Data Structures | |
| struct | stream |
| A generic byte stream. More... | |
Modules | |
| Character Stream Implementation | |
| Debug Console | |
Functions | |
| int | stream_putstr (struct stream *stream, const char *str) |
| Write a string to a stream. | |
| int | stream_putchar (struct stream *stream, int c) |
| Write a single character to a stream. | |
| int | stream_vprintf (struct stream *stream, const char *format, va_list ap) |
| Formatted output conversion to a stream. | |
| int | stream_printf (struct stream *stream, const char *format,...) |
| Formatted output conversion. |
A character stream is a FIFO queue of characters. At the front end, characters are inserted into the queue (the stream buffer), while at the back end, characters are extracted from the queue and usually processed in some way (e.g. sent to a hardware device).
The helper functions defined in this module ensure that the stream backend driver is notified when new data is inserted into the buffer, and they also wait for the backend to process some of the data when the buffer becomes too full to insert all the requested data.
| int stream_printf | ( | struct stream * | stream, | |
| const char * | format, | |||
| ... | ||||
| ) |
Formatted output conversion.
This is simply a convenience wrapper around stream_vprintf() taking a variable number of arguments.
| int stream_putchar | ( | struct stream * | stream, | |
| int | c | |||
| ) |
Write a single character to a stream.
| stream | The stream to which the output is to be sent | |
| c | The character to write. |
| int int stream_putstr | ( | struct stream * | stream, | |
| const char * | str | |||
| ) |
Write a string to a stream.
| stream | The stream to which the output is to be sent | |
| str | NUL-terminated string. |
| int stream_vprintf | ( | struct stream * | stream, | |
| const char * | format, | |||
| va_list | ap | |||
| ) |
Formatted output conversion to a stream.
Produce output according to format to the given stream. format is interpreted as a regular printf()-style format string with a few limitations (some specifiers are accepted but ignored.)
| stream | The stream to which the output is to be sent | |
| format | Format specification. | |
| ap | Format arguments as a vararg list. |
Referenced by snprintf(), and sprintf().


#include "graphics_afx.h"
#include "GrPolygonUberUVMapper.h"
#include "GrConfig.h"
#include "GrPolygonUberPatchGroup.h"
#include "GrPolygonUberPatch.h"
#include "GrPolygonUberMapping.h"
#include "GrUberTexture.h"
Go to the source code of this file.
Classes | |
| struct | SPatchInfo |
| class header. More... | |
Functions | |
| bool | PatchSorter (const SPatchInfo &lhs, const SPatchInfo &rhs) |
| sorts patches based on their grid position. | |
| void | PackPatchGroup (SVec2 &maxUVSize, const std::vector< SPatchInfo > &patches, unsigned int startIdx) |
| void PackPatchGroup | ( | SVec2 & | maxUVSize, | |
| const std::vector< SPatchInfo > & | patches, | |||
| unsigned int | startIdx | |||
| ) |
| bool PatchSorter | ( | const SPatchInfo & | lhs, | |
| const SPatchInfo & | rhs | |||
| ) |
sorts patches based on their grid position.
sort by the hyper grid position first.
sort by the local grid position second.
Definition at line 47 of file GrPolygonUberUVMapper.cpp.


Aegisub / Automation / Lua / Modules / unicode.lua
The unicode.lua
include for Automation 4 Lua contains various helper
functions for working with UTF-8 encoded text.
unicode.charwidth
Synopsis: width = unicode.charwidth(instring, index=1)
Returns the number of bytes occupied by the UTF-8 encoded character
starting at position index
in instring
. The character pointed to is
assumed to be a prefix byte.
The index
parameter is optional abd defaults to 1 (one) when left out,
meaning the width of the first character in instring
will be returned.
unicode.chars
Synopsis: for char = unicode.chars(instring) do ... end
Returns an iterator function for looping over all characters in the given
UTF-8 encoded string. For each iteration of the loop, char
will contain a
string representing the next character in the string (which may be more
than one byte long).
unicode.len
Synopsis: length = unicode.len(instring)
Determine the length of the given UTF-8 encoded string.
Be aware that this function does not run in constant time, but in linear
time (O(N)) proportional to the number of Unicode characters in instring
.
unicode.codepoint
Synopsis: val = unicode.codepoint(instring)
Calculate the Unicode codepoint for the first character in instring
.


|
pvr cinemas
hyderabad central, punjagutta
85%
|
babu bangaram
pawan kalyan
|
bahubali, the biginning
mahesh babu
|
king kong
chiranjeevi konidela
|
kabali
krishnamraju uppalapati
|
|
|
|
bahubali, the biginning
telugu
3.5
/5
|
8.10am
9.10am
|
8.10am
9.10am
|
11.15pm
|
2.10pm
|
9.30pm
|
|
|
bahubali, the biginning
telugu
3.5
/5
|
8.10am
9.10am
|
8.10am
9.10am
|
11.15pm
|
2.10pm
|
9.30pm
|
|
|
pvr cinemas
hyderabad central, punjagutta
85%
|
babu bangaram
pawan kalyan
|
bahubali, the biginning
mahesh babu
|
king kong
chiranjeevi konidela
|
kabali
krishnamraju uppalapati
|
|
|
|
bahubali, the biginning
telugu
3.5
/5
|
8.10am
9.10am
|
8.10am
9.10am
|
11.15pm
|
2.10pm
|
9.30pm
|
|
|
bahubali, the biginning
telugu
3.5
/5
|
8.10am
9.10am
|
8.10am
9.10am
|
11.15pm
|
2.10pm
|
9.30pm
|
|


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{% include 'base.html'%} {% block styles%} {% endblock %} {% block content%} Drown By: Kovic x Hight Superman By: Tarrus Riley 10000 hours By: Dan & Shay Life is Good By: Future ft Drake Intentions By: Justin Beiber ft Quavo No Time to Die By: Billie Ellish {% endblock %}
By: Kovic x Hight
By: Tarrus Riley
By: Dan & Shay
By: Future ft Drake
By: Justin Beiber ft Quavo
By: Billie Ellish


Sara Ali Khan accuses 'Coolie No. 1' co-star Varun Dhawan of stealing her captions
by TIMESOFINDIA.COMVarun Dhawan and Sara Ali Khan are all set to come together for the first time on the silver screen in David Dhawan's 'Coolie No. 1' which is a remake of 1995 hit film with the same name.
While several pictures from the sets have made their way on the internet, Sara had taken to social media earlier in the day to share an adorable picture with Varun and captioned it as "Cool and Coolie💁🏻♀🙆🏽♂🧳👜👫🌈"
Now, Varun has shared the same picture by giving Sara's caption a twist of his own. He wrote, "He’s a COOL 😎ie बहुत काम कराती हैं yeh Sara Ra" and this caught the attention of the young starlet who instantly commented on the picture accusing Varun of stealing her captions.
The film which also features Paresh Rawal and Sahil Vaid in significant roles is slated to release on 1 May 2020. While the original one featured Govinda and Karisma Kapoor in the lead role, Varun and Sara's camaraderie on social media a delight for all their fans.


TESTDISK(8) Administration Tools TESTDISK(8) NAME testdisk - Scan and repair disk partitions SYNOPSIS testdisk [/log] [/debug] [/dump] [device|image.dd|image.e01] testdisk /version testdisk /list [/log] DESCRIPTION TestDisk checks and recovers lost partitions It works with : - BeFS (BeOS) - BSD disklabel (FreeBSD/OpenBSD/NetBSD) - CramFS, Compressed File System - DOS/Windows FAT12, FAT16 and FAT32 - HFS and HFS+, Hierarchical File System - JFS, IBM's Journaled File System - Linux ext2/ext3/ext4 - Linux Raid RAID 1: mirroring RAID 4: striped array with parity device RAID 5: striped array with distributed parity information RAID 6: striped array with distributed dual redundancy information - Linux Swap (versions 1 and 2) - LVM and LVM2, Linux Logical Volume Manager - Mac partition map - Novell Storage Services NSS - NTFS (Windows NT/2K/XP/2003/Vista/...) - ReiserFS 3.5, 3.6 and 4 - Sun Solaris i386 disklabel - Unix File System UFS and UFS2 (Sun/BSD/...) - XFS, SGI's Journaled File System It can undelete files from - DOS/Windows FAT12, FAT16 and FAT32 - Linux ext2 - NTFS (Windows NT/2K/XP/2003/Vista/...) OPTIONS /log create a testdisk.log file /debug add debug information /dump dump raw sectors /list display current partitions SEE ALSO fdisk(8), photorec(8). AUTHOR TestDisk 6.13, Data Recovery Utility, November 2011 Christophe GRENIER<EMAIL_ADDRESS>http://www.cgsecurity.org 2011 November TESTDISK(8)


1. Linux is awesome.
Why doesn't it happen on Linux?
2. Linux has a well built architecture.
Why doesn't it happen on Linux?
3. Linux has a low desktop market-share.
3.1 Why bother attacking Linux when you can target far more fragile architectures
with higher desktop market-share?
Why doesn't it happen on Linux?
4. Linux has a permission system:
4.1. Only those with root access can change the file system.
4.2. Yeah...We don't cause billions of dollars of damage...Repeatedly...
Why doesn't it happen on Linux?
5. Linux distributions send new releases very quickly, patching existing problems.
Why doesn't it happen on Linux?
6. Linux has a wonderfull community, with many developers, that help it flourish.


According to the article compassionate leadership is the most effective leadership. Compassion is defined as "a mental state endowed with a sense of concern for the suffering of others and aspiration to see that suffering relieved." And it has cognitive, affective and motivational component. The benefit of compassion is that it creates effective, ambitious and inspiring leaders.
Compassion can be trained by creating mental habits. The first habit is seeing goodness in self and others, then giving goodness to all, and the last habit is growing confidence in the transformative power of self.
Tonglen means “giving and receiving”. Purpose of the practice is to receive the suffering and pain of others and give relief, well-being and peace back.
SCARF is the model, which consists of 5 domains: Status, Certainty, Autonomy, Relatedness, and Fairness. Skillful use of SCARF factors can help to achieve desirable outcome from the learning process, mainly by building stable relationship within the cohort, by acknowledging valuable ideas from people and strengthening self-confidence.


Hi,
I am trying to log data to emoncms from my water meter using a pulse input. I am running standard emonbase with no modifcations on a NanodeRF. I'm running emontx on a Nanode that has been modified for pulse counting. One of my values is a floating point value, the other is a integer. However when I receive the floating point on the emonbase it comes out as two separate values. See below.
Data sent: /api/post.json?apikey=alkahjsdfkhadsfkjhasdlkjasdlkjhdsaflhjk&node=1&csv=31754,16902,2
Likewise on emoncms I get 3 values instead of 2. This is what my struct looks like on the emontx.
typedef struct { float flowrate; int pulse;} PayloadTX;
Does anyone have any ideas why the floating point values is being interpreted in this manner?
Re: Problems with floating point values.
The CSV method expects only int values, typically a float is converted to an int for transmission purposes by multiplying by 100 and then divided by 100 (by multiplying by 0.01) back at the receiving end.
Exmple with temperatures
1) reading 21.34 degrees C
2) multiplied by 100 = 2134 int value
3) emoncms processing rule 2134*0.01 = 21.34
That of course may lose some precision in the flowt, depending on your needs
Re: Problems with floating point values.
Hello,
having different story about floating point values ... this time about MySQL data type float (http://dev.mysql.com/doc/refman/5.5/en/problems-with-float.html)
Reading gas counter and sending readings as integers that's ok. Running on RFM12PI.
After receiving it and multiplying by 0.01 to get exact value performing accumulator function to keep gas counter exact value. And at this point problem comes up. When values are small they are stored ok in database (like, temp - 21.34, gas reading 0.03, etc.), but when values are big they are stored rounded in database.
Example: having gas counter at 19464,63 - in database feeds and feed_x table it is stored as 19464,6. After getting reading by example 0.03 it remains the same, because after adding reading to value and MySQL internal rounding it is again 19464.6.
Changed data type for involved columns to decimal(10,2) solved that problem for me. But this is only temporary solution. :(


Member Function Documentation
| addLink |
( |
$ |
obj, |
|
|
$ |
tag = NULL |
|
) |
| |
Delete this object from Riak.
- Parameters:
-
| integer | $dw | - DW-value. Wait until this many partitions have deleted the object before responding. |
- Returns:
- $this
Return true if the object exists, false otherwise. Allows you to detect a get(...) or getBinary(...) operation where the object is missing.
- Returns:
- boolean
Get the content type of this object. This is either text/json, or the provided content type if the object was created via newBinary(...).
- Returns:
- string
Get the data stored in this object. Will return a associative array, unless the object was constructed with newBinary(...) or getBinary(...), in which case this will return a string.
- Returns:
- array or string
Get the key of this object.
- Returns:
- string
Return an array of RiakLink objects.
- Returns:
- array()
| getSibling |
( |
$ |
i, |
|
|
$ |
r = NULL |
|
) |
| |
Retrieve a sibling by sibling number.
- Parameters:
-
| integer | $i | - Sibling number. |
| integer | $r | - R-Value. Wait until this many partitions have responded before returning to client. |
- Returns:
- RiakObject.
Get the number of siblings that this object contains.
- Returns:
- integer
| getSiblings |
( |
$ |
r = NULL ) |
|
Retrieve an array of siblings.
- Parameters:
-
| integer | $r | - R-Value. Wait until this many partitions have responded before returning to client. |
- Returns:
- array of RiakObject
Return true if this object has siblings.
- Returns:
- boolean
| populate |
( |
$ |
response, |
|
|
$ |
expected_statuses |
|
) |
| |
Given the output of RiakUtils::httpRequest and a list of statuses, populate the object. Only for use by the Riak client library.
- Returns:
- $this
Reload the object from Riak. When this operation completes, the object could contain new metadata and a new value, if the object was updated in Riak since it was last retrieved.
- Parameters:
-
| integer | $r | - R-Value, wait for this many partitions to respond before returning to client. |
- Returns:
- $this
| removeLink |
( |
$ |
obj, |
|
|
$ |
tag = NULL |
|
) |
| |
Remove a link to a RiakObject.
- Parameters:
-
- Returns:
- $this
| setContentType |
( |
$ |
content_type ) |
|
Set the content type of this object.
- Parameters:
-
| string | $content_type | - The new content type. |
- Returns:
- $this
Set the data stored in this object. This data will be JSON encoded unless the object was constructed with newBinary(...) or getBinary(...).
- Parameters:
-
| mixed | $data | - The data to store. |
- Returns:
- $data
Get the HTTP status from the last operation on this object.
- Returns:
- integer
| store |
( |
$ |
w = NULL , |
|
|
$ |
dw = NULL |
|
) |
| |
Store the object in Riak. When this operation completes, the object could contain new metadata and possibly new data if Riak contains a newer version of the object according to the object's vector clock.
- Parameters:
-
| integer | $w | - W-value, wait for this many partitions to respond before returning to client. |
| integer | $dw | - DW-value, wait for this many partitions to confirm the write before returning to client. |
- Returns:
- $this
The documentation for this class was generated from the following file:


Develop: Storyboard
Refer to the ideas generated during the brainstorm. Did any strike you as interesting, silly, novel, or brilliant? Brainstorming sessions don't always lead to useful or good ideas, so it's important to be realistic about their utility in your design process. For this assignment, you will develop and map out key aspects of a creative ritual as a storyboard.
The storyboard is a sequence of drawings or images that communicate what the ritual is and how it will occur. This will give others the opportunity to provide feedback, and forces the designer to think about all of the key decisions in more detail. This storyboard should be fairly abstract, and does not need to reference the app at all.
_IMPORTANT: The storyboard should show a person performing the ritual. It should not show any screen-based content. _
Review the Introduction page for this project, and recall that while you are trying to help your subject, the point is not to optimize efficiency but to create a meaningful ritual. Do not make a traditional to-do list or calendar app.
A good ritual is:
- Symbolic.
- Separate from everyday routine.
- Made of highly prescribed actions (e.g. tea ceremony).
- Special (e.g. dressed up, weird, silly, magical, or important).
 We will consider four key aspects as core design components for the ritual.
- Script: The script describes the triggers and the associated events.
- Frame: The frame is the mental model that suggests what the ritual's purpose is, and what the intended outcome is. Instead of writing, "I play board games with my family on Sunday," you would add context for why the ritual is important and instead write, "Family Board Game Day transforms Sunday afternoons into time for positive interactions with my family."
- Trigger: A trigger could be a time of day, the onset of a certain feeling, or some other moment that initiates the ritual, and the ritual's related events. For example, "It's Sunday afternoon" is a trigger to start the ritual. "Sunday afternoon is over," indicates that it's time to stop the ritual.
- Event: An event is any action or performance that occurs in the ritual. Indication to start an event comes from a trigger or script. Example events include, "Gather in the game room," and "choose which board game to play."
Instructions
- Download: Ritual Storyboard Template
- Write the frame and list all of the triggers, events, and scripts that comprise the ritual on the storyboard.
- Number the sequence to indicate the flow of the storyboard (e.g. #1, #2, etc.)
- You can print the Ritual Storyboard PDF or use a markup tool to write directly on the digital file.
- There must be a minimum of one fill sheet (8 boards) describing the ritual.
Post work to the Studio
Use the file format indicated in each step. You must obtain prior approval to deviate from these upload requirements. Please check that your work has uploaded properly.
- Submit the Storyboard to the studio as a scanned or well-photographed image.


You are viewing an historical archive of past issues. Please report new issues to the appropriate project issue tracker on GitHub.
Comments
-
Eerk
An addition: This option could perhaps better be handled by a separate application: 'Synergy Artwork Synchronizer 1.0'. Once uploaded to iTunes you (optionally, I always like to have everything optionally) can delete the Synergy artwork from the 'Album Covers' folder.
-
Greg Hurrell
This is a duplicate of bug #8.
- ** This bug has been marked as a duplicate of 8 ***
-
Greg Hurrell
Marking as CLOSED.
Add a comment
Comments are now closed for this issue.


Press n or j to go to the next uncovered block, b, p or k for the previous block.
| File | Statements | Branches | Functions | Lines | |||||
|---|---|---|---|---|---|---|---|---|---|
| DeliveryProblemController.js |
|
33.93% | 19/56 | 25% | 6/24 | 33.33% | 2/6 | 21.05% | 8/38 |
| DeliveryViewController.js |
|
77.78% | 7/9 | 75% | 3/4 | 50% | 1/2 | 60% | 3/5 |
| DeliveryViewProblemController.js |
|
71.43% | 5/7 | 75% | 3/4 | 50% | 1/2 | 50% | 2/4 |
| DeliverymanController.js |
|
20.69% | 12/58 | 17.65% | 6/34 | 33.33% | 2/6 | 11.36% | 5/44 |
| DeliverymanSessionController.js |
|
70% | 21/30 | 56.25% | 9/16 | 100% | 3/3 | 85.71% | 12/14 |
| FileController.js |
|
62.5% | 5/8 | 75% | 3/4 | 50% | 1/2 | 40% | 2/5 |
| HandedController.js |
|
80% | 8/10 | 75% | 3/4 | 50% | 1/2 | 66.67% | 4/6 |
| OrderController.js |
|
31.34% | 21/67 | 20% | 6/30 | 33.33% | 2/6 | 20.41% | 10/49 |
| OrderEditController.js |
|
33.33% | 5/15 | 37.5% | 3/8 | 50% | 1/2 | 16.67% | 2/12 |
| OrderStatusController.js |
|
27.27% | 9/33 | 20% | 6/30 | 50% | 2/4 | 15% | 3/20 |
| RecipientController.js |
|
20.83% | 10/48 | 23.08% | 6/26 | 33.33% | 2/6 | 11.43% | 4/35 |
| SessionController.js |
|
67.74% | 21/31 | 55.56% | 10/18 | 100% | 3/3 | 81.25% | 13/16 |


{% extends 'base.html' %} {% load i18n %} {% block title %} {% if form.errors %}{% trans "Error: "%}{% endif %} {% trans "Confirm delete user" %} {% endblock %} {% block content %} {% include "includes/error_list.html" %}
{% blocktrans with name=profile_user.name %}{{ name }} will not be able to log in and their details will be deleted.{% endblocktrans %}
{% trans "You can create a new account for them later." %}
{% include "includes/cds_form.html" with submit_text=_("Yes, delete") submit_class='danger' secondary_action_before=True secondary_action_text=_('No, keep') secondary_action_url='profiles' %} {% endblock %}


diff_classifier.aws
¶
diff_classifier.aws
¶
-
diff_classifier.aws.
download_s3
(remote_fname, local_fname, bucket_name='ccurtis7.pup')[source]¶ Download a file from S3 to our local file-system
- remote_fname: string
- Name of remote file in S3 bucket.
- local_fname: string
- Desired name to be stored on local computer.
- bucket_name: string
- Bucket name on S3.
-
diff_classifier.aws.
partition_and_store
(remote_fname, local_dir, bucket_name='ccurtis7.pup')[source]¶ Download image from S3, partition, and upload partitions to S3.
- remote_fname: string
- Target filename in S3 bucket.
- local_dir: string
- Local directory to store downloaded file.
- bucket_name: string
- Bucket name on S3.
- remote_names: list of strings.
- Names of partitioned images in S3.


I intend to build a drawing robot soon as a part of a bigger project that will hopefully culminate in a short animation. I have just been given a broken HP Deskjet D4260 so I already have a few parts I might need. I am not yet fully decided on which approach to take, so here’s a roundup of different drawing machines to inspire me.
Have I mentioned yet how much I love Alex Weber’s projects? The one that led me to find his blog was Der Kritzler - a robot that draws on the windows. It uses a combination of Processing, ImageMagick and Potrace to create the graphics and the movement of the bot itself is controlled by an Arduino. The device is suspended on notched tape which controls the movements.
Hektor was the project that made me fall in love with physical hacking, it’s the first one of its kind that I could find - built in 2002. It’s a small portable spraypainting device that can cover a huge wall area, but packs away into a small suitcase. Its construction directly inspired Der Kritzler - the spraycan’s movements are controlled by toothed belts.
Arduino-controlled suspended plotter. 3 arms are controlled by servos. I like this one a lot despite the lack of precision. Its creator, Puiu Bogdan, explains that the concept itself results in very precise drawings, but his implementation still needs to be perfected. Since it took him 7 months to build this prototype I reckon it’s a little too complicated for my purposes.
Definitely can’t make anything similar as I intend to use mine at home, but this is cool.
This bot built by So Kanno and Takahiro Yamaguchi uses a double-pendulum to randomise its graphic output. Pretty awesome.
Euphyscott made this polargraph. Although it’s very slow in drawing these types of images, the end result is pretty neat. Also, bonus points for posting the code and detailed process descriptions on the polargraph’s website and on Instructables. You can also buy some of the bits used to build your own from Euphyscott.
Benjamin Grosser’s creation listens to its surroundings and the sound input affects the decisions the AI makes in its painting process.
Akay’s robo-rainbow was featured in Wired last year:
A small circuit board featuring radio-controlled servos from a toy car drives the solenoids attached to each spray can, which in turn apply pressure to the nozzles. Both the arm and the spray cans are controlled using toy car’s radio controller, allowing the user to move the arm in a smooth arc while spraying with each of the six spray cans simultaneously, creating a large rainbow painting within seconds.
And last but not least, my favourite, built by Berticus. This pen plotter traces input from the webcam to create some really awesome portraits. Just look at them!


{% include 'header.html' %}
| Collector | Description | Deploy (Re-Deploy to Push Lost Dashboards) |
|---|---|---|
Host Metrics Collector Agent |
Deploy » | |
Prometheus & Related Grafana Components |
Deploy » | |
Google Sheets Poller for InfluxDB |
||
GitHub Poller for Prometheus |
||
| Apache Poller for InfluxDB |


realogy
Businessmodel of Realogy
Customer Segments
Realogy provides a range of real estate brokerage and relocation services to a variety of customer segments. The Company’s clients can be organised into the following categories:
- Real Estate and Institutional Clients, including real estate companies, affinity groups, and financial institutions to which the Company provides title and settlement services, as well as certain brokerage services;
- General Consumers, comprising home buyers and sellers across various consumer demographics, to which the Company provides real estate brokerage services; and
- Commercial and Corporate Entities, including corporate and commercial operators across multiple sectors, to which the Company provides relocations services. Realogy primarily serves customers in its domestic market of the US, which accounts for the majority of the Company’s revenue. The Company also serves an international customer base, with its real estate franchise systems operating in 110 countries and territories in North and South America, Europe, Asia Pacific, Africa, and the Middle East.
Value Propositions
Realogy provides value to its customers in the following ways:
- Its broad portfolio of services, with the Company offering a wide range of real estate services to corporate, institutional and individual customers, including brokerage services, relocation services, and title and settlement services;
- Its franchise network, with the Company operating a broad network of franchisees, including approximately 6,000 brokerage offices in the US and approximately 256,800 independent sales associates worldwide;
- Its international reach, with the Company providing services to a broad international network of customers, with operations across 110 countries and territories in the Americas, Europe, Asia Pacific, Africa, and the Middle East;
- Its industry expertise and experience, with the Company employing an extensive network of real estate professional across its operating segments, as well as a team of experienced industry executives. ### Channels
Realogy operates a website at www.realogy.com, through which it provides information on its various services, franchise brands, and operating locations. The Company’s various franchise brands have their own separate websites, including www.coldwellbanker.com and www.zaplabs.com. Many of these franchise websites provide online customer portals that allows clients to access certain online tools and services.
Realogy is the largest franchisor of residential real estate brokerages in the world, serving customers through its portfolio of well-known brokerage brands, including Century 21, Coldwell Banker, Coldwell Banker Commercial, ERA, Sotheby’s International Realty, and Better Homes and Gardens Real Estate. At 31st December 2015, the Company’s real estate franchise systems comprised approximately 13,600 offices worldwide in 110 countries and territories, 6,000 brokerage offices in the US and approximately 256,800 independent sales associates worldwide, including approximately 181,500 independent sales associates operating under the Company’s own in-house franchise and proprietary brands.
Realogy operates its own real estate brokerage business, with a network of offices across the US. It also provides services through its dedicated relocation, and title and settlement service teams, which deal directly with the Company’s corporate and institutional clients.
Customer Relationships
Realogy does not directly provide services to its customers on a self-service basis. The Company, however, operates an extensive portfolio of franchise brands, which individually offer certain online services to customers that allow them to manage certain aspects of the sale or purchase of residential real estate.
Realogy also provides services directly to customers through its in-house brokerage operations, working directly with clients to assist them in the buying and or selling of homes. The Company also directly serves its corporate and institutional clients, providing tailored settlement and relocations services that are designed to meet the individual needs of each customer.
Realogy provides personalised customer assistance throughout the delivery of its services to customers, with dedicated staff available to provide responses to queries and concerns. The Company can also be contacted directly with general enquiries either over the phone or online. Additionally, the Company, and its various franchise brands, also provide a range of online resources to customers, including guides and media.
Realogy is also able to interact directly with customers and keep them updated with corporate developments through its social media accounts, including with Twitter and Facebook.
Key Activities
Realogy is an integrated provider of residential real estate services in the US and internationally. The Company is the largest franchisor of residential real estate brokerages in the world. Realogy organises its operations into four reportable business segments: Real Estate Franchise Services, which operates a network of real estate franchise brands around the world; Company Owned Real Estate Brokerage Services, which operates a full-service real estate brokerage business; Relocation Services, which provides employee relocation services to corporate clients; and Title and Settlement Services, which provides full-service title and settlement services to real estate companies and affinity groups.
The Company’s operating platform is supported by its portfolio of industry franchise brokerage brands, including Century 21, Coldwell Banker, Coldwell Banker Commercial, ERA, Sotheby’s International Realty and Better Homes and Gardens Real Estate. It also owns and operates Corcoran, Citi Habitats and ZipRealty brands.
Key Partners
Realogy works in close partnership with a broad network of companies and organisations, that support the Company’s various operations. These partners can be categorised broadly as follows:
- Supplier and Vendor Partners, including suppliers of services, technologies, and equipment that support the Company’s enterprise-wide operations, as well as companies to which certain functions can be outsourced;
- Franchise and Channel Partners, including the Companies broad network of franchise partners and independent agents, which provide services on the Company’s behalf;
- Joint Venture Partners, including various brokerage and real estate business with which the Company jointly provides products and services through mutually owned entities;
- Strategic and Alliance Partners, including market leading companies and organisations across multiple business sectors, with which the Company collaborates on joint projects, including marketing and branding efforts. Realogy has launched a number of partnerships in recent years. This includes a marketing partnership with HomeAway Real Estate, a tie-up with eNeighborhoods to develop a national internet data exchange solution, and a partnership with with the National Association of Gay and Lesbian Real Estate Professionals.
Key Resources
Realogy’s key resources are its trademarks and intellectual properties, its network of franchise brands and franchisees, its IT and communications infrastructure, its in-house sales and service network, partnerships, and its personnel.
Realogy owns a number of trademarks that are key to its operations, including those of Century 21, Coldwell Banker, Coldwell Banker Commercial, ERA, as well as related trademarks and logos. All of the Company’s material trademarks are registered, or have applications pending, with the US Patent and Trademark Office, as well as with corresponding trademark offices in major countries worldwide.
Realogy also owns a number of physical properties which are key to its activities, notably its network of offices.
Cost Structure
Realogy incurs costs in relation to the management of its franchise network, the development and maintenance of its IT and communications infrastructure, the operations of its in-house sales channels, the implementation of marketing and promotion campaigns, the procurement of professional services, the management of its partnerships, and the retention of its personnel.
In 2015 Realogy recorded total costs in the amount of $5.42 billion. This included commission and other agent-related costs totaling $2.93 billion, operating expenses totaling $1.46 billion, and general and administrative costs totaling $337 million.
Revenue Streams
Realogy generates revenue through the provision of real estate brokerage services, relocation services, and the operation of a franchise network. The Company derives revenue primarily on a fee-for-service basis, generate fees from multiple aspects of a residential real estate transactions, as well as in the form of royalties received under long-term franchise agreements.
In 2015 Realogy generated net revenue for the year of $5.71 billion, up slightly on the $5.33 billion recorded by the Company in 2014. The majority of the Company’s revenue was derived in the form of commission fees, with the Company recording gross commission income of $4.29 billion for the year.


The word Paragon refers to the perfect example of exceptional quality. We hold ourselves to that standard. We know how important your image and wardrobe are to you. Paragon has the most experienced staff in the area to ensure your complete satisfaction. Come by one of our Manhattan or Long Island stores. Busy schedule? Choose one of our complimentary pick up & delivery routes.
Get Started!Receive text and/or email order updates and notifications, so you always know when we're done.
Enjoy anytime access to your online wardrobe, order history and receipts.
Breathe new life into your home. Your linens, blankets, and comforters are cleaned to perfection.
Set your customer preferences online. Starch, folding, repairs - just tell us how you like it.
"If you are pleased with our quality and service, tell a friend. If not, tell me."
Ken Lee, Owner
Grand Ave Store
212.229.3777
Chinatown Store
212.227.1065


I am a PhD Student at SERG, TU Delft. Dr. Sebastian Proksch is my supervisor and I am working on the FASTEN project.
Have you ever faced frustrating problems using Dependency Management Systems (e.g. Maven or Pypi)? I have, and my passion these days is playing even a tiny role to prevent other people to suffer. Making Dependency Management Systems more intelligent is the main goal of FASTEN. Here, I am working and communicating with wonderful people in SERG group, especially my kind supervisor Sebastian and my good friends and colleagues.
I did my master studies at Sharif Univesity of Technology under the supervision of Dr. Abbas Heydarnoori. We developed CLONE-HUNTRESS there, a tool that you can use to find code clones over the GitHub.


Manage make it simple for software teams to plan day-to-day tasks while keeping the longer team goals in view
Manage provides all the functionality your teams needs, Wihtout the complexity, our software is tailor-made for modern digital product teams.
See how your day-today tasks fit into the wider vision Go from tracking progress at milsetone level all the way done to the smallest of details. Never loose sight of bigger pic again.
Set internal delievery estimates and track progress towards company goas. our customizable dashboard helps you build out the reports you need to inform key stakeholders informed.
Stop jumping from one service to anothe to communicate. store files, track tasks and share documents.Manager offers an all-in-one team productivity solutiion
“Their software allow us to track, manage and calloborate on our projects from anywhere. It keeps the whole team in-sync without being intrusive.”
“ Manage has supercharged our team work flow. The ability to maintain visiblity on larger milestoneat all times keep everyone motivated.“
“We have been able to cancel so many other subscriptions since suing Manage. There is no more cross-channel confusion and everyone is much more focused.”
“Manage allows us to provide structure and process. It keep us organized and focused. I can’t stop recommending them to everyone i talk to!”
“Their software allow us to track, manage and calloborate on our projects from anywhere. It keeps the whole team in-sync without being intrusive.”
“ Manage has supercharged our team work flow. The ability to maintain visiblity on larger milestoneat all times keep everyone motivated.“


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getBirths2010()
- Method in class domain.
Record
BIRTHS2010 field value getter.
getBirths2011()
- Method in class domain.
Record
BIRTHS2011 field value getter.
getCensus2010pop()
- Method in class domain.
Record
CENSUS2010POP field value getter.
getCountOfEstPopDecr(int)
- Method in interface domain.
CollectionAnalytics
Count of states with estimated population decrease
getCountOfEstPopDecr(int)
- Method in class domain.
PersistentObject
Implementation of the CollectionAnalytics.getCountOfEstPopDecr method.
getCountOfEstPopIncr(int)
- Method in interface domain.
CollectionAnalytics
Count of states with estimated population increase.
getCountOfEstPopIncr(int)
- Method in class domain.
PersistentObject
Implementation of the CollectionAnalytics.getCountOfEstPopIncr method.
getDate()
- Method in class domain.
PersistentObject
Initialization Date Getter.
getDeaths2010()
- Method in class domain.
Record
DEATHS2010 field value getter.
getDeaths2011()
- Method in class domain.
Record
DEATHS2011 field value getter.
getDivision()
- Method in class domain.
Record
Division Code setter.
getDomesticmig2010()
- Method in class domain.
Record
DOMESTICMIG2010 field value getter.
getDomesticmig2011()
- Method in class domain.
Record
DOMESTICMIG2011 field value getter.
getEstimatesbase2010()
- Method in class domain.
Record
ESTIMATESBASE2010 field value getter.
getFields()
- Method in class domain.
Record
Record field getter.
getInternationalmig2010()
- Method in class domain.
Record
INTERNATIONALMIG2010 field value getter.
getInternationalmig2011()
- Method in class domain.
Record
INTERNATIONALMIG2011 field value getter.
getName()
- Method in class domain.
Record
Name field value getter.
getNaturalinc2010()
- Method in class domain.
Record
NATURALINC2010 field value getter.
getNaturalinc2011()
- Method in class domain.
Record
NATURALINC2011 field value getter.
getNetmig2010()
- Method in class domain.
Record
NETMIG2010 field value getter.
getNetmig2011()
- Method in class domain.
Record
NETMIG2011 field value getter.
getNPopChg2010()
- Method in class domain.
Record
NPOPCHG_2010 field value getter.
getNPopChg2011()
- Method in class domain.
Record
NPOPCHG_2011 field value getter.
getPopestimate2010()
- Method in class domain.
Record
POPESTIMATE2010 field value getter.
getPopestimate2011()
- Method in class domain.
Record
POPESTIMATE2011 field value getter.
getPopulationRecords()
- Method in class domain.
PersistentObject
PopulationRecords Getter.
getRbirth2011()
- Method in class domain.
Record
RBIRTH2011 field value getter.
getRdeath2011()
- Method in class domain.
Record
RDEATH2011 field value getter.
getRdomesticmig2011()
- Method in class domain.
Record
RDOMESTICMIG2011 field value getter.
getRegion()
- Method in class domain.
Record
Region Code Getter.
getResidual2010()
- Method in class domain.
Record
RESIDUAL2010 field value getter.
getResidual2011()
- Method in class domain.
Record
RESIDUAL2011 field value getter.
getRinternationalmig2011()
- Method in class domain.
Record
RINTERNATIONALMIG2011 field value getter.
getRnaturalinc2011()
- Method in class domain.
Record
RNATURALINC2011 field value getter.
getRnetmig2011()
- Method in class domain.
Record
RNETMIG2011 field value getter.
getState()
- Method in class domain.
Record
State FIP Code Getter.
getStateWithLeastPop(int)
- Method in interface domain.
CollectionAnalytics
Get the State with the least population.
getStateWithLeastPop(int)
- Method in class domain.
PersistentObject
Implementation with the CollectionAnalytics.getStateWithLeastPop method.
getStateWithMostPop(int)
- Method in interface domain.
CollectionAnalytics
Get the State with the most population.
getStateWithMostPop(int)
- Method in class domain.
PersistentObject
Implementation of the CollectionAnlytics.getStateWithMostPop method.
getSumlev()
- Method in class domain.
Record
Summary Level Code Getter.
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Attached below are the PDF files for Unit 9 - Part 2 of New Horizon 1st grade which I have created.
Please use the contents list on the right side of the page to jump to specific activities.
Bingo
This is a warmup activity which uses the important new vocab from the current unit. It is best to give students the bingo sheet the lesson before so that they have time to fill it out for the start of the next lesson.
If the PDF below does not display properly, please click here to directly download.Wordsearch
This wordsearch uses some of the important new vocab from the current unit. This activity can be used either as a warmup or to fill in time at the end of the lesson.
If the PDF below does not display properly, please click here to directly download.Interview
Students write their own original sentence "I am ~ ~". Then they interview other students in the class as is shown on the worksheet.
If the PDF below does not display properly, please click here to directly download.Verb Bingo
Another version of bingo but using verbs in their ～している form. Gives students practice conjugating to the new verb form. Two sheets are in the PDF, one with instructions in English, and one with the instructions in Japanese.
If the PDF below does not display properly, please click here to directly download.Activity
This worksheet starts with simple translation of Japanese to English, and then moves into a simple interview exersize.
The next part is split into an A/B sheet for students to work together in pairs. Firstly they have various verbs required at the top (although not all the verbs), so it is best to go over the meaning of these so that they have all the vocab they need for the activity.
Next, they have to ask each other what various characters are doing, and then record the results in the space provided below.
E.g.:
A: "What is Goku doing?"
B: "Goku is drinking juice".


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helib::HyperCube< T > Class Template Reference
A multi-dimensional cube. More...
#include <hypercube.h>
Public Member Functions | |
| HyperCube (const HyperCube &other)=default | |
| HyperCube (const CubeSignature &_sig) | |
| initialize a HyperCube with a CubeSignature | |
| HyperCube & | operator= (const HyperCube< T > &other) |
| assignment: signatures must be the same | |
| bool | operator== (const HyperCube< T > &other) const |
| equality testing: signatures must be the same | |
| bool | operator!= (const HyperCube< T > &other) const |
| const CubeSignature & | getSig () const |
| const ref to signature | |
| NTL::Vec< T > & | getData () |
| const NTL::Vec< T > & | getData () const |
| read-only ref to data vector | |
| long | getSize () const |
| total size of cube | |
| long | getNumDims () const |
| number of dimensions | |
| long | getDim (long d) const |
| size of dimension d | |
| long | getProd (long d) const |
| product of sizes of dimensions d, d+1, ... | |
| long | getProd (long from, long to) const |
| product of sizes of dimensions from, from+1, ..., to-1 | |
| long | getCoord (long i, long d) const |
| get coordinate in dimension d of index i | |
| long | addCoord (long i, long d, long offset) const |
| add offset to coordinate in dimension d of index i | |
| long | numSlices (long d=1) const |
| number of slices | |
| long | sliceSize (long d=1) const |
| size of one slice | |
| long | numCols () const |
| number of columns | |
| T & | at (long i) |
| reference to element at position i, with bounds check | |
| T & | operator[] (long i) |
| reference to element at position i, without bounds check | |
| const T & | at (long i) const |
| read-only reference to element at position i, with bounds check | |
| const T & | operator[] (long i) const |
| read-only reference to element at position i, without bounds check | |
| void | rotate1D (long i, long k) |
| rotate k positions along the i'th dimension | |
| void | shift1D (long i, long k) |
| Shift k positions along the i'th dimension with zero fill. | |
Detailed Description
template<typename T>
class helib::HyperCube< T >
A multi-dimensional cube.
Such an object is initialized with a CubeSignature: a reference to the signature is stored with the cube, and so the signature must remain alive during the lifetime of the cube, to prevent dangling pointers.
Member Function Documentation
◆ getData()
template<typename T >
|
inline |
read/write ref to the data vector. Note that the length of data is fixed upon construction, so it cannot be changed through this ref.
The documentation for this class was generated from the following files:
- include/helib/hypercube.h
- src/hypercube.cpp


Donoughmore progress to junior ladies football final against Mayo's MacHale Rovers
Early goals from Rena Buckley and Aileen Buckley proved crucial as Donoughmore managed to withstand the intentions of a brave Navan O’Mahonys in a thrilling All-Ireland Junior Club Football Championship Semi-Final.
At the end of the hour, victory belonged to the more accomplished side, as the greater experience of Donoughmore saw them past the gallant effort of the Meath club.
Fiercely contested, Navan were devastated to lose, and after conceding early goals, they stretched Donoughmore to the absolute limit in an epic second-half, only to fall short at the final whistle.
Navan got off to an encouraging start, boosted by a well taken Meghan Collins point. Once they settled, Donoughmore enjoyed a lucrative eight minutes with three goals netted in a spell binding spell of football.
Initially, Aileen Buckley assisted namesake Rena Buckley to goal, before provider Aileen Buckley then blasted home a pair of goals to put daylight between the two sides.
Those scores illustrated Donoughmore had operated with the greater authority early on, as the play of Aisling Barrett, Linda McCarthy and Michelle Dilworth caught the eye in defence, while former Cork captain Rena Buckley and Claudia Keane commanded the midfield region.
There was much to admire to Navan O’Mahonys game. They hit the woodwork on three occasions before a Jacinta Maher goal narrowed the arrears 3-7 to 1-7 at the break.
On the restart, Navan brought a high level of intensity to the contest that earned reward with goals from Orlaith Maher and a marvellous Collins strike to leave the minimum between the sides.
As the game teetered on a knife edge, Navan came ever so close to forcing parity. But Donoughmore relied on second-half points from midfielders Rena Buckley and Keane to hang on by the slenderest of margins, which sees them book a place in the Junior decider against CL MacHales.
The Mayo side were led by county star Rachel Kearns who hit 1-9 as she inspired her side to an eight-point win over Tyrone champions Edendork.
A powerful comeback from St Malachy’s saw Maeve Maxwell score 1-9 as her side recovered from nine points down to close to within just two points. However two final quarter goals from Kearns and the impressive Sinead Walsh saw the Mayo champions home in the end.
All-Ireland Junior Club Championship Semi-Finals:
- Donoughmore (Cork) 3-13 Navan O’Mahonys (Meath) 3-12
- CL MacHale Rovers (Mayo) 4-12 Edendork St Malachy’s (Tyrone)1-13
READ MORE
Goals from Laura Fitzgerald and Doireann O’Sullivan see Mourneabbey through to All-Ireland final


EUR Futures: room for extra upside
by Pablo PiovanoCME Group’s advanced data for EUR futures markets noted open interest resumed the upside after Monday’s pullback and rose by around 2.7K contracts on Tuesday. On the other hand, volume shrunk for the second session in a row, now by around 22.9K contracts.
EUR/USD faces strong resistance around 1.1080/90
The up move in EUR/USD keeps struggling to surpass the area of recent tops in the 1.1080/90 region. Unclear direction in both open interest and volume plus Tuesday’s ‘inside day’ candle in spot are all hinting at the likelihood that further consolidation remains on the cards although a move higher should not be ruled out either.


React Fundamentals I
Kay Ashaolu
Now it is time to learn React
- You now have a better handle of JavaScript
- It's time now to learn a new way of developing UI in the browser (and beyond)
- Note: there are other extensions to React
(e.g. React Native and React 360)
Review: React is a library
- React is a JavaScript library for building user interfaces
- Build declarative components based on the current state of your application
- Differs from the Event Driven approach we have been doing so far
Example, Event Driven App
- Lets say you have an array of strings, each representing the subject of a todo
- And the HTML code was rendered as follows

Task 1

Task 2

Example, Event Driven App
- If you wanted to add a new task on a click of a button, what would you do?
- If you wanted to delete a task on a click of the task, what would you do?
Example, Event Driven App
- To add a new task, you would have to select the #todos ul, and then manipulate the html so that
there is a new li at the end of the list
- To delete a new task you would need to find the right li and delete that from the tree
Example, Event Driven App
- This is doable, but there are some things to consider:
- What happens if there are multiple todo lists in a single page?
- What happens if the user tries to add and delete a task at the same time?
Events add up
- You will need to take several precautions to ensure that each todo list is completely independent and that events do not collide with each other
- This is not trivial to do for large systems
React: a different apporach
- React use a declarative programing paradigm
- Instead of worrying about every action that could happen with your list, you first define what your todo list would look like, given an array of strings.
- You create a comopnent using your above defintion containing state that contains the titles of all of the tasks
- On click events, you modify this internal state and the component will update itself
Lets then learn React
- At this point your browser will not understand your code
- Reason 1: some browsers do not understand ES6 JavaScript
- Reason 2: some React syntax is not valid JavaScript
Must use your dev server
- So you need the NodeJS server that you have installed on your local machine to build your project
- The NodeJS server you installed uses NodeJS, Babel, and Webpack, as well as the React codebase to
bundle all of your source Javascript in a single file
- The NodeJS server also builds your single HTML page, as well as keeps a development server running to reload any changes
So without further ado, let's get into React!
Hello World
src/index.js
import React from "react";
import ReactDOM from "react-dom";
const jsx_element =
Hello, world!
;
const dom_element = document.getElementById('root');
ReactDOM.render(jsx_element, dom_element);
Hello World
src/index.html
<!DOCTYPE html>

Hello World Explained: index.html
- Your index.html file is an empty file that contains one empty div in the body section
- Note that the empty div's id is "root"
- This div is the entry point for our react app: we will tell React in our script to replace this div with our react application
- This html file will largely remain unchanged
-
Hello World Explained: index.js
- We are first importing the React and ReactDOM packages into our JavaScript
- Next we are telling ReactDOM to render given:
- The content of your website
- What element in your index.html file that will house your React App
Hello World Explained: JSX
- JSX stands for JavaScript XML
- JSX is an extension of JavaScript that enables you to write HTML like syntax directly in your Javascript
- This enables the ability to write HTML templates directly into your JavaScript code
- You can also embed expressions, variables, and properties directly into JSX
Example
src/index.js
let formatName = (user) => {
return user.firstName + ' ' + user.lastName;
}
const user = {
firstName: 'Harper',
lastName: 'Perez'
};
const element = (

Hello, {formatName(user)}!

);
ReactDOM.render(
element,
document.getElementById('root')
);
Example explained
- Note: the index.html has not changed. To use React for your entire app, you can define a single div in the body that is React's entry point
- We defined a function called formatName that takes a object that has two properties: a firstName and a lastName
- The formatName function returns a single string with both of those elements
- We use this function 'formatName' inside of our JSX code (the const element)
- This shows how you can use these properties within your JSX code
Why JSX?
- Remember separating content from presentation?
- Separating HTML (content) from CSS (presentation) is core to the web
- However once we start using JavaScript, we have the ability to change the HTML rendered on the page
- That means HTML code can possibly be throughout our JavaScript codebase
- JSX gives us the ability to write out templated HTML code in a very intuitive fashion
Another Example
src/index.js
import React from "react";
import ReactDOM from "react-dom";
function tick() {
const element = (

Hello, world!

It is {new Date().toLocaleTimeString()}.

);
ReactDOM.render(element, document.getElementById('root'));
}
setInterval(tick, 1000);
Wait, what?
- Every call to ReactDOM.render tells React to re-render elments given the data that it currently has
- The code setInterval(tick, 1000) is a special function that tells JavaScript to execute the tick function every 1000 millliseconds.
- The tick function then defines the element and passes in its properties (namely {new Date().toLocaleTimeString()}) before that components is rendered
- This is why you see the clock ticking every second


Next: Interval Designators, Previous: Floating-point Computations, Up: Number Concepts
The following rules apply to complex computations:


template<typename T>
class drake::systems::DiscreteUpdateEvent< T >
This class represents a discrete update event.
It has an optional callback function to do custom handling of this event given const Context and const DiscreteUpdateEvent references, and writes the updates to a mutable, non-null DiscreteValues object.
|
| void | operator= (const DiscreteUpdateEvent &)=delete |
| |
| | DiscreteUpdateEvent (DiscreteUpdateEvent &&)=delete |
| |
| void | operator= (DiscreteUpdateEvent &&)=delete |
| |
| bool | is_discrete_update () const override |
| | Returns true if this is a DiscreteUpdateEvent. More...
|
| |
| | DiscreteUpdateEvent () |
| | Makes a DiscreteUpdateEvent with no trigger type, no event data, and no specified callback function. More...
|
| |
| | DiscreteUpdateEvent (const DiscreteUpdateCallback &callback) |
| | Makes a DiscreteUpdateEvent with no trigger type, no event data, and the specified callback function. More...
|
| |
| void | handle (const Context< T > &context, DiscreteValues< T > *discrete_state) const |
| | Calls the optional callback function, if one exists, with context , 'this' and discrete_state . More...
|
| |
| std::unique_ptr< Event > | Clone () const |
| | Clones this instance. More...
|
| |
| TriggerType | get_trigger_type () const |
| | Returns the trigger type. More...
|
| |
| bool | has_event_data () const |
| | Returns true if this event has associated data. More...
|
| |
| const EventData * | get_event_data () const |
| | Returns a const pointer to the event data. More...
|
| |
| EventData * | get_mutable_event_data () |
| | Returns a mutable pointer to the event data. More...
|
| |
| void | AddToComposite (TriggerType trigger_type, CompositeEventCollection< T > *events) const |
| | Adds a clone of this event to the event collection events , with the given trigger type. More...
|
| |
| void | AddToComposite (CompositeEventCollection< T > *events) const |
| | Provides an alternate signature for adding an Event that already has the correct trigger type set. More...
|
| |
| void | operator= (const Event &)=delete |
| |
| | Event (Event &&)=delete |
| |
| void | operator= (Event &&)=delete |
| |


News story
Ofqual launches debate on inter-subject comparability and the level of difficulty of different subjects.
New research published today (18 December) examines whether different GCSE and A level subjects are comparable to each other and whether a better alignment could be achieved. The working papers identify the policy options that Ofqual could adopt in relation to the comparability of different subjects.
Ofqual wants the views of those interested in this topic to help inform the debate. A seminar will also be held on Thursday 4 February , following which Ofqual will decide whether or not it needs to introduce a policy position.
Chief Regulator Glenys Stacey explains:
We expect a GCSE from one exam board to be as demanding as one from another exam board in the same subject, and as those from previous years. But doing the same for different subjects is another issue. Many people would initially expect that all GCSEs should be of the same level, and the same for A levels. And in a very broad sense this is true: they are all set at the same general educational level and need similar amounts of teaching and learning time. But when you look closely there are many factors, mostly external, to consider. Is the student’s flair for the subject taken into account and ultimately should you be able to, or even want to, compare say, chemistry and art, or chemists and artists?
The six working papers published by Ofqual are:
The final working paper published today outlines the possible policy decisions and outcomes Ofqual could decide upon once the programme has closed. These are:
Ofqual has published an infographic on the topic.
There is also a video interview with Dr Paul Newton and Dennis Opposs who are leading the programme of work.
Interested parties can also take part in an online survey . This survey closes on 4 March 2016.
Presentations from our conference held on 4 February are now available .
Published: 18 December 2015
Updated: 12 February 2016
From: Ofqual


Functions¶
These functions are documented for completeness, most are not intended for the end user to call directly
Worktable module¶
Web Backend¶
-
class
backend.
SocketHandler
(application, request, **kwargs)[source]¶ Handler for WebSocket connections
-
check_origin
(origin)[source]¶ To be implemented for security checks
Parameters: origin – Page originating WS request Returns: Always “True” at the moment
-
on_message
(message)[source]¶ Responds to WS messages. Action is determined by first character of message
- H: Home
- F: Flag target
- U: Unflag target
- A/a: Get action list
- P: Run a worktable
- p: Run one row of a worktable
- R/f: Run the specified action
- r: Terminate an action
- D: Display a file
- C: Create new worktable
- z: Clear contents of a worktable
- k: Delete a worktable
- t: Display a worktable
- &: Append to a worktable
- s: Display a service
- X: Logout
Parameters: message – WS message string Returns: None
-
-
backend.
current
(userip)[source]¶ Get the current folder being viewed by a user
Parameters: userip – The IP address of the user (currently used as ID) Returns: The name of the folder
-
backend.
getwsroot
(userip)[source]¶ Get the address this user has to send ws connections to
Parameters: userip – The IP address of the user (currently used as ID) Returns: A URL
-
backend.
projectInfo
(userFolder)[source]¶ Produces the main page containing information about the current project
Returns: HTML output
-
backend.
setCurrent
(userip, foldername)[source]¶ Sets the current folder being viewed by a user
Parameters: - userip – The IP address of the user (currently used as ID)
- foldername – The name of the folder
Returns: None
-
backend.
setTarget
(t)[source]¶ Sets the target folder
Parameters: t – The name of the new target folder Returns: None
-
backend.
startBackend
()[source]¶ Initialises the web database (distinct from the pipeline one) and loads in user table
Returns: None