-person and throughout your online studies.
If you would like more information on these sessions or would like to book, please click on the button below to get started!
In short, yes.
Books and some other items can be checked out using our new self-service kiosks. These kiosks can be found near the main entrance to the Digital Village along with instructional materials to help you navigate through the system.
If you're unsure where the self-service kiosks are, ask a member of staff in the space or click the button below to find a map of the space.
To get in touch with the Digital Village team, beit for general Library enquiries, to book sessions or to arrange the return of a borrowed item, visit the Contact Us page where various details can be found for different contact rasons.


Students
By last month
Attendance
0/0
0%
By last month
Collection
0/0
0%
By last month
Expense
0/0
0%
By last month
Owner Registration
| Id | Check | Name | Mobile | Address | Status | Dated |
|---|
School Registration
| Id | Check | Owner | Address | Branch Name | Phone | Status | Dated |
|---|
Class Registration
| Id | Check | Branch Name | Name | Code | Fee | Time From | Time To | Room | Status | Dated |
|---|
Staff Registration
| Id | Check | Name | Mobile | Phone | Time In | Time Out | Designation | Qualification | Classes | Gender | Date of Birth | Martial Status | Address | Status | Dated |
|---|
Guardian Registration
| Id | Check | Name | Mobile | Relation | Address | Phone | CNIC | Occupation | Status | Dated |
|---|
Student Registration
Subject Registration
| Id | Check | Class | Name | code | Publisher | Edition | Status | Dated |
|---|
Vehicle Registration
| Id | Check | School | Vehicle | Number | Driver Name | Driver Mobile | Owner Name | Owner Mobile | Status | Dated |
|---|
Discount Management
| Id | Check | Discount Name | Type | Amount | Description | Status |
|---|
Public Alerts
| Id | Dated | Channel | Target | Status |
|---|
Manage Alert
| Id | Check | Consumer | Type | Del. Channel | Del. Period | Del. Type | Status | Start Date | End Date | Heading | Message | Signature |
|---|
Manage Fee Collection
| Id | Check | Enroll No | Date | Payer | Payee | Fee | V. Fee | Discount | Discount Type | Other payment | Other desc. | Due Amount | paid | Balance | Due Day | Recieved In. | Check No. |
|---|
Fee Vouchers
Manage Attendance
| Id | Enroll No | Student Name | Class | Date time |
|---|


|
| file | hw_types.h |
| | This file contains the in-line functions required to read/write values from/to the hardware registers. This file also contains field manipulation macros to get and set field values.
|
| |
|
| #define | HW_RD_REG32(addr) (HW_RD_REG32_RAW((uint32_t) (addr))) |
| | This macro reads a 32-bit value from a hardware register and returns the value. More...
|
| |
| #define | HW_WR_REG32(addr, value) (HW_WR_REG32_RAW((uint32_t) (addr), (uint32_t) (value))) |
| | This macro writes a 32-bit value to a hardware register. More...
|
| |
| #define | HW_RD_REG16(addr) (HW_RD_REG16_RAW((uint32_t) (addr))) |
| | This macro reads a 16-bit value from a hardware register and returns the value. More...
|
| |
| #define | HW_WR_REG16(addr, value) (HW_WR_REG16_RAW((uint32_t) (addr), (uint16_t) (value))) |
| | This macro writes a 16-bit value to a hardware register. More...
|
| |
| #define | HW_RD_REG8(addr) (HW_RD_REG8_RAW((uint32_t) (addr))) |
| | This macro reads a 8-bit value from a hardware register and returns the value. More...
|
| |
| #define | HW_WR_REG8(addr, value) (HW_WR_REG8_RAW((uint32_t) (addr), (uint8_t) (value))) |
| | This macro writes a 8-bit value to a hardware register. More...
|
| |
| #define | HW_GET_FIELD(regVal, REG_FIELD) (((regVal) & (uint32_t) REG_FIELD##_MASK) >> (uint32_t) REG_FIELD##_SHIFT) |
| | Macro to extract a field value. This macro extracts the field value from a 32-bit variable (which contains the register value). This macro does not read from actual register address, and only extracts the field from a variable. More...
|
| |
| #define | HW_SET_FIELD32(regVal, REG_FIELD, fieldVal) |
| | Macro to write a specific field value. This macro first clears the specified field value and then performs "OR" of the field value which is shifted and masked. This will set the field value at its desired position. More...
|
| |
| #define | HW_SET_FIELD16(regVal, REG_FIELD, fieldVal) |
| | Macro to write a specific field value. This macro first clears the specified field value and then performs "OR" of the field value which is shifted and masked. This will set the field value at its desired position. More...
|
| |
| #define | HW_SET_FIELD8(regVal, REG_FIELD, fieldVal) |
| | Macro to write a specific field value. This macro first clears the specified field value and then performs "OR" of the field value which is shifted and masked. This will set the field value at its desired position. More...
|
| |
| #define | HW_WR_FIELD32(regAddr, REG_FIELD, fieldVal) |
| | This macro calls read-modify-write API for 32 bit register. It also frames the mask and shift from register field macro. More...
|
| |
| #define | HW_WR_FIELD16(regAddr, REG_FIELD, fieldVal) |
| | This macro calls read-modify-write API for 16 bit register. It also frames the mask and shift from register field macro. More...
|
| |
| #define | HW_WR_FIELD8(regAddr, REG_FIELD, fieldVal) |
| | This macro calls read-modify-write API for 8 bit register. It also frames the mask and shift from register field macro. More...
|
| |
| #define | HW_RD_FIELD32(regAddr, REG_FIELD) |
| | This macro calls read field API for 32 bit register. It also frames the mask and shift from register field macro. More...
|
| |
| #define | HW_RD_FIELD16(regAddr, REG_FIELD) |
| | This macro calls read field API for 16 bit register. It also frames the mask and shift from register field macro. More...
|
| |
| #define | HW_RD_FIELD8(regAddr, REG_FIELD) |
| | This macro calls read field API for 8 bit register. It also frames the mask and shift from register field macro. More...
|
| |
|
#define | HW_SYNC_BARRIER() |
| | This macro to use data sync barrier in case of ARM. This can not be defined as static inline function. This will be called inside every hardware register writes. In case cache APIs are implemented to use the hardware register write functions, (current implementation) and we call a function after actual reg write for cache disable, the return address in the stack will be invalid.
|
| |
|
#define | HW_MEM_BARRIER(void) |
| | This macro to use memory data barrier in case of ARM. This can not be defined as static inline function. Please refer comment for HW_SYNC_BARRIER.
|
| |
|
| static uint32_t | HW_RD_REG32_RAW (uint32_t addr) |
| | This function reads a 32-bit value from a hardware register and returns the value. More...
|
| |
| static void | HW_WR_REG32_RAW (uint32_t addr, uint32_t value) |
| | This function writes a 32-bit value to a hardware register. More...
|
| |
| static uint16_t | HW_RD_REG16_RAW (uint32_t addr) |
| | This function reads a 16-bit value from a hardware register and returns the value. More...
|
| |
| static void | HW_WR_REG16_RAW (uint32_t addr, uint16_t value) |
| | This function writes a 16-bit value to a hardware register. More...
|
| |
| static uint8_t | HW_RD_REG8_RAW (uint32_t addr) |
| | This function reads a 8-bit value from a hardware register and returns the value. More...
|
| |
| static void | HW_WR_REG8_RAW (uint32_t addr, uint8_t value) |
| | This function writes a 8-bit value to a hardware register. More...
|
| |
| static void | HW_WR_FIELD32_RAW (uint32_t addr, uint32_t mask, uint32_t shift, uint32_t value) |
| | This function reads a 32 bit register, modifies specific set of bits and writes back to the register. More...
|
| |
| static void | HW_WR_FIELD16_RAW (uint32_t addr, uint16_t mask, uint32_t shift, uint16_t value) |
| | This function reads a 16 bit register, modifies specific set of bits and writes back to the register. More...
|
| |
| static void | HW_WR_FIELD8_RAW (uint32_t addr, uint8_t mask, uint32_t shift, uint8_t value) |
| | This function reads a 8 bit register, modifies specific set of bits and writes back to the register. More...
|
| |
| static uint32_t | HW_RD_FIELD32_RAW (uint32_t addr, uint32_t mask, uint32_t shift) |
| | This function reads a 32 bit register, masks specific set of bits and the left shifted value. More...
|
| |
| static uint16_t | HW_RD_FIELD16_RAW (uint32_t addr, uint16_t mask, uint32_t shift) |
| | This function reads a 16 bit register, masks specific set of bits and the left shifted value. More...
|
| |
| static uint8_t | HW_RD_FIELD8_RAW (uint32_t addr, uint8_t mask, uint32_t shift) |
| | This function reads a 8 bit register, masks specific set of bits and the left shifted value. More...
|
| |
Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:
Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer.
Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.
Neither the name of Texas Instruments Incorporated nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission.
 IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
| #define HW_GET_FIELD |
( |
|
regVal, |
|
|
|
REG_FIELD |
|
) |
| (((regVal) & (uint32_t) REG_FIELD##_MASK) >> (uint32_t) REG_FIELD##_SHIFT) |
Macro to extract a field value. This macro extracts the field value from a 32-bit variable (which contains the register value). This macro does not read from actual register address, and only extracts the field from a variable.
- Parameters
-
| regVal | 32-bit variable containing the register value. |
| REG_FIELD | Peripheral register bit field name, whose value has to be extracted. |
| #define HW_RD_FIELD16 |
( |
|
regAddr, |
|
|
|
REG_FIELD |
|
) |
| |
Value:
((uint32_t) REG_FIELD##_SHIFT)))
static uint16_t HW_RD_FIELD16_RAW(uint32_t addr, uint16_t mask, uint32_t shift)
This function reads a 16 bit register, masks specific set of bits and the left shifted value...
Definition: hw_types.h:579
This macro calls read field API for 16 bit register. It also frames the mask and shift from register field macro.
- Parameters
-
| regAddr | Register Address. |
| REG_FIELD | Peripheral register bit field name, from which specified bit-field value has to be read. |
- Returns
- Value of the bit-field
| #define HW_RD_FIELD32 |
( |
|
regAddr, |
|
|
|
REG_FIELD |
|
) |
| |
Value:
((uint32_t) REG_FIELD##_SHIFT)))
static uint32_t HW_RD_FIELD32_RAW(uint32_t addr, uint32_t mask, uint32_t shift)
This function reads a 32 bit register, masks specific set of bits and the left shifted value...
Definition: hw_types.h:568
This macro calls read field API for 32 bit register. It also frames the mask and shift from register field macro.
- Parameters
-
| regAddr | Register Address. |
| REG_FIELD | Peripheral register bit field name, from which specified bit-field value has to be read. |
- Returns
- Value of the bit-field
| #define HW_RD_FIELD8 |
( |
|
regAddr, |
|
|
|
REG_FIELD |
|
) |
| |
Value:
((uint32_t) REG_FIELD##_SHIFT)))
static uint8_t HW_RD_FIELD8_RAW(uint32_t addr, uint8_t mask, uint32_t shift)
This function reads a 8 bit register, masks specific set of bits and the left shifted value...
Definition: hw_types.h:592
This macro calls read field API for 8 bit register. It also frames the mask and shift from register field macro.
- Parameters
-
| regAddr | Register Address. |
| REG_FIELD | Peripheral register bit field name, from which specified bit-field value has to be read. |
- Returns
- Value of the bit-field
This macro reads a 16-bit value from a hardware register and returns the value.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
- Returns
- Unsigned 16-bit value read from a register.
This macro reads a 32-bit value from a hardware register and returns the value.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
- Returns
- Unsigned 32-bit value read from a register.
This macro reads a 8-bit value from a hardware register and returns the value.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
- Returns
- Unsigned 8-bit value read from a register.
| #define HW_SET_FIELD16 |
( |
|
regVal, |
|
|
|
REG_FIELD, |
|
|
|
fieldVal |
|
) |
| |
Value:((regVal) = ((regVal) & (uint16_t) (~(uint16_t) REG_FIELD##_MASK)) | \
((((uint16_t) (fieldVal)) << (uint16_t) REG_FIELD##_SHIFT) \
& (uint16_t) REG_FIELD##_MASK))
Macro to write a specific field value. This macro first clears the specified field value and then performs "OR" of the field value which is shifted and masked. This will set the field value at its desired position.
- Parameters
-
| regVal | 16-bit variable containing the register value. |
| REG_FIELD | Peripheral register bit field name, to which specified value has to be set. |
| fieldVal | Value of the field which has to be set. |
| #define HW_SET_FIELD32 |
( |
|
regVal, |
|
|
|
REG_FIELD, |
|
|
|
fieldVal |
|
) |
| |
Value:((regVal) = ((regVal) & (uint32_t) (~(uint32_t) REG_FIELD##_MASK)) | \
((((uint32_t) (fieldVal)) << (uint32_t) REG_FIELD##_SHIFT) \
& (uint32_t) REG_FIELD##_MASK))
Macro to write a specific field value. This macro first clears the specified field value and then performs "OR" of the field value which is shifted and masked. This will set the field value at its desired position.
- Parameters
-
| regVal | 32-bit variable containing the register value. |
| REG_FIELD | Peripheral register bit field name, to which specified value has to be set. |
| fieldVal | Value of the field which has to be set. |
| #define HW_SET_FIELD8 |
( |
|
regVal, |
|
|
|
REG_FIELD, |
|
|
|
fieldVal |
|
) |
| |
Value:((regVal) = ((regVal) & (uint8_t) (~(uint8_t) REG_FIELD##_MASK)) | \
((((uint8_t) (fieldVal)) << (uint8_t) REG_FIELD##_SHIFT) \
& (uint8_t) REG_FIELD##_MASK))
Macro to write a specific field value. This macro first clears the specified field value and then performs "OR" of the field value which is shifted and masked. This will set the field value at its desired position.
- Parameters
-
| regVal | 8-bit variable containing the register value. |
| REG_FIELD | Peripheral register bit field name, to which specified value has to be set. |
| fieldVal | Value of the field which has to be set. |
| #define HW_WR_FIELD16 |
( |
|
regAddr, |
|
|
|
REG_FIELD, |
|
|
|
fieldVal |
|
) |
| |
Value:
((uint32_t) REG_FIELD##_SHIFT), (uint16_t)(fieldVal)))
static void HW_WR_FIELD16_RAW(uint32_t addr, uint16_t mask, uint32_t shift, uint16_t value)
This function reads a 16 bit register, modifies specific set of bits and writes back to the register...
Definition: hw_types.h:534
This macro calls read-modify-write API for 16 bit register. It also frames the mask and shift from register field macro.
- Parameters
-
| regAddr | Register Address. |
| REG_FIELD | Peripheral register bit field name, to which specified value has to be set. |
| fieldVal | Value of the field which has to be set. |
| #define HW_WR_FIELD32 |
( |
|
regAddr, |
|
|
|
REG_FIELD, |
|
|
|
fieldVal |
|
) |
| |
Value:
((uint32_t)REG_FIELD##_SHIFT), (uint32_t)(fieldVal)))
static void HW_WR_FIELD32_RAW(uint32_t addr, uint32_t mask, uint32_t shift, uint32_t value)
This function reads a 32 bit register, modifies specific set of bits and writes back to the register...
Definition: hw_types.h:520
This macro calls read-modify-write API for 32 bit register. It also frames the mask and shift from register field macro.
- Parameters
-
| regAddr | Register Address. |
| REG_FIELD | Peripheral register bit field name, to which specified value has to be set. |
| fieldVal | Value of the field which has to be set. |
| #define HW_WR_FIELD8 |
( |
|
regAddr, |
|
|
|
REG_FIELD, |
|
|
|
fieldVal |
|
) |
| |
Value:
((uint32_t) REG_FIELD##_SHIFT), (uint8_t)(fieldVal)))
static void HW_WR_FIELD8_RAW(uint32_t addr, uint8_t mask, uint32_t shift, uint8_t value)
This function reads a 8 bit register, modifies specific set of bits and writes back to the register...
Definition: hw_types.h:551
This macro calls read-modify-write API for 8 bit register. It also frames the mask and shift from register field macro.
- Parameters
-
| regAddr | Register Address. |
| REG_FIELD | Peripheral register bit field name, to which specified value has to be set. |
| fieldVal | Value of the field which has to be set. |
This macro writes a 16-bit value to a hardware register.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
| value | unsigned 16-bit value which has to be written to the register. |
This macro writes a 32-bit value to a hardware register.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
| value | unsigned 32-bit value which has to be written to the register. |
This macro writes a 8-bit value to a hardware register.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
| value | unsigned 8-bit value which has to be written to the register. |
| static uint16_t HW_RD_FIELD16_RAW |
( |
uint32_t |
addr, |
|
|
uint16_t |
mask, |
|
|
uint32_t |
shift |
|
) |
| |
|
inlinestatic |
This function reads a 16 bit register, masks specific set of bits and the left shifted value.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
| mask | Mask for the bit field. |
| shift | Bit field shift from LSB. |
- Returns
- Bit-field value (absolute value - shifted to LSB position)
| static uint32_t HW_RD_FIELD32_RAW |
( |
uint32_t |
addr, |
|
|
uint32_t |
mask, |
|
|
uint32_t |
shift |
|
) |
| |
|
inlinestatic |
This function reads a 32 bit register, masks specific set of bits and the left shifted value.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
| mask | Mask for the bit field. |
| shift | Bit field shift from LSB. |
- Returns
- Bit-field value (absolute value - shifted to LSB position)
| static uint8_t HW_RD_FIELD8_RAW |
( |
uint32_t |
addr, |
|
|
uint8_t |
mask, |
|
|
uint32_t |
shift |
|
) |
| |
|
inlinestatic |
This function reads a 8 bit register, masks specific set of bits and the left shifted value.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
| mask | Mask for the bit field. |
| shift | Bit field shift from LSB. |
- Returns
- Bit-field value (absolute value - shifted to LSB position)
| static uint16_t HW_RD_REG16_RAW |
( |
uint32_t |
addr | ) |
|
|
inlinestatic |
This function reads a 16-bit value from a hardware register and returns the value.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
- Returns
- Unsigned 16-bit value read from a register.
| static uint32_t HW_RD_REG32_RAW |
( |
uint32_t |
addr | ) |
|
|
inlinestatic |
This function reads a 32-bit value from a hardware register and returns the value.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
- Returns
- Unsigned 32-bit value read from a register.
| static uint8_t HW_RD_REG8_RAW |
( |
uint32_t |
addr | ) |
|
|
inlinestatic |
This function reads a 8-bit value from a hardware register and returns the value.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
- Returns
- Unsigned 8-bit value read from a register.
| static void HW_WR_FIELD16_RAW |
( |
uint32_t |
addr, |
|
|
uint16_t |
mask, |
|
|
uint32_t |
shift, |
|
|
uint16_t |
value |
|
) |
| |
|
inlinestatic |
This function reads a 16 bit register, modifies specific set of bits and writes back to the register.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
| mask | Mask for the bit field. |
| shift | Bit field shift from LSB. |
| value | Value to be written to bit-field. |
| static void HW_WR_FIELD32_RAW |
( |
uint32_t |
addr, |
|
|
uint32_t |
mask, |
|
|
uint32_t |
shift, |
|
|
uint32_t |
value |
|
) |
| |
|
inlinestatic |
This function reads a 32 bit register, modifies specific set of bits and writes back to the register.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
| mask | Mask for the bit field. |
| shift | Bit field shift from LSB. |
| value | Value to be written to bit-field. |
| static void HW_WR_FIELD8_RAW |
( |
uint32_t |
addr, |
|
|
uint8_t |
mask, |
|
|
uint32_t |
shift, |
|
|
uint8_t |
value |
|
) |
| |
|
inlinestatic |
This function reads a 8 bit register, modifies specific set of bits and writes back to the register.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
| mask | Mask for the bit field. |
| shift | Bit field shift from LSB. |
| value | Value to be written to bit-field. |
| static void HW_WR_REG16_RAW |
( |
uint32_t |
addr, |
|
|
uint16_t |
value |
|
) |
| |
|
inlinestatic |
This function writes a 16-bit value to a hardware register.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
| value | unsigned 16-bit value which has to be written to the register. |
| static void HW_WR_REG32_RAW |
( |
uint32_t |
addr, |
|
|
uint32_t |
value |
|
) |
| |
|
inlinestatic |
This function writes a 32-bit value to a hardware register.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
| value | unsigned 32-bit value which has to be written to the register. |
| static void HW_WR_REG8_RAW |
( |
uint32_t |
addr, |
|
|
uint8_t |
value |
|
) |
| |
|
inlinestatic |
This function writes a 8-bit value to a hardware register.
- Parameters
-
| addr | Address of the memory mapped hardware register. |
| value | unsigned 8-bit value which has to be written to the register. |


Warehouse Keeper Lietta:
*[ Clan Warehouse ]*
[npc_%objectId%_DepositC @1039|Deposit an item - Clan Warehouse ]
[npc_%objectId%_WithdrawC 0|Pick up an item - Clan Warehouse (List all)]
[npc_%objectId%_WithdrawC 99|Pick up an item - Clan Warehouse (Select)]
[npc_%objectId%_Chat 0|Return]


Press the button to play the waveform, and adjust the controls to alter its shape.
| Downward Bias | Upward Bias | |
| Negative Bias | Positive Bias | |
| Deämping Bias | Amping Bias | |
| Low Pitch | High Pitch | |
| Low Amplitude | High Amplitude |
This is an audio generator tool to explore the timbral quality of the triangle wave family of waveforms, including both symmetric and asymmetric variants. The top box is an oscilloscope view which visualizes the waveform, and the bottom box is a harmonic spectrum view.
Three different symmetries of the wave are parameterized and can be controlled to "bias" the wave away from symmetrical. These symmetries / biases are:
In addition, you can change the pitch (frequency) and total amplitude of the note being played. Adjusting these can help discern the various patterns of the displays.
At many frequencies, you can observe harmonics that are not even multiples of the fundamental frequency. For example, if you ramp up the pitch slowly, you can see these harmonics "bounce off the wall." These are aliasing artifacts which are produced because the period (single cycle) of the waveform isn't a whole number of samples. The demo code reduces — but does not eliminate — this effect by oversampling, that is, by producing samples at a higher rate than the output sample rate. In this case, those samples are simply averaged together, a tactic which serious audio engineers would probably scoff at but which is both effective and efficient for the current use case.
|
Copyright 2015-2023 the Mimu Authors (Dan Bornstein et alia). SPDX-License-Identifier: Apache-2.0 |
milk.com / mimu |


MIPPY - Issue Reporting
Click here to report an issue
Please include a title for the issue in the SUBJECT, and a description of your issue in the BODY of the email.
Where possible, please include the appropriate log file as an attachment. Log files are date/time stamped.


I help businesses of all sizes focus their branding and marketing efforts and build a thriving business. I can show you how to avoid the "me too" approach that far too many businesses take, and I can help you leverage technology to learn what your customers want from you most.
I'm happy to schedule a free 30-minute consulting session with you. You tell me what challenges you're facing and I'll give you some ideas about how we solve them.
"When I met with Joe for the first time, he asked great deep-dive questions about my business, seeking to not only understand our needs, but help me understand my company's situation as well. While other marketing firms would have given up, Joe didn't - and the results speak for themselves."
Bill Dance
CEO, Dance Financial Services


LESS EXAMPLES
1. Variables
This is test number 1
This is test number 2
This is test number 3
2. Mixins
Circle 1
Circle 2
Circle 3
3. Parametric Mixins
4. Nesting and Scope
This is a list with three sentences.
This is first
sentence
.
This is second
sentence
.
This is third
sentence
.
5. Operations
This is Left square.
This is Right square.
6. Functions
Copyright © 2016 Numencode.com


{% extends "template.html" %} {% block content %}
Support
If you want a template you can look
here
Submit
Type of support
General support
Appeal
Bug report
{% endblock %}


and decorate your own soul
life wildflowers, you must allow yourself to grow,
in the places, people thought,
you never would


{% comment %} This code is a bit tricky because liquid can be restrictive in odds ways. Because posts can have multiple categories, I wanted to organize them on the home page by putting posts in only their first, or what I call their "primary" category. Let me walk you through the code: 1) First I create an integer and boolean called counter and found. Counter is used to count the number of columns so that I know when to create a new row. Found is a flag I use to determine if a post exists which as the current category as its "primary" category. 2) I then get an array of the site's categories and sort it. 3) Now I loop over every category in that array. 4) At the start of this first for loop I create another array. This one contains all the site's posts sorted. 5) Now I start looping through those posts. The objective of this entire loop is to simply find matches. If a post has a "primary" which matches the category of our outer for-loop, then we set found to true, create a row if counter is 0, create a header, start a list, and then break out of the loop. 6) The "if found" statement is the next step. Here we again iterate over the the posts and compare the "primary" category to the category of the outer for-loop. But instead of switching a flag and creating a list, we add the matches to the already existant list. 7) Once done iterating over the posts all posts which had a primary category which matched the outer for-loop category will have been outputted. We then close the list and column. Increment counter (NOTE that we do this because a row's size must be 12 and each column is six in this case). We switch the found flag to false so that we can move on to the next category. And IF counter is equal to 2 we close the row and put counter back at 0. {% endcomment %} {% assign counter = 0 %} {% assign found = false %} {% assign sorted_categories = site.categories | sort %} {% for category in sorted_categories %} {% assign sorted_posts = category[1] | reversed %} {% for post in sorted_posts %} {% if post.categories[0] contains category[0] %} {% assign found = true %} {% if counter == 0 %}


Tanjimul H. Bhuiyan
Find Out MoreI started programming ever since I was 8 and fell in love. I had made my first game using HTML, CSS and JavaScript when I was 12. Over the years I learned many other languages like Python, C#, R etc. I always kept myself busy with programming. Started and successfully sold two only businesses by the age 17. Few years later - which leads me to where I am now. Professionally trained Full-stack enterprise level web-application and android developer. Browse below to check some of my most recent projects.
Get Started!I am never afraid to learn something new - in fact - I think its exciting.
I work like a robot until my job is done - giving up is rarely ever an option. Not as long as I know there is a solution to my problem.
Heck yes!
My goals are ambitious - but not unreachable. See you in Mars!
Like what you see? Reach out to me with job or partnership opportunities.
347-906-1034


This record contains top-level PivotTable information.
Record Data
|
Offset |
Name |
Size |
Contents |
|
4 |
rwFirst |
2 |
First row of the PivotTable |
|
6 |
rwLast |
2 |
Last row of the PivotTable |
|
8 |
colFirst |
2 |
First column of the PivotTable |
|
10 |
colLast |
2 |
Last column of the PivotTable |
|
12 |
rwFirstHead |
2 |
First row containing PivotTable headings |
|
14 |
rwFirstData |
2 |
First row containing PivotTable data |
|
16 |
colFirstData |
2 |
First column containing PivotTable data |
|
18 |
iCache |
2 |
Index to the cache |
|
20 |
(Reserved) |
2 |
Reserved; must be 0 (zero) |
|
22 |
sxaxis4Data |
2 |
Default axis for a data field |
|
24 |
ipos4Data |
2 |
Default position for a data field |
|
26 |
cDim |
2 |
Number of fields |
|
28 |
cDimRw |
2 |
Number of row fields |
|
30 |
cDimCol |
2 |
Number of column fields |
|
32 |
cDimPg |
2 |
Number of page fields |
|
34 |
cDimData |
2 |
Number of data fields |
|
36 |
cRw |
2 |
Number of data rows |
|
38 |
cCol |
2 |
Number of data columns |
|
40 |
grbit |
2 |
Option flags |
|
42 |
itblAutoFmt |
2 |
Index to the PivotTable autoformat |
|
44 |
cchName |
2 |
Length of the PivotTable name |
|
46 |
cchData |
2 |
Length of the data field name |
|
48 |
rgch |
var |
PivotTable name, followed by the name of a data field |
The grbit field contains the following option flags:
|
Offset |
Bits |
Mask |
Name |
Contents |
|
0 |
0 |
0001h |
fRwGrand |
=1 if the PivotTable contains grand totals for rows |
|
|
1 |
0002h |
fColGrand |
=1 if the PivotTable contains grand totals for columns |
|
|
2 |
0004h |
(Reserved) |
Reserved; must be 0 (zero) |
|
|
3 |
0008h |
fAutoFormat |
=1 if the PivotTable has an autoformat applied |
|
|
4 |
0010h |
fWH |
=1 if the width/height autoformat is applied |
|
|
5 |
0020h |
fFont |
=1 if the font autoformat is applied |
|
|
6 |
0040h |
fAlign |
=1 if the alignment autoformat is applied |
|
|
7 |
0080h |
fBorder |
=1 if the border autoformat is applied |
|
|
8 |
0100h |
fPattern |
=1 if the pattern autoformat is applied |
|
|
9 |
0200h |
fNumber |
=1 if the number autoformat is applied |
|
|
15–10 |
FC00h |
(Reserved) |
Reserved; must be 0 (zero) |


Data Engineer - San Francisco, CA
San Francisco, CA
Data department
Alice helps small business owners launch and grow. Since launching in May 2017, our goal is to help 6 million owners succeed through our free digital platform,
helloalice.com [http://www.helloalice.com]. Alice serves all entrepreneurs and we wholeheartedly believe that if underserved business owners -- women, people of color, veterans, the LGBTQ+ community, entrepreneurs with disabilities, people in small towns, and immigrants -- are provided better access to resources, they can change the world. Our vision is to be financially successful while making a positive impact on economies and job creation.
Alice is growing a diverse team, and we’re looking for a Data Engineer to help us fulfill our mission of connecting all entrepreneurs to the resources they need to grow and scale their businesses. We’re leading a movement to connect every founder, regardless of geography, capitalization, prior experience, or cultural constraints, to the experts, tools, knowledge, and communities that will propel their companies forward. Alice is a Series A-backed company with teams in Houston, TX and San Francisco, CA. We are helping hundreds of thousands of owners a week in all fifty states. Led by co-founders Elizabeth Gore and Carolyn Rodz, we are hiring self-starters who can build the plane while flying it.
Engineering is key to scaling our mission, and we’re growing our data engineering team to build new features, improve our AI, and better serve entrepreneurs from around the world. We believe in working fast, but smart, and work toward measurable results. As the first member of the data team you will be able to have a huge impact on the technologies, architecture, and tools we use. Data is key to Alice’s success and this position will have big visibility throughout the organization.
Required Skills/Experiences:
Thrives in a fast-paced, startup environment, is adaptable and versatile
3+ years of python
Experience in python data libraries (pandas, luigi, dask, etc)
Solid understanding of data structures and algorithms
Building distributed data systems
Desired Skills / Experiences
AWS and Google Cloud management
Ansible, Terraform or other cloud orchestration libraries
RabbitMQ, Kafka or other queuing systems
gRPC or other RPC libraries
Protobufs
Machine learning and statistics libraries
Scraping websites for relevant information
Our company values are important to us. We thought we would share them with you as someone interested in joining our team.
INNOVATE ALWAYS. Seek out unique perspectives, diverse experiences, and disconnected dots. These are the seeds of big ideas and exceeded expectations, made even better through constant collaboration.
EMBRACE FAILURE. Learn from the inevitable failures that result from innovation, and move forward quickly with a pioneering spirit. Champion the doers, celebrate their contributions to the team, and don't shy away from difficult conversations.
DRIVE THE MISSION FORWARD. Everything we do is through the inclusive lens of helping all business owners launch and grow, regardless of who they are or where they come from. Hold yourself to the highest standards of quality and equality in everything you do.
EVERYONE TAKES OUT THE TRASH. No task is too small for the success of our company or our owners. Always be thoughtful and practice extreme kindness toward our team, partners, and owners.
SIMPLIFY AND COMMIT. Maintain a bias toward efficiency, acting quickly and testing often. Recognize the opportunity cost of every decision, commit to deadlines, be on time, and search for simple, smart solutions.
Alice is an Equal Employment Opportunity employer that will consider all qualified applicants, regardless of race, color, religion, gender, sexual orientation, marital status, gender identity or expression, national origin, genetics, age, disability status, protected veteran status, or any other characteristic protected by applicable law.
www.helloalice.com [http://www.helloalice.com/] // Twitter
[https://twitter.com/HelloAlice] // Facebook
[http://www.facebook.com/aliceconnects] // Instagram
[https://www.instagram.com/helloalice_com/] // LinkedIn
[https://www.linkedin.com/company/25067438/]


YourFolderPath - the path to your directory of custom star images to be used. For instance,{module_ratingrank, /images/stars} would use images located inside the directory /images/stars instead of the default image files. When using this parameter, ensure that your custom images use these exact names:
1stars.gif
15stars.gif
2stars.gif
25stars.gif
3stars.gif
35stars.gif
4stars.gif
45stars.gif
5stars.gif
Examples
{module_ratingrank,/images/stars} - displays the rating for the current item using the custom images from the /images


Two kind of simple mappers can be found as a REST services:
CPV 2008 mapper that takes as a parameter a label and returns 3 mappings.
Australia suppliers mapper that takes as a parameter a label and returns 1 mapping (it only uses existing supplier names due to the process to create the mappings has been made off-line using Pyton).
This code has been made with the purpose of unifying descriptions and codes in public contracts and supplier names in the case of Australia.
For any comment or suggestion, please send en email to Jose M Alvarez.
©Thessaloniki, Greece, 2013


In electromagnetic devices, a change of a coil's magnetic flux linkage Ψ reacts on the electrical subsystem in that a voltage v is induced due to Faraday's law:
v = - dΨ/dt
This reaction can possibly be neglected for
In these cases, the magnetic potential difference or magnetomotive force imposed by a coil can easily be modelled with a signal-controlled source. Except for the neglected dynamics, steady-state actuator forces will be calculated properly in actuator models based on these sources.


highlight
Active Jobs
drafts
Draft Jobs
history
Expired Jobs
add
Post Job
exit_to_app
Hi, Johann
#
Job Title
Category
Location
Work Type
Salary Type
Income
Contact
Youtube
Actions
View
Edit
Delete


| Package | org.igniterealtime.xiff.core |
| Class | public class AbstractJID |
| Subclasses | EscapedJID, UnescapedJID |
jid = [ node "
| Property | Defined by | ||
|---|---|---|---|
| bareJID : String [read-only]
The JID without the resource.
| AbstractJID | ||
| domain : String [read-only]
The domain portion of the JID.
| AbstractJID | ||
| node : String [read-only]
The node portion of the JID.
| AbstractJID | ||
| resource : String [read-only]
The resource portion of the JID.
| AbstractJID |
| Property | Defined by | ||
|---|---|---|---|
| _domain : String = "" | AbstractJID | ||
| jidNodeValidator : RegExp [static]
| AbstractJID | ||
| _node : String = "" | AbstractJID | ||
| _resource : String = "" | AbstractJID |
| Method | Defined by | ||
|---|---|---|---|
|
AbstractJID(inJID:String, validate:Boolean = false)
Creates a new AbstractJID object.
| AbstractJID | ||
|
escapedNode(n:String):String
[static]
Provides functionality to convert a JID to an escaped format.
| AbstractJID | ||
|
toString():String
Converts JID represented by this class to a String.
| AbstractJID | ||
|
unescapedNode(n:String):String
[static]
Provides functionality to return an escaped JID into a normal String.
| AbstractJID |
| bareJID | property |
bareJID:String
[read-only]The JID without the resource.
Implementation public function get bareJID():String
| _domain | property |
protected var _domain:String = ""
| domain | property |
domain:String
[read-only]The domain portion of the JID.
Implementation public function get domain():String
| jidNodeValidator | property |
protected static var jidNodeValidator:RegExp
| _node | property |
protected var _node:String = ""
| node | property |
node:String
[read-only]The node portion of the JID.
Implementation public function get node():String
| _resource | property |
protected var _resource:String = ""
| resource | property |
resource:String
[read-only]The resource portion of the JID.
Implementation public function get resource():String
| AbstractJID | () | constructor |
public function AbstractJID(inJID:String, validate:Boolean = false)
Creates a new AbstractJID object. Used via EscapedJID or UnescapedJID.
Each allowable portion of a JID (node identifier, domain identifier, and resource identifier) MUST NOT be more than 1023 bytes in length, resulting in a maximum total size (including the ’Parameters
inJID:String — The JID as a String.
|
|
validate:Boolean (default = false ) — True if the JID should be validated.
|
| escapedNode | () | method |
public static function escapedNode(n:String):String
Provides functionality to convert a JID to an escaped format.
Parametersn:String — The string to escape.
|
String — The escaped string.
|
| toString | () | method |
public function toString():String
Converts JID represented by this class to a String.
ReturnsString — The JID as a String.
|
| unescapedNode | () | method |
public static function unescapedNode(n:String):String
Provides functionality to return an escaped JID into a normal String.
Parametersn:String — The string to unescape.
|
String — The unescaped string.
|


Lil-Twitter is a tiny online social networking web application that enables users to send and read short 140-character messages call "lil-tweets".
Lil-Twitter let you to connect with your friends — and other fascinating people. Get in-the-moment updates on the things that interest you. And watch events unfold, in real time, from every angle.
Web browser
HTML5, CSS3, JavaScript, jQuery
Ruby, Sinatra, PostgreSQL
Lil-Twitter let you to connect with your friends — and other fascinating people. Get in-the-moment updates on the things that interest you. And watch events unfold, in real time, from every angle.
Users can log in, and post status updates.
Users can follow other users, and see a list of their followers.
Users have their profile page, and can see others' profile page.
Users can retweet others' status updates


{% include 'templates/head-meta.html' %}
#general
, #elements
,
#tools
or even #spanish
to get started.
polymer
tag is perfect for any kind of question
around developing using the Polymer library. You can even try your
hand at answering other people’s queries.
#projects
channel on Slack
is a showcase of what elements and applications community members
have built with Polymer.
app-layout
templates
that you can download and get started with instantly. We also have a
Shop template for ecommerce sites,
and a News template for content sites.#events
channel
on Slack, or follow us
on Twitter.


Apple cancels ‘The Banker’ film premiere as sexual abuse allegations emerge against real-life subject’s son
The Apple original is set to come to the streamer next month
The premiere of Apple+’s first major film has been cancelled after sexual abuse allegations were made against the real-life subject’s son.
The Banker, starring Samuel L. Jackson and Anthony Mackie, was set to premiere at the AFI Fest today (November 21).
In the film, Mackie plays revolutionary businessman Bernard Garrett Sr, who, alongside his partner (Jackson) become the first African-American bankers in the USA.
Cancelled just a day before its planned premiere, The Hollywood Reporter reports that the pulling of the show is due to allegations made against Bernard Garrett Jr, the real-life son of Garrett Sr.
The report sees Cynthia and Sheila Garrett, Bernard’s half-sisters, allege that Bernard “sexually molested them over the course of a few years”.
It goes on to reveal that Cynthia is writing a new book about her experiences, which is due for release next year.
Apple+ TV
Apple declined to comment on the claims themselves, but have released a statement on the cancellation of the film’s premiere, saying: “We purchased The Banker earlier this year as we were moved by the film’s entertaining and educational story about social change and financial literacy. Last week some concerns surrounding the film were brought to our attention.
“We, along with the filmmakers, need some time to look into these matters and determine the best next steps. In light of this, we are no longer premiering The Banker at AFI Fest.”
The Banker is set to come to Apple+ on December 7, with a theatrical release the day before.


{% import "macros.html" as macros %} {% extends base_layout %} {% block title %}User Admin :: {% endblock %} {% block page_styles %} {% endblock %} {% block navbar %} {% include 'navbar.html' %} {% endblock %} {% block content %}
“To conquer oneself is a greater task than conquering others.” ― Gautama Buddha
Below is a list of users on the Lab's system. These users are employees, customers or trial users.
Do be careful about deleting or upgrading users!
| Username | Created | Name | Super Size | Action? | |
|---|---|---|---|---|---|
| {{ user.username }} | {{ user.created|timendate }} | {{ user.name }} | {{ user.email }} |
|


Sir Martin Sorrell: Post-Brexit economy should be ‘Singapore on steroids’
by James WarringtonAdvertising veteran Sir Martin Sorrell has called on the government to pursue a “Singapore on steroids” strategy for the UK economy after Brexit.
The former WPP boss, who now runs digital ad firm S4 Capital, said the UK should seek to establish a free-market, pro-business economy similar to that of the Asian financial hub.
Read more: Martin Sorrell’s S4 Capital boosts revenue and profit
“I look for a Singapore on steroids. I look for a regulation-light, tax-light UK economy open for business in a way we haven’t seen before,” Sorrell said in an interview with Bloomberg.
“It has to be the home of Google, Amazon and Facebook, not the regulatory nightmare,” he added.
Sorrell, who was a vocal supporter of the Remain campaign, said that such an approach would make the UK a “much more attractive” investment destination in the long term.
“Once Brexit is out of the way, I think there will be reinvestment,” he said, though he warned that it could take up to 10 years to see the benefits.
“This is not a short term process. It’s a very big shift that’s needed and it’s going to take a long time to get it right, so slow but steady will be the orders of the day.”
The ad boss said the key for the UK economy was to alter its trading pattern and reduce its reliance on Europe.
But while Sorrell admitted there had been uncertainty since the referendum, he insisted that the UK advertising sector had proved resilient.
“In the last three years I think people have cut their plans for fixed capital investment and have invested in variable marketing spend in the theory that they’ll maintain or increase market share,” he said. “So actually, spending in advertising and marketing services hasn’t been bad.”
Read more: Sorrell’s S4 Capital beefs up analytics division with double acquisition
The latest industry figures, published last month, showed UK advertising spend hit £6bn in the second quarter, up 5.8 per cent year on year. However, spend remained flat from the first three months of the year.
Trade body the Advertising Association, which has rallied against the possibility of a no-deal Brexit, last month called for an end to uncertainty after a further delay to the deadline.
Main image credit: Getty


Configuring iSCSI for Kubernetes
Estimated reading time: 10 minutesInternet Small Computer System Interface (iSCSI) is an IP-based standard that provides block-level access to storage devices. iSCSI takes requests from clients and fulfills these requests on remote SCSI devices. iSCSI support in UCP enables Kubernetes workloads to consume persistent storage from iSCSI targets.
iSCSI Components
- iSCSI Initiator – Any client that consumes storage and sends iSCSI commands. In a UCP cluster,
the iSCSI initiator must be installed and running on any node where pods can be scheduled.
Configuration, target discovery, and login/logout to a target are primarily performed
by two software components:
iscsid
(service) andiscsiadm
(CLI tool). These two components are typically packaged as part ofopen-iscsi
on Debian systems andiscsi-initiator-utils
on RHEL/Centos/Fedora systems.iscsid
is the iSCSI initiator daemon and implements the control path of the iSCSI protocol. It communicates withiscsiadm
and kernel modules.iscsiadm
is a CLI tool that allows discovery, login to iSCSI targets, session management, and access and management of theopen-iscsi
database.
Note: iSCSI kernel modules implement the data path. The most common modules used across Linux distributions
are scsi_transport_iscsi.ko
, libiscsi.ko
and iscsi_tcp.ko
. These modules need to be loaded on the host
for proper functioning of the iSCSI initiator.
- iSCSI Target – Any server that shares storage and receives iSCSI commands from an initiator.
Prerequisites
- Basic Kubernetes and iSCSI knowledge is assumed.
- iSCSI storage provider hardware and software set up is complete:
- Note: There is no significant demand for RAM/Disk when running external provisioners in UCP clusters. For setup information specific to a storage vendor, refer to the vendor documentation.
- Kubectl must be set up on clients.
- The iSCSI server must be accessible to UCP worker nodes.
Limitations
- Not supported on Windows.
Usage
The following steps are required for configuring iSCSI in Kubernetes via UCP:
Other information included in this topic:
- In-tree iSCSI volumes
- External provisioner and Kubernetes objects
- Authentication
- Troubleshooting
- Example
Configure iSCSI target
An iSCSI target can run on dedicated/stand-alone hardware, or can be configured in a hyper-converged manner to run alongside container workloads on UCP nodes. To provide access to the storage device, each target is configured with one or more logical unit numbers (LUNs).
iSCSI targets are specific to the storage vendor. Refer to the documentation of the vendor for set up instructions, including applicable RAM and disk space requirements, and expose them to the UCP cluster.
Exposing iSCSI targets to the UCP cluster involves the following steps:
- Target is configured with client IQNs if necessary for access control.
- Challenge-Handshake Authentication Protocol (CHAP) secrets must be configured for authentication.
- Each iSCSI LUN must be accessible by all nodes in the cluster. Configure the iSCSI service to expose storage as an iSCSI LUN to all nodes in the cluster. This can be done by allowing all UCP nodes, and essentially their IQNs, to be part of the target’s ACL list.
Configure generic iSCSI initiator
Every Linux distribution packages the iSCSI initiator software in a particular way. Follow the instructions specific to the storage provider, using the following steps as a guideline.
- Prepare all UCP nodes:
- Install OS-specific iSCSI packages and load the necessary iSCSI kernel modules. In the following
example,
scsi_transport_iscsi.ko
andlibiscsi.ko
are pre-loaded by the Linux distro. Theiscsi_tcp
kernel module must be loaded with a separate command:- For CentOS/Red Hat systems:
sudo yum install -y iscsi-initiator-utils sudo modprobe iscsi_tcp
- For Ubuntu systems:
sudo apt install open-iscsi sudo modprobe iscsi_tcp
- For CentOS/Red Hat systems:
- Install OS-specific iSCSI packages and load the necessary iSCSI kernel modules. In the following
example,
- Set up UCP nodes as iSCSI initiators.
- Configure initiator names for each node as follows:
sudo sh -c 'echo "InitiatorName=iqn.<2019-01.com.example>:<uniqueID>" > /etc/iscsi/<initiatorname>.iscsi sudo systemctl restart iscsid
Note: The
iqn
must be in the following format:iqn.YYYY-MM.reverse.domain.name:OptionalIdentifier
.
- Configure initiator names for each node as follows:
Configure UCP
Using the instructions in the UCP configuration file help topic, update the UCP configuration file with the following options:
--storage-iscsi=true
: enables ISCSI based Persistent Volumes in Kubernetes.--iscsiadm-path=<path>
: specifies the absolute path of the iscsiadm binary on the host. Default value is “/usr/sbin/iscsiadm”.--iscsidb-path=<path>
: specifies the path of the iscsi database on the host. Default value is “/etc/iscsi”.
In-tree iSCSI volumes
The Kubernetes in-tree iSCSI plugin only supports static provisioning. For static provisioning:
- You must ensure the desired iSCSI LUNs are pre-provisioned in the iSCSI targets.
- You must create iSCSI PV objects, which correspond to the pre-provisioned LUNs, with the appropriate iSCSI configuration.
- As PVCs are created to consume storage, the iSCSI PVs bind to the PVCs and satisfy the request for persistent storage.
The following example shows how to configure and create a PersistentVolume
object:
- Create a YAML file for the
PersistentVolume
object:apiVersion: v1 kind: PersistentVolume metadata: name: iscsi-pv spec: capacity: storage: 12Gi accessModes: - ReadWriteOnce iscsi: targetPortal: <IP_ADDRESS>:3260 iqn: iqn.2017-10.local.example.server:disk1 lun: 0 fsType: 'ext4' readOnly: false
Replace the following values with information appropriate for your environment:
12Gi
with the size of the storage available.<IP_ADDRESS>:3260
with the IP address and port number of the iSCSI target in your environment. Refer to the storage provider documentation for port information.iqn.2017-10.local.example.server:disk1
is the IQN of the iSCSI initiator, which in this case is the UCP worker node. Each UCP worker should have a unique IQN. Replaceiqn.2017-10.local.example.server:disk1
with a unique name for the identifier. More than oneiqn
can be specified, but must be the following format:iqn.YYYY-MM.reverse.domain.name:OptionalIdentifier
.- Create the
PersistentVolume
using your YAML file by running the following command on the master node:kubectl create -f pv-iscsi.yml persistentvolume/iscsi-pv created
- Create the
External provisioner and Kubernetes objects
An external provisioner is a piece of software running out of process from Kubernetes that is responsible for creating and deleting Persistent Volumes. External provisioners monitor the Kubernetes API server for PV claims and create PVs accordingly.
When using an external provisioner, you must perform the following additional steps:
- Configure external provisioning based on your storage provider. Refer to your storage provider documentation for deployment information.
- Define storage classes. Refer to your storage provider dynamic provisioning documentation for configuration information.
- Define Persistent Volume Claim(PVC) and Pod.
- When you define a PVC to use the storage class, a PV is created and bound.
- Start a Pod using the PVC that you defined.
Note: Some on-premises storage providers have external provisioners for PV provisioning to backend storage.
Authentication
CHAP secrets are supported for both iSCSI discovery and session management.
Troubleshooting
Frequently encountered issues are highlighted in the following list:
- Host might not have iscsi kernel modules loaded. To avoid this, always prepare your UCP worker nodes by installing the iSCSI packages and the iscsi kernel modules prior to installing UCP. If worker nodes are not prepared correctly prior to UCP install, prepare the nodes and restart the ‘ucp-kubelet’ container for changes to take effect.
- Some hosts have
depmod
confusion. On some Linux distros, the kernel modules cannot be loaded until the kernel sources are installed anddepmod
is run. If you experience problems with loading kernel modules, make sure you rundepmod
after kernel module installation.
Example
- See https://github.com/kubernetes-incubator/external-storage/tree/master/iscsi/targetd for a reference external provisioner implementation using a target based external provisioner.
- On your client machine with
kubectl
installed and the configuration specifying the IP address of a master node, perform the following steps:- Create and apply the storage class:
- Create a
StorageClass
object in a YAML file named `iscsi-storageclass.yaml, as shown in the following example:
kind: StorageClass apiVersion: storage.k8s.io/v1 metadata: name: iscsi-targetd-vg-targetd provisioner: iscsi-targetd parameters: targetPortal: <IP_ADDRESS> iqn: iqn.2019-01.org.iscsi.docker:targetd iscsiInterface: default volumeGroup: vg-targetd initiators: iqn.2019-01.com.example:node1, iqn.2019-01.com.example:node2 chapAuthDiscovery: "false" chapAuthSession: "false"
- Use the
StorageClass
YAML file and run the following command. ``` $ kubectl apply -f iscsi-storageclass.yaml storageclass “iscsi-targetd-vg-targetd” created
$ kubectl get sc NAME PROVISIONER AGE iscsi-targetd-vg-targetd iscsi-targetd 30s ```
- Create a
- Create and apply a PersistentVolumeClaim
- Create a
PersistentVolumeClaim
object in a YAML file namedpvc-iscsi.yml
on the master node, open it in an editor, and include the following content:kind: PersistentVolumeClaim apiVersion: v1 metadata: name: iscsi-claim spec: storageClassName: "iscsi-targetd-vg-targetd" accessModes: - ReadWriteOnce resources: requests: storage: 100Mi
Supported
accessModes
values for iSCSI includeReadWriteOnce
andReadOnlyMany
. You can also change the requested storage size by changing thestorage
value to a different value.Note: The scheduler automatically ensures that pods with the same PersistentVolumeClaim run on the same worker node.
- Apply the
PersistentVolumeClaim
YAML file by running the following command on the master node:kubectl apply -f pvc-iscsi.yml -n $NS persistentvolumeclaim "iscsi-claim" created
- Create a
- Verify the
PersistentVolume
andPersistentVolumeClaim
were created successfully and that thePersistentVolumeClaim
is bound to the correct volume: ``` $ kubectl get pv,pvc
NAME STATUS VOLUME CAPACITY ACCESS MODES STORAGECLASS AGE iscsi-claim Bound pvc-b9560992-24df-11e9-9f09-0242ac11000e 100Mi RWO iscsi-targetd-vg-targetd 1m
NAME CAPACITY ACCESS MODES RECLAIM POLICY STATUS CLAIM STORAGECLASS REASON AGE pvc-b9560992-24df-11e9-9f09-0242ac11000e 100Mi RWO Delete Bound default/iscsi-claim iscsi-targetd-vg-targetd 36s ```
- Set up pods to use the
PersistentVolumeClaim
when binding to thePersistentVolume
. Here aReplicationController
is created and used to set up two replica pods running web servers that use thePersistentVolumeClaim
to mount thePersistentVolume
onto a mountpath containing shared resources.- Create a ReplicationController object in a YAML file named
rc-iscsi.yml
and open it in an editor to include the following content:apiVersion: v1 kind: ReplicationController metadata: name: rc-iscsi-test spec: replicas: 2 selector: app: nginx template: metadata: labels: app: nginx spec: containers: - name: nginx image: nginx ports: - name: nginx containerPort: 80 volumeMounts: - name: iscsi mountPath: "/usr/share/nginx/html" volumes: - name: iscsi persistentVolumeClaim: claimName: iscsi-claim
- Use the ReplicationController YAML file and run the following command on the master node:
$ kubectl create -f rc-iscsi.yml replicationcontroller "rc-iscsi-test" created
- Verify pods were created:
$ kubectl get pods NAME READY STATUS RESTARTS AGE rc-iscsi-test-05kdr 1/1 Running 0 9m rc-iscsi-test-wv4p5 1/1 Running 0 9m
- Create a ReplicationController object in a YAML file named
- Create and apply the storage class:


Evening 10 Series 2019 Event 3
| TL 3 |
23 April 19 |
|
10 |
miles |
| Name |
Position |
Road bike |
Actual Time |
Avg. mph |
| |
|
|
|
|
| Timothy Smith |
1 |
|
00:22:31 |
26.65 |
| Alan Nicholson |
2 |
|
00:22:50 |
26.28 |
| Josh van
Nierop |
3 |
|
00:23:03 |
26.03 |
| Matt Plews |
4 |
|
00:23:43 |
25.30 |
| Hans van
Nierop |
5 |
|
00:24:08 |
24.86 |
| Jonathan
Durnin |
6 |
|
00:24:27 |
24.54 |
| Michael
Burke |
7 |
1 |
00:24:37 |
24.37 |
| Adrian
Killworth |
8 |
|
00:25:21 |
23.67 |
| Julian Freeman |
9 |
|
00:25:30 |
23.53 |
| Mike Smith |
10 |
2 |
00:25:32 |
23.50 |
| Julian
Middleton |
11 |
|
00:25:52 |
23.20 |
| David
Wilson |
12 |
|
00:25:55 |
23.15 |
| Ian
Waterfield |
13 |
|
00:26:33 |
22.60 |
| Chris
Dainty |
14 |
|
00:26:54 |
22.30 |
| Bill
Barrie |
15 |
|
00:27:23 |
21.91 |
| Alistair
Watson |
16 |
|
00:27:27 |
21.86 |
| Linda
Hubbard |
16 |
|
00:27:27 |
21.86 |
| Stuart
Dawkins |
18 |
3 |
00:27:46 |
21.61 |
| Oliver
Brookes |
19 |
|
00:27:47 |
21.60 |
| Harrison
Fay |
20 |
4 |
00:27:53 |
21.52 |
| Matthew
Vallins |
21 |
5 |
00:28:21 |
21.16 |
| Mitchell
James |
22 |
6 |
00:28:25 |
21.11 |
| Claire
Waterfield |
23 |
|
00:28:28 |
21.08 |
| David Reay |
24 |
|
00:28:31 |
21.04 |
| Ray Taylor |
25 |
|
00:28:46 |
20.86 |
| Jill
Postlethwaite |
26 |
7 |
00:28:49 |
20.82 |
| Ria Mobbs |
27 |
8 |
00:29:03 |
20.65 |
| Stewart
Holland |
28 |
9 |
00:29:11 |
20.56 |
| Huw Wilson |
29 |
|
00:29:15 |
20.51 |
| Andy Smith |
30 |
10 |
00:29:40 |
20.22 |
| Steve Fay |
31 |
11 |
00:29:59 |
20.01 |
| Chris Hyde |
32 |
12 |
00:30:44 |
19.52 |
| Tom Evans |
33 |
|
00:31:11 |
19.24 |
| Steve
Alden |
34 |
|
00:31:35 |
19.00 |
| Lorna
Marlow |
35 |
13 |
00:34:51 |
17.22 |
| Debbie
Ward |
36 |
14 |
00:38:11 |
15.71 |
| Mike
Vybiral |
|
|
DNF |
|
| Dominic
Switzer |
|
|
DNS |
|
|
|
|
|
|


A bus crashes into a semi truck, splitting it in half and leaving 19 people hospitalized
by CNN(CNN) — A massive crash sent 19 people to hospitals as thick fog and ice covered a Virginia highway Sunday.
The crash happened around 4:30 a.m. on the eastbound lanes of Interstate 64 near the Nelson-Augusta county lines, Virginia State Police spokeswoman Corrine Geller said.
“Heavy fog and icy road conditions are to blame,” Geller said.
The driver of a tractor-trailer lost control, and the semi truck filled with mail overturned, state police said.
A nearby charter bus wasn’t able to avoid the overturned semi and struck it.
“The impact of the crash split the tractor-trailer in half,” Geller said. “The bus ran off the right side of the highway and came to rest against the guardrail.”
More than 20 people were on the Silver Lining Charters & Tours bus, police said.
At least 19 people were taken to hospitals, including the bus drier, Andrew L. Burruss, and the driver of the semi truck, James Proffitt.
No fatalities were reported. The injuries of those hospitalized range from serious to minor.
At least seven minor crashes followed in the same lanes as the major crash, state police said. No one was injured in those minor crashes.
The Virginia State Police Motor Carrier Safety Team is assisting with the investigation. The US Postal Inspection Service also responded to the scene because the tractor-trailer was loaded with mail.
The-CNN-Wire™ & © 2019 Cable News Network, Inc., a Time Warner Company. All rights reserved.


Log In
Wordpress
.com
Create your new website
for free
WordPress.com is the best place for
your personal blog or business site.
Create Website
Ready for mobile
Download the iOS or Android app
Freshly Pressed
Strong voices from around the world
Hundreds of designs
Find your unique style
WordPress.com is the easiest way to create a free website or blog. It's a powerful hosting platform that grows with you.
Easy to use
WordPress.com lets you create beautiful and powerful websites or blogs.
Your own domain name
We'll set up and configure your custom domain so that you can start using it in seconds.
Search engine and SEO friendly
WordPress.com is optimized for SEO and getting your site in front of searchers on Google, Bing, Yahoo, and others.
The best support
Our Happiness Engineers work night and day through live chat, email, support pages, and forums to answer any questions you have.
Premium plans
Our premium plans give you more control with additional customization options. They all come with free trials.
Millions of users
We welcome 50,000 new sites every day. From small business sites, artist portfolios, and blogs, to giant media organizations like TIME and CNN.
WordPress powers 23% of the internet
Create Website
Apps Themes Support Blog VIP Discover
About Us
Terms of
Service Privacy Language


Human-Readable Text in Attributes
It is often tempting to place text intended for humans inside an attribute, perhaps so as to "attach" it more directly to the element, or to make authoring terser. The archetypical example of this being:
<img ... alt="photo of a dahut in the fog">
The issue here is that this approach breaks down as soon as one starts
requiring structure inside the string. If you include a picture of a section
element, you won’t be able to mark the alt
up with the proper code
element.
That might seem like an acceptable limitation, but it gets worse: if the text is expected to
be potentially in any language, there will be cases in which it will require structure. For
instance, some Chinese or Japanese text requires ruby annotations (basically text that is
rendered next to the primary text to indicate the pronunciation). Similarly, it can be
useful to specify the writing direction when mixing languages that go in different
directions (e.g. Arabic and French). Also, due to limitations in Unicode, some characters
will not render correctly (i.e. will be rendered with the wrong glyphs) unless you specify
which language the text is in — that is notably the case of the CJK set in which Unicode
gave some Chinese, Japanese, and Korean text the same code-point even though they are
depicted differently in each language (a rather scandalous decision, but one we have to live
with). For this case one could place a lang
attribute on the element to get the
right effect on the text inside the attribute, but that would set the language of the entire
element, not just of the title text. It’s an extreme case, but if one had an
img
element pointing to an image of a wine label from France, with an
alt
attribute in Korean, and set the lang
to kr
so
that the alt
renders right, then the language of the label would be said to be
Korean too.
Given the technicalities involved in getting I18N right, and given the greater extensibility of the element approach, it should be inferred that text intended for human consumption should only occur in element content. That being said, the original argument — terseness — has some merit for authors. In the case in which it is desired, it is therefore possible to define a two-tiered approach in which text can occur in either an attribute or a child (with the child taking precedence). But that will complicate processing code; apply with caution.


A namespace for functions applying to the current thread. More...
Functions | |
| thread::id | get_id () noexcept |
| Return the id of the current running thread. | |
| template<typename Clock_T = os::estd::chrono::systick_clock, typename Rep_T , typename Period_T > | |
| constexpr void | sleep_for (const std::chrono::duration< Rep_T, Period_T > &rel_time) |
| Sleep for a given duration. | |
| template<typename Clock_T , typename Duration_T > | |
| void | sleep_until (const std::chrono::time_point< Clock_T, Duration_T > &abs_time) |
| Sleep until a given time point. | |
| template<typename Duration_T > | |
| void | sleep_until (const std::chrono::time_point< os::estd::chrono::realtime_clock, Duration_T > &abs_time) |
| template<typename Duration_T > | |
| void | sleep_until (const std::chrono::time_point< os::estd::chrono::systick_clock, Duration_T > &abs_time) |
| void | yield () noexcept |
| Yield the CPU to the next ready thread. | |
A namespace for functions applying to the current thread.
|
inlinenoexcept |
Return the id of the current running thread.
Definition at line 410 of file thread_internal.h.
|
constexpr |
Sleep for a given duration.
| [in] | rel_time | sleep duration. |
extra Clock_T is an extension to the standard
Definition at line 472 of file thread_internal.h.
| void this_thread::sleep_until | ( | const std::chrono::time_point< Clock_T, Duration_T > & | abs_time | ) |
Sleep until a given time point.
| [in] | abs_time | Absolute time point. |
Definition at line 492 of file thread_internal.h.
| void this_thread::sleep_until | ( | const std::chrono::time_point< os::estd::chrono::realtime_clock, Duration_T > & | abs_time | ) |
Definition at line 516 of file thread_internal.h.
| void this_thread::sleep_until | ( | const std::chrono::time_point< os::estd::chrono::systick_clock, Duration_T > & | abs_time | ) |
Definition at line 543 of file thread_internal.h.
|
inlinenoexcept |
Yield the CPU to the next ready thread.
Definition at line 398 of file thread_internal.h.


Architecture¶
The PPA Django application uses a SQL database as a thin layer to provide administrative management and reporting at the level of Digitized Work, and a Solr index for search and browse on Digitized Work metadata and page content.
Database¶
3.1 Updates¶
- Add optional
photo
onPerson
to support displaying photos on the contributor page. - Add new
protected_fields
toDigitizedWork
to enable preserving local edits to HathiTrust metadata.
Wagtail (Release 0.10)¶
The primary purpose of this database revision is to remove Mezzanine and add Wagtail as the CMS employed by the project. The pages module represents the various page types (constituting separate Django apps) that are all subclasses of Wagtail’s base page model (expanded for detail with one example of the subclassed types).
Collections (Release 0.6)¶
This database revision adds Collections to the schema, as well as some generic functionality import from Mezzanine as the result of using its rich text field for the description field of Collections.
Initial Schema (Release 0.5)¶
As of version 0.5, PPA is basically a stock Django/Mezzanine application with a single database table to track imported Digitized Works.
Solr¶
Content is indexed in Solr under two item types: “work”, which contains the bibliographic metadata for a digitized work, and “page”, which contains the text content for an individual page. Work and corresponding pages are both indexed with source_id, e.g. HathiTrust id for Hathi materials, to allow grouping work and pages together in search results.


The Basics Of HTML (Hyper Text Markup Language)
HTML Basics - January 13, 2021
This page covers the basics of understanding the hello world and making modifications to it using html tags. It covers understanding the various basics of html and procides some examples and resources that you can use to help develop your skills.


Conor enjoys flipping his hair and browsing Netflix in his free time. When he graduates he hopes to watch Netflix professionally.
 He also has a beautiful white dog that he loves very much. In the future Dakota hopes to get a job so he can eat food.
Ed spends his free time at extremely classy wine-tasting events. He prides himself on drinking only the finest alcohol in very moderate quantities. Ed plans on becoming John Cena after graduation.
Madeleine reads books in her free time. She enjoys dad jokes, and javascript. You can find her on farmersonly.com
Mitch picks things up and puts them down. He also eats pizzas almost every evening. In the future he hopes to open his own pizza restaurant, so he can eat pizzas every night for free.


Iterating, removing elements, sorting, and some other operations on empty collections have no effect and can be removed. Also, they may be a signal of a bug.
Example:
if (numbers.isEmpty()){
//error due to the missed negation
int max = numbers.stream().max(Comparator.naturalOrder()).get();
...
}
New in 2019.1