Jharkhand elections: Congress fields Gourav Vallabh against Raghubar Das
Congress president Sonia Gandhi approved Vallabh's candidature from the Jamshedpur East assembly constituency
by Press Trust of IndiaThe Congress on Saturday fielded its national spokesperson Gourav Vallabh to take on Jharkhand Chief Minister Raghubar Das in the upcoming assembly elections.
Congress president Sonia Gandhi approved Vallabh's candidature from the Jamshedpur East assembly constituency, while fielding Mamta Devi from the Ramgarh seat, a party statement said.
With this, the total number of candidates declared so far by the Congress for the Jharkhand elections is 27.
"I am ready for the challenge to take on the chief minister. The people of Jharkhand have been duped and I will emerge victorious in this electoral contest," said Vallabh, who recently went viral on internet after a showdown with BJP spokesperson Sambit Patra at a TV debate.
Jharkhand will vote in five phases, with the first on November 30 and the last on December 20. Results will be declared on December 23.
The Jarkhand Mukti Morcha (JMM), the Congress and Lalu Prasad Yadav's Rashtriya Janata Dal had recently announced a pre-poll tie-up for the state with former Jharkhand chief minister Hemant Soren as the alliance's CM face.
The Congress will contest 31 seats out of 81 seats in the Jharkhand assembly.
The RJD will contest on seven seats, while the largest chunk of the alliance share has gone to the JMM, which will contest elections on 43 seats.


Remote Media Center
Screen
File Explorer
Media Controls
System
VLC
OMX
OMX Controls (for Raspberry Pi)
Close
OMX is not running. Go to the File Explorer and run from there any movie, or connect to a Stream Server.
Stream Servers
You can write a YouTube link, or any stream URL (for example: rtsp://remotehost:8554/stream1).
URL:
Go


Introduction
This is a demonstration of a question answering system from the Allen Institute for Artificial Intelligence
How to Use it
Type a question into the search box and click the search icon or press enter, the system will return its best guess as to the answer.
Below that we show the text that was searched to find the answer. The answer returned will be highlighted in red, other
candidate locations that were given a comparable score will be highlighted in lighter shades.
Be patient, answering a question can take 30+ seconds.
To try to extract the answer from your own document, instead of the using the web, set Search to "Document"
and upload a document, or set Search to "Text" and type/copy in your own document. The document must be plain text
with paragraphs separated by newlines. Your results may vary using this approach
since the model was only optimized for using web search results.
How it Works
The system will (unless you provided a document) run a web search on the question, and additionally
try to identify Wikipedia articles about entities mentioned in the question. The resulting documents will
be passed to a machine learning algorithm which will try to read the text and identify a span of text within one
of the documents that answers your questions. No knowledge bases or other sources of information are used.
Example Questions
- Who won the World Cup in 2014?
- What is a group of porcupines called?
- Which artist created the sculpture "The Thinker"?
- Where did Harry Potter go to school?
- What has the strongest magnet field in the Universe?
- The reaction where two atoms of hydrogen combine to form an atom of helium is called what?
- Who the president of Spain?
Weaknesses/Limitations
The system can answer short answer questions, most other forms of questions are unlikely work, including:
- yes/no questions ("Are tomatoes vegetables?")
- math problems ("What is 21*123?")
- multiple choice questions ("Which is taller, the Space Needle taller or the Empire States building?")
- questions that do not have a concrete answer or require longer output ("What happened during WW2?", "Who is Barrack Obama?")
- questions that ask for a list ("What are some of the uses of aluminum?")
The system has some weaknesses you might observe
- Time: It tends to return answers that might have once been true, but are not true currently.
- Fact vs. Opinion: It does not have a good sense of when a statement can be trusted as a fact.
- Complex reasoning: It can perform multiple steps of inference (ex "Who won the world Cup during Obama's first term as President?")
References


Seawater Aquarium Business Intelligence (sabi) aims to gain insights from aquarium hobbyist for aquarium hobbyist according
seawater measures. For more information see Projects Homepage on github.
API Specification
The REST API has been documented using the open API approach (Swagger). Therefore if you are a
a software engineer you find the API here: Sabi's Swagger API doc.


cmp-(1f) - [FUNIX] compare two files byte by byte (LICENSE:PD)
Synopsis
Description
Options
Examples
Exit Status
Author
License
cmp- file1 file2 [ -quiet] [ -show]| [ [ -help] [ -version] ]
The cmp-(1) utility compares two files byte by byte and returns true if no differences are found, or false otherwise
The following options are supported:
file1,file2 names of files to compare -quiet suppress normal output -show show all bytes that are different until an end of file is encountered on both files -help Print description of this program. -version Print version information for this program
Given files "x1" and "x2" are identical, and file "x3" is the same except one line is uppercase instead of lowercase ...
$ cmp- x1 x2 x1 x2 are identical$ cmp- x1 x3 x1 x3 differ: byte 03814, line 00086, ADE= 99 c miniscule c ADE= 67 C majuscule C STOP 3
$ cmp- x1 x3 -show byte 03814, line 00086, ADE= 99 c miniscule c ADE= 67 C majuscule C byte 03815, line 00086, ADE=111 o miniscule o ADE= 79 O majuscule O byte 03816, line 00086, ADE=110 n miniscule n ADE= 78 N majuscule N byte 03817, line 00086, ADE=116 t miniscule t ADE= 84 T majuscule T byte 03818, line 00086, ADE= 97 a miniscule a ADE= 65 A majuscule A byte 03819, line 00086, ADE=105 i miniscule i ADE= 73 I majuscule I byte 03820, line 00086, ADE=110 n miniscule n ADE= 78 N majuscule N byte 03821, line 00086, ADE=115 s miniscule s ADE= 83 S majuscule S x1 x3 are different by 8 bytes
$ cmp- x1 x3 -show -quiet 3814 99 c 67 C 3815 111 o 79 O 3816 110 n 78 N 3817 116 t 84 T 3818 97 a 65 A 3819 105 i 73 I 3820 110 n 78 N 3821 115 s 83 S
$ cmp- x1 x2 -quiet $ echo $? 0
$ cmp- x1 x3 -quiet STOP 3 $ echo $? 3
The following exit values are returned:
0 no differences were found 1 differences were found
John S. Urban
Public Domain
| Nemo Release 3.1 | cmp- (1) | July 22, 2023 |


The faster way to functions
Write any function in minutes - whether to run a simple job that cleans up a database or to build a more complex architecture. Creating functions is easier than ever before, whatever your chosen OS, platform, or development method. No install required.


Lunchbox
School lunches for your children
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Working With Millennial
Written on October 10th, 2016 by Paul LeMillennial was designed to be a minimalist theme in order for the focus to remain on your content.
Layouts
There are two main layout options that are included with Millennial: post and page. Layouts are specified through the YAML front block matter. Any file that contains a YAML front block matter will be processed by Jekyll. For example:
---
layout: post
title: "Example Post"
---
Examples of what posts looks like can be found in the _posts
directory, which includes this post you are reading right now. Posts are the basic blog post layout, which includes a header image, post content, author name, date published, social media sharing links, and related posts.
Pages are essentially the post layout without and of the extra features of the posts layout. An example of what pages look like can be found at the About and Contacts.
In addition to the two main layout options above, there are also custom layouts that have been created for the home page and the archives page. These are simply just page layouts with some Liquid template code. Check out the index.html
and writing.md
files in the root directory for what the code looks like.
YAML Front Block Matter
The recommended YAML front block is:
---
layout:
title:
categories:
tags: []
image:
feature:
teaser:
credit:
creditlink:
---
layout
specifies which layout to use, title
is the page or post title, categories
can be used to better organize your posts, tags
are used to show related posts, as well as indicate what topics are related in a given post, and image
specifies which images to use. There are two main types of images that can be used in a given post, the feature
and the teaser
, which are typically the same image, except the teaser image is cropped for the home page. You can give credit to images under credit
, and provide a link if possible under creditlink
.
Links
Links are signified mainly through an underline text-decoration, in order to maximize the perceived affordance of clickability (I originally just wanted to make the links a darker shade of grey).
Images
Images were designed to be 1024x600 pixels.
Disqus
Lagrange supports comments at the end of posts through Disqus. In order to activate Disqus commenting, set disqus.comments
to true in the settings.yml
file under _data
. If you do not have a Disqus account already, you will have to set one up, and create a profile for your website. You will be given a disqus_shortname
that will be used to generate the appropriate comments sections for your site. More information on how to set up Disqus.
Google Analytics
It is possible to track your site statistics through Google Analytics. Similar to Disqus, you will have to create an account for Google Analytics, and enter the correct Google ID for your site under google-ID
in the settings.yml
file. More information on how to set up Google Analytics.
RSS Feeds
Atom is supported through Jekyll-Feed and RSS 2.0 is supported through RSS autodiscovery.
Social Media icons
All social media icons are courtesy of Font Awesome. You can change which icons appear, as well as the account that they link to, in the settings.yml
file in the _data
folder.


{{ define "main" }}
Inclusions:
Breakfast
Validity:
15/10/17 - 24/12/17
Channels:
Web, Mobile, B2B
Inactive
All Meals
10/10/17 - 10/12/17
B2B
Updated inventory for Premium Room from 19-Oct-17 to 31-Oct-17
Updated Food & Beverages and Fitness Spa
Updated Property Highlights


The Multi-Dimensional Graphic Visualiser User Manual
Program Overview:
In the future, the CDMS core program will run this visualisation program. Until this happens, however, the visualizer can be run as a Windows/XWindows application.
The program takes in numerical data files in a standard format (comma field separation, new-line record separation) and displays random samples of the data in a graph-like visual format. This visual representation can then be manipulated in various ways so that patterns in the data can be more readily be identified.
Requirements:
Program Files: (when uncompiled)
|
|
Compilation: (at Command Prompt)
Running the Program:
Assuming the program compiled correctly, (if it doesn't, email me!) you should be able to run the program with the default test data.
To run the program simply type: java GO3DVizPanel at the prompt. This should use the default data file "glass_ok.txt" and you should see the program window appear.
To run the program with your own numerical data:
Manipulating your Data:
On starting the program you should be presented with a window that looks like this:
The window is broken up into 3 sections:
These are described in detail below. If you find that the icons for any of the bars are missing, check that the gif files are in a subdirectory of the code folder called "images" and that all the files have the capitalisation shown in the Program Files section.
| The View Panel | |
|
This section of the window should contain a sample of the data in its current visual form. When the program first begins, the default position is very close to the origin of the 3D axes. Hopefully this default position will be moved in an update of the program, but for now you will need to move the camera position back to a normal viewing distance. (See the next section for how!) |
|
| The Navigation Panel | |
|
The navigation was based on the simple idea that the less buttons, the easier. There are two sets of buttons which govern all the 3D movement in the program. The first set of buttons is the pair on the very right of the navigation bar.  In "Translate Mode", the second set of buttons (the six directional arrows) move the object in the direction of the arrow. In "Rotate Mode" the 6 directional arrows rotate the object in the direction of the arrow. Note that all navigation affects the object, not the camera position. |
|
| The Toolbar | |
|
The toolbar contains the other operations that alter the visual representation of the data:
|
Using the Toolkits:
| Alter Axis Toolkit |
When the Alter Axes button is pressed, a sub-window is displayed. This subwindow is called the Alter Axis Toolkit. With this toolkit open, you can choose which field of your data you wish to be diplayed by each axis. It contains 6 drop-down boxes, one for each axis. By selecting the required fields for each axis and pressing the Apply button, the data in the View Panel will be altered. Note that once the toolkit is open, it will remain open until you close it again. You still have access to both windows, but the Alter Axis button is disabled until the current Alter Axis Toolkit is closed. |
| Alter Sample Toolkit |
When the Alter Sample button is pressed, a sub-window is displayed. This subwindow is called the Alter Sample Toolkit. With this toolkit open, you can choose how much of your data you wish to be diplayed at a time. It contains a drop down menu that contains various values for the sampling rate. Once one of these values is selected, you can press the Apply button to have it randomly sample at that rate. Note that pressing the Apply button randomly samples the data. If you wish to use the current sampling rate but obtain a new set of data, you can just press Apply. Note that all graphical display types (eg GO3DScatterPlot) have a maximum number of data points that can be displayed at once. No matter what the sampling percentage is, the number of data points will never exceed this value. Note that once the toolkit is open, it will remain open until you close it again. You still have access to both windows, but the Alter Sample button is disabled until the current Alter Sample Toolkit is closed. |


I had a problem on Sprint 5.3 Altering the DOM of makeVisible function.
I had asked on Slack, and I google then I looked it up on other students answer.
I feel pretty nervous at the beginning, but then i feel satisfy after the problem has solved.
I learn that the answer of JS assignment is not unique, we could search and learn from many other ways and get different answers which are correct.


Captain Bezique:
... No doubt it was too difficult for you!
 To reach the place where they are often sighted, follow the southern coastline road.


This was a project I worked on for about 4 hours one day, mostly figuring out the maps api. There is currently no data being stored.
Location or address
Write a note about the place here


Grid samples
Initialization
External data loading
External data loading.
Check documentation:
Initialization
External data loading


I just tried to switch to Slack and ask a colleague a question, and I could not for the life of me figure out why it wasn’t working: everything else I hit was.
…then I remembered that I blocked Slack for the next hour and a half so I’d stay focused. 😂


Galactic Age Calculator
The current time on Earth is...
Please Enter Your Birthday
Month
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Day
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Where do you live?
United States
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Calculate!
Your Life Expectancy
Life expectancy on each planet is based on national average


Manchester City vs Chelsea, Premier League: What time is kick-off, what TV channel is it on and what is our prediction?
by Telegraph SportWhat is it?
A battle of the big guns. Reigning champions Manchester City against potential title contenders Chelsea. Frank Lampard's young Blues side have impressed and currently sit third in the table, a point ahead of Pep Guardiola's men.
With Liverpool already nine points in front of City at the top of the standings, they cannot afford another slip-up.
When is it?
Saturday, November 23.
What time is kick-off?
5.30pm GMT.
What TV channel is it on?
Sky Sports Main Event and Sky Sports Premier League from 5pm.
What are the current standings?
What is the team news?
TBC
What are they saying?
Frank Lampard revealed he sent Jose Mourinho a good-luck message ahead of the Portuguese boss taking charge of Tottenham for the first time:
"We had a couple of messages just to wish him well in his new role as he has always done for me. "I think history and results speak for themselves; the trophies, titles he's managed to win at clubs, they are not surprises, they are for the hard work he's put in. He's done that consistently. "Everywhere you go it's a new beginning, I don't think you can rely on that. "But people will hold up his record and expect big things from him."
Lampard has insisted he will never follow Mourinho's lead and manage Tottenham:
"I can firmly say no, and you can replay that again in 10 years. "It wouldn't happen but I think things are different for me. "I was here for 13 years as a player and have an absolutely deep feeling for a club. "Chelsea is certainly so close to my heart hence why I am so proud to manage the club and why I wouldn't manage Tottenham. "That's no disrespect to anyone, it's just because of what Chelsea has given me over my time as a player and now, it's certainly not on my list."
What are the odds?
- Manchester City - 2/5
- Draw - 4/1
- Chelsea - 6/1
What's our prediction?
Chelsea are flying high, winning their last five Premier League games, and Man City are coming off the back of a 3-1 loss to title rivals Liverpool. But, as impressive as Chelsea have been, City are a different beast altogether, especially at home.
Predicted score: Manchester City 3 Chelsea 1.


| 1 |
Grana_2016 |
Paleohydrological Changes in Highland Desert Rivers and Human Occupation, 7000‐3000 Cal. Yr B.P., South‐Central Andes, Argentina |
Grana, Lorena; Tchilinguirian, Pablo; Hocsman, Salomón; Escola, Patricia; Maidana, Nora I. |
2016 |
2016-04-29 |
PMC |
N |
PMC7165897 |
|
10.1002/gea.21559 |
6c5jyg6d |
0.872676 |
|
|
| 2 |
Wen_X_2017 |
Urban-Rural Disparity in Helicobacter Pylori Infection–Related Upper Gastrointestinal Cancer in China and the Decreasing Trend in Parallel with Socioeconomic Development and Urbanization in an Endemic Area |
Wen, Xiaoduo; Wen, Denggui; Yang, Yi; Chen, Yuetong; Wang, Guiying; Shan, Baoen |
2017 |
2017-08-31 |
PMC |
N |
|
29221517.0 |
10.1016/j.aogh.2017.09.004 |
quw1l42a |
0.770636 |
|
|
| 3 |
Nandi_2016 |
Techno-economic analysis of a transient plant-based platform for monoclonal antibody production |
Nandi, Somen; Kwong, Aaron T.; Holtz, Barry R.; Erwin, Robert L.; Marcel, Sylvain; McDonald, Karen A. |
2016 |
2016-08-25 |
NONCOMM |
N |
PMC5098453 |
27559626.0 |
10.1080/19420862.2016.1227901 |
90kkn8nw |
0.750694 |
Tsai_2004 |
|
| 4 |
Reeves_2016 |
Public pensions and unmet medical need among older people: cross-national analysis of 16 European countries, 2004–2010 |
Reeves, Aaron; McKee, Martin; Mackenbach, Johan; Whitehead, Margaret; Stuckler, David |
2016 |
2016-12-13 |
COMM-USE |
N |
PMC5284463 |
27965315.0 |
10.1136/jech-2015-206257 |
gpeegg3p |
0.635687 |
|
Li_H_2016, Du_J_2009, Lulin_2016 |
| 5 |
Fung_2014 |
Development of price models for architectural and environmental quality for residential developments in Hong Kong |
Fung, Y.W.; Lee, W.L. |
2014 |
2014-10-31 |
PMC |
N |
PMC7124264 |
|
10.1016/j.habitatint.2014.06.004 |
92us2c63 |
0.525990 |
|
Li_M_2015, Wang_2017, Campa_2016, Guirao_2016 |
| 6 |
Chang_2017 |
Efficiency analysis of major cruise lines |
Chang, Young-Tae; Lee, Suhyung; Park, Hyosoo (Kevin) |
2017 |
2017-02-28 |
PMC |
N |
PMC7127829 |
|
10.1016/j.tourman.2016.10.012 |
04mus6wa |
0.468112 |
Chen_2007 |
Ivaldi_2018, Maslyuk_2008, Tuyon_2016, Wu_P_2016 |
| 7 |
Guirao_2016 |
The Assessment of the HSR Impacts on Spanish Tourism: An Approach Based on Multivariate Panel Data Analysis |
Guirao, B.; Campa, J.L.; López-Lambas, M.E. |
2016 |
2016-12-31 |
PMC |
N |
|
|
10.1016/j.trpro.2016.12.027 |
g247rjh9 |
0.425785 |
Chen_2007 |
Campa_2016, Andraz_2016, Liou_2020, Seo_J_2009 |
| 8 |
Madanoglu_2005 |
Toward a resolution of the cost of equity conundrum in the lodging industry: a conceptual framework |
Madanoglu, Melih; Olsen, Michael D. |
2005 |
2005-12-31 |
PMC |
N |
PMC7117031 |
|
10.1016/j.ijhm.2004.10.007 |
lgs59q7c |
0.379938 |
|
Wu_P_2016, Lee_C_2013, Tuyon_2016, Chang_2017 |
| 9 |
Zhu_H_2016 |
Fear of nuclear power? Evidence from Fukushima nuclear accident and land markets in China |
Zhu, Hongjia; Deng, Yongheng; Zhu, Rong; He, Xiaobo |
2016 |
2016-09-30 |
PMC |
N |
PMC7112941 |
|
10.1016/j.regsciurbeco.2016.06.008 |
7o315jv6 |
0.369020 |
Chen_2007 |
Kim_Y_2017, To_W_2012 |
| 10 |
Campa_2016 |
High speed rail effects on tourism: Spanish empirical evidence derived from China's modelling experience |
Campa, Juan Luis; López-Lambas, María Eugenia; Guirao, Begoña |
2016 |
2016-12-31 |
PMC |
N |
PMC7127499 |
|
10.1016/j.jtrangeo.2016.09.012 |
cl60qmu3 |
0.367198 |
|
Guirao_2016, Liou_2020, Andraz_2016, Lee_C_2008 |
| 11 |
Lee_C_2008 |
The forecasting of International Expo tourism using quantitative and qualitative techniques |
Lee, Choong-Ki; Song, Hak-Jun; Mjelde, James W. |
2008 |
2008-12-31 |
PMC |
N |
PMC7115425 |
|
10.1016/j.tourman.2008.02.007 |
9mf1wuzv |
0.322028 |
|
Guirao_2016, Campa_2016, Yang_2010, Okuyama_2018 |
| 12 |
Chen_2013 |
Determinants of the Taiwanese tourist hotel industry cycle |
Chen, Ming-Hsiang |
2013 |
2013-10-31 |
PMC |
N |
PMC7115560 |
|
10.1016/j.tourman.2013.01.003 |
muxgxepo |
0.318137 |
Chen_2007 |
Chen_2010, Liou_2020, Campa_2016, Guirao_2016 |


{{!-- Personal Tab --}}
{{!-- Situation Tab --}}
Roll corruption effects ↑
Use 1 void point to:
- Get advantage on an ability check
- Activate a cosmic mutation
DAYS WITHOUT SUBSTANCE
When using an addictive substance, such as virtual reality stimulants, medical drugs, or similar, roll a BODY ability check.
{{!-- Belongings Tab --}}
{{!-- Weaponry Tab --}}
| WEAPON |
DAMAGE |
UNITS |
CONDITION |
| |
|
|
|
| ARMOR TYPE |
PROTECTS AGAINST |
DR BONUS |
CONDITION |
| |
|
|
|
{{!-- Notes Tab --}}
{{editor content=data.data.notes target="data.notes" button=true owner=owner editable=editable}}


Items for pizzas.
Discounts for new customers.
200.00
Pizza 1
330.00
pizza 2
210.00
pizza 3
225.00
pizza 4
pizza 5
pizza 6
pizza 7
pizza 8
Food Items for BAKERY
Cake 1
100.00
Drink 2
Drink 3
Drink 4
Drink 5
Drink 6
Drink 7
Drink 8
Food Items for BEVERAGES
Drink 1


Back
?
Participant 1
Participant 2
Participant 3
Participant 4
Year:
Extraversion
Agreeableness
Conscientiousness
Neuroticism
Openness to Experience


{% load static %}
Hi my name is Lu, I enjoy creating websites and using dev-ops tools. I also enjoy watching and playing sports.
Email LinkedIn Github
{{ job.intro }}


Tiles are container elements to help segment content visually against a gray background. By grouping similar content into tiles, it makes the page easier to for the viewer to scan. The tile will expand to the height and width of the content it contains. Tiles typically contain a title in the top left, but because the styling of these titles tends to vary it is left to the app to include their own title in the tile content.
The contents of this page are all contained within hc-tile
components.


Table tennis: Sathiyan reaches main draw of ITTF World Cup after wins over higher-ranked paddlers
by Scroll StaffIndia’s top-ranked paddler Sathiyan Gnanasekaran reached the main draw of the ITTF World Cup 2019 after beating two higher-ranked players in the preliminary group stage in Chengdu, China on Friday.
He is the only Indian in action at the season-ending tournament, for which he qualified after a sixth-place finish in the continental qualifier event.
Sathiyan topped Group D after winning both his first-stage matches. First up, he registered a brilliant fightback from 0-2 down against world No 23 Simon Gauzy. Sathiyan beat the Frenchman 4-3 (11-13, 9-11, 11-8, 14-12, 7-11, 11-5, 11-8).
After Gauzy’s win in his second match, the Indian (ranked 30 in the world), was guaranteed a place in the main draw if he he won the third tie of the group. Sathiyan then beat world No 24 Jonathan Groth 4-2 (11-3, 12-10, 7-11, 16-14, 8-11, 11-8) to make sure he will be part of the main draw featuring the top eight paddlers in the world along with qualifiers from the preliminary stage.
The Indian will now face former world No 1 Timo Boll in the pre-quaterfinals. Boll, the 38-year-old star paddler from Germany, is currently ranked eighth in the world. This is the first meeting between the two players on the ITTF circuit.
Sathiyan is making his debut appearance at the ITTF Men’s World Cup. The round of 16 matches will be played on Saturday.
Read Comments


Flowsheet Server version 5.0
The Flowsheet Server application is a C/C++ application which has been developed for the validation activity within the CAPE-OPEN project. It provides a server to be called by a client for the purpose of analysing a flowsheet. It integrates some Fortran legacy codes from INPT. It is a CAPE-OPEN component compliant with version 2.0 of the SMST Interface Specification.
The skeleton from that component was made from the idl files included in the SMST CO Documentation version 2.0. However, as the CAPE-OPEN Common Services were not fully standardised when the Flowsheet Server was developed, a specific ICapeUtility.idl file has been implemented and used for this application (the implementation of Parameter and Report concepts is simple).
The source codes of implementation objects are not displayed. But you can have a look main program of the Flowsheet Server. It initialises the Object Request Broker (ORB) and Basic Object Adaptator (BOA), creates the ICapeNumericGATComponent object implementation, writes its IOR in the Trader.txt file and waits for incoming request.
This application is deployed, you can download and install it from the Appendices.
Some technical characteristics about this implementation version :
- It uses the stringification in order to be ORB independent.
- This version does not automatically activate servers with the Object Activation Deamon (the Inprise implementation of the implementation repository), and does not use Deferring Object Activation while waiting for a client request.
- Inheritance implementation is applied (Objects implementation classes inherit from a skeleton class generated by the IDL compiler) instead of a delegation implementation.
- No persistence capability.
- Multi-threaded Windows.


{% extends "base.html" %} {% block css %} {% endblock %} {% block body %}
BookDrop is an easy way to transfer books to your Kindle using a Dropbox folder.
It's simple! Just register
here, and start adding books to your
Dropbox/Apps/book-drop
folder. Any new books you add will
get sent to your Kindle.
Yup, just follow these steps:
Dropbox
folder.Dropbox/Apps/book-drop
.You can use BookDrop with any Kindle e-reader or mobile app.
You can send any files supported by Amazon. BookDrop also supports any .epub, .cbr, and .cbz files, which BookDrop will convert to a Kindle-supported format (the quality of these conversions may vary from file to file). In total, these are:
If there's a file format that you don't see here, send us an email, and we'll see what we can do!
First things first, make sure your Kindle is connected to WiFi, and wait a few minutes. It takes time to convert and send your book.
If you still haven't received the file, make sure that it's of one of the supported filetypes listed above and below 25MB. Also, for legal reasons, BookDrop can't convert files under DRM.
If all else fails, send us an email detailing what happened.Unfortunately, no. We'll have to wait for a Kindle API :(
Unfortunately, yes. This is because BookDrop has no way of knowing what files are already on your Kindle.
There is a way around this, though. BookDrop will only send files of a certain type, so if you rename a file with an unsupported file extension (e.g. ".kbox"), it won't get sent to your Kindle. Make sure to do this before you add the file to your BookDrop folder.
Nope :( Perhaps in a galaxy far far away...
Yup, just make sure to register your different Dropbox accounts with the same Kindle. You can also connect multiple Kindles to the same Dropbox account, as long as they all belong to the same Amazon account.
BookDrop works on top of Amazon's existing Kindle Personal Documents Service. Through this service, you can give certain email addresses permission to send documents to your Kindle, free of charge. Your Kindle can then download these documents wirelessly.
Whenever you add a book to Dropbox/Apps/book-drop
, BookDrop
is notified by the
Dropbox webhooks service.
BookDrop then downloads the book through the
Dropbox Core API
and emails it to your Kindle.
The bookmarklet does a couple things. First, it scrapes the Amazon Manage Your Content and Devices page for possible BookDrop devices and displays them in a modal for you to pick from. Second, the bookmarklet sends a request to Amazon to allow a BookDrop email address to send your Kindle devices personal documents. If all goes well, the bookmarklet notifies BookDrop that your account is all set.
Send us an email! If you think you've found a bug or would like to see a new feature, feel free to also add an issue on the BookDrop GitHub page.
From the Noun Project! "Dropbox Folder" is by Agus Purwanto and "Ebook" is by Antonio Aversa.
Also, the beautiful background image on all the BookDrop pages is from subtlepatterns.com.


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//= "./html/home-sections/about-product.html"
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They were famous queens, unrecognised visionaries, great artists and trailblazing politicians. They all pushed back boundaries and revolutionised our world. Jenni Murray presents the history of Britain as you've never seen it before, through the lives of twenty-one women who refused to succumb to the established laws of society, whose lives embodied hope and change, and who still have the power to inspire us today.


Time period:
Past 7 Days
Past 30 Days
This Week
This Month
This Year
Nutrient:
Calories
Total Fat
Cholesterol
Sodium
Total Carbs
Protein


Ayodhya verdict: Amit Shah reviews security situation across India
by Press Trust of IndiaUnion Home Minister Amit Shah on Saturday reviewed the security situation in the country as the Supreme Court began delivering its judgment on the Ram Janmabhoomi-Babri Masjid title suit, officials said.
The home minister also spoke to a few chief ministers to take stock of the situation in their states and asked them to ensure that police and the administration remain alert and no untoward incident takes place.
During the review meeting, the home minister was given a detailed briefing on the prevailing law and order situation in different parts of the country, particularly in Uttar Pradesh, where the disputed site is located in Ayodhya, a home ministry official said.
Shah also called up a few chief ministers, who apprised him about the steps being taken to ensure peace.
National Security Advisor Ajit Doval, Union Home Secretary Ajit Bhalla, Director of of Intelligence Bureau Arvind Kumar and a few other officers were present in the meeting.
(This story has not been edited by Business Standard staff and is auto-generated from a syndicated feed.)


I started coding after my graduation in science,as the technology kept changing i was eager to keep up with pace and prepared my self in web technologies that included.
I have completed site for variety of custmers including garment manufacturers and nyloplast industry and more are in pipeline.
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JamesBlonde008
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Azadi March: PM Imran summons PTI parliamentary party meeting today
by https://www.facebook.com/dunyanewsISLAMABAD (Dunya News) – Prime Minister Imran Khan has once again summoned Pakistan Tehreek-e-Insaf (PTI) parliamentary party meeting on Thursday (today) in connection with Jamiat Ulema-e-Islam-Fazal’s Azadi March and sit-in in the federal capital.
According to details, the meeting will deliberate on a peaceful political solution of the opposition’s protest led by JUI-F Chief Maulana Fazal-ur-Rehman.
Meanwhile, Pakistan Muslim League-Quaid (PML-Q) leader and Punjab Assembly Speaker Chaudhry Pervaiz Elahi, while representing the government side for talks on Azadi March, is likely to hold fourth meeting with Fazal-ur-Rehman.
According to sources, Pervaiz Elahi has been given full authority for negotiation with the opposition parties to develop a joint consensus on the matter of protest against the incumbent government.
On the other hand, Maulana Fazal-ur-Rehman vowed to continue sit-in in Islamabad till PM Imran Khan’s resignation.


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---
title: Suira
lang: en
ref: /
hero_title_html: The Digital Management for Creatives & Freelancers
hero_list_minus: Less time in administrative work.
hero_list_plus: More time in your creativity.
apply_btn: Apply
market_problem_title_html: How much time and energy do you spend:
market_problem_subtitle: Lorem Ipsum
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market_problem_list_alliance: Creating the right alliances?
market_problem_list_clients: Charging and dealing with clients?
market_problem_list_business: Keeping track of your business?
purpose_html: We want to see a world where Creatives & Freelancers live doing what they love.
profiles_html: Some of our profiles...
profiles_subtitle: These are the people that accompany us in our journey
profiles:
- pepote
- alejandro-aristizabal
profiles_link: /profiles
profiles_link_text: See all profiles
---
{% include landing.html %}


Join the cheapest Christmas Dubai trip between 20th-26th Dec~Visit all the amazing tourist sites
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Someone in the class has asked about how frequently to respond to the Daily Discussion Posts. Her question inspired me to gather some statistics that will show you how students responded to the posts in the past.
Think of responding to the discussion posts like participating in a course that meets in the classroom. Chime in when you have something to say, but don't feel compelled to talk just for the sake of talking.
You can see the number of comments you have made by finding any comment you have made on the blog and looking after your name, as shown in these examples:
The infographic on the right shows some stats on the comments from the Fall Semester to help you gauge what's typical. The numbers are for four sections of the course, which works out to 88 students. These numbers are identical to the number of sections and students this term.
Out of the 88 students in the course, 61 of them commented at least once. That works out to about seven students out of every ten.
The highest number of comments by a student was 61. The average number of comments per student was 18. There were a total of 66 Daily Discussion Posts and a total of 1091 comments for the entire semester.
Those who posted more comments tended to do better in the course; but posting more is not a guarantee of an A. You have to meet all the Requirements in the course.
Note: This infographic contents is included in the text of the post, so it does not need a transcript.


Service workers are in need of a way to collect tips directly, rather than through their employers. Currently, the only method of doing this is using cash. Tipsease app will allow customers access to directly tip without needing to use cash or share personal information.
Customers can create an account/login, view a list of service workers, view their profile, and most
importantly tip that service worker.
As a service worker you have the ability to customize your profile (information, tagline, how long you've
worked
at that location, etc).
Allowing customers to enjoy being able to tip seamlessly without worrying about credit fraud, having to share personal information, and reduce the need to carry cash. Employees will be relieved to quickly and discretely receive their tips without needing to accept cash or wait for processing from employers.


One of the important features C++
inherits from C is efficiency. If the efficiency of C++
were dramatically
less than C, there
would be a significant contingent of programmers who couldn’t justify its
use.
In C, one of the ways to preserve
efficiency is through the use of
macros, which allow you
to make what looks like a function call without the normal
function call overhead. The
macro is implemented with the preprocessor instead of the compiler proper, and
the preprocessor replaces all macro calls directly with the macro code, so
there’s no cost involved from pushing arguments, making an
assembly-language CALL, returning arguments, and performing an assembly-language
RETURN. All the work is performed by the preprocessor, so you have the
convenience and readability of a function call but it doesn’t cost you
anything.
There are two problems with the use of
preprocessor macros in C++. The first is also true with
C: a macro looks like a function call, but doesn’t always act like one.
This can bury difficult-to-find bugs. The second problem is specific to C++: the
preprocessor has no permission to access class member data. This means
preprocessor macros cannot be used as class member functions.
To retain the efficiency of the
preprocessor macro, but to add the safety and class scoping of true functions,
C++ has the inline
function. In this chapter,
we’ll look at the problems of preprocessor macros in C++, how these
problems are solved with inline functions, and guidelines and insights on the
way inlines
work.
The key to the problems of preprocessor
macros is that you can be fooled into thinking that the behavior of the
preprocessor is the same as the behavior of the compiler. Of course, it was
intended that a macro look and act like a function call, so it’s quite
easy to fall into this fiction. The difficulties begin when the subtle
differences appear.
As a simple example, consider the
following:
#define F (x) (x + 1)
Now, if a call is made to F like
this
F(1)
the preprocessor expands it, somewhat
unexpectedly, to the following:
(x) (x + 1)(1)
The problem occurs because of the gap
between F and its opening parenthesis in the macro definition. When this
gap is removed, you can actually call the macro with the
gap
F (1)
and it will still expand properly
to
(1 + 1)
The example above is fairly trivial and
the problem will make itself evident right away. The real difficulties occur
when using expressions as arguments in macro calls.
There are two problems. The first is that
expressions may expand inside the macro so that their evaluation precedence is
different from what you expect. For example,
#define FLOOR(x,b) x>=b?0:1
Now, if expressions are used for the
arguments
if(FLOOR(a&0x0f,0x07)) // ...
the macro will expand to
if(a&0x0f>=0x07?0:1)
The precedence of & is lower
than that of >=, so the macro evaluation will surprise you. Once you
discover the problem, you can solve it by putting parentheses around everything
in the macro definition. (This is a good practice to use when creating
preprocessor macros.) Thus,
#define FLOOR(x,b) ((x)>=(b)?0:1)
Discovering the problem may be difficult,
however, and you may not find it until after you’ve taken the proper macro
behavior for granted. In the un-parenthesized version of the preceding macro,
most expressions will work correctly because the precedence of
>= is lower than most of the operators like +, /, –
–, and even the bitwise shift operators. So you can easily begin to
think that it works with all expressions, including those using bitwise logical
operators.
The preceding problem can be solved with
careful programming practice: parenthesize everything in a macro. However, the
second difficulty is subtler. Unlike a normal function, every time you use an
argument in a macro, that
argument is evaluated. As long as the macro is called only with ordinary
variables, this evaluation is benign, but if the evaluation of an argument has
side effects, then the results can be surprising and will definitely not mimic
function behavior.
For example, this macro determines
whether its argument falls within a certain range:
#define BAND(x) (((x)>5 && (x)<10) ? (x) : 0)
As long as you use an
“ordinary” argument, the macro works very much like a real function.
But as soon as you relax and start believing it is a real function, the
problems start. Thus:
//: C09:MacroSideEffects.cpp #include "../require.h" #include <fstream> using namespace std; #define BAND(x) (((x)>5 && (x)<10) ?  This is a helpful practice because it tells
the reader this is a macro and not a function, so if there are problems, it acts
as a little reminder.
Here’s the output produced by the
program, which is not at all what you would have expected from a true
function:
a = 4 BAND(++a)=0 a = 5 a = 5 BAND(++a)=8 a = 8 a = 6 BAND(++a)=9 a = 9 a = 7 BAND(++a)=10 a = 10 a = 8 BAND(++a)=0 a = 10 a = 9 BAND(++a)=0 a = 11 a = 10 BAND(++a)=0 a = 12
When a is four, only the first
part of the conditional occurs, so the expression is evaluated only once, and
the side effect of the macro call is that a becomes five, which is what
you would expect from a normal function call in the same situation. However,
when the number is within the band, both conditionals are tested, which results
in two increments. The result is produced by evaluating the argument again,
which results in a third increment. Once the number gets out of the band, both
conditionals are still tested so you get two increments. The side effects are
different, depending on the argument.
This is clearly not the kind of behavior
you want from a macro that looks like a function call. In this case, the obvious
solution is to make it a true function, which of course adds the extra overhead
and may reduce efficiency if you call that function a lot. Unfortunately, the
problem may not always be so obvious, and you can unknowingly get a library that
contains functions and macros mixed together, so a problem like this can hide
some very difficult-to-find bugs. For example, the
putc( ) macro in cstdio may evaluate
its second argument twice. This is specified in Standard C. Also, careless
implementations of toupper( ) as a macro may
evaluate the argument more than once, which will give you unexpected results
with
toupper(*p++).[45]
Of course, careful coding and use of
preprocessor macros is required with C, and we could certainly get away with the
same thing in C++ if it weren’t for one problem: a macro has no concept of
the scoping required with member functions. The
preprocessor simply performs text substitution, so you
cannot say something like
class X { int i; public: #define VAL(X::i) // Error
or anything even close. In addition,
there would be no indication of which object you were referring to. There is
simply no way to express class scope in a macro. Without some alternative to
preprocessor macros, programmers will be tempted to make some data members
public for the sake of efficiency, thus exposing the underlying
implementation and preventing changes in that implementation, as well as
eliminating the guarding that private
provides.
In solving the C++ problem of a macro
with access to private class members, all
the problems associated with preprocessor macros were eliminated. This was done
by bringing the concept of macros under the control of the compiler where they
belong. C++ implements the macro as inline
function, which is a true
function in every sense. Any behavior you expect from an ordinary function, you
get from an inline function. The only difference is that an inline function is
expanded in place, like a preprocessor macro, so the overhead of the function
call is eliminated. Thus, you
should (almost) never use macros, only inline functions.
Any function defined within a class body
is automatically inline, but you can also make a non-class function inline by
preceding it with the inline keyword. However, for it to have any effect,
you must include the function body with the declaration, otherwise the compiler
will treat it as an ordinary function declaration. Thus,
inline int plusOne(int x);
has no effect at all other than declaring
the function (which may or may not get an inline definition sometime later). The
successful approach provides the function body:
inline int plusOne(int x) { return ++x; }
Notice that the compiler will check (as
it always does) for the proper use of the function argument list and return
value (performing any necessary conversions), something the preprocessor is
incapable of. Also, if you try to write the above as a preprocessor macro, you
get an unwanted side effect.
You’ll almost always want to put
inline definitions in a header
file. When the compiler sees
such a definition, it puts the function type (the signature combined with the
return value) and the function body in its symbol table. When you use the
function, the compiler checks to ensure the call is correct and the return value
is being used correctly, and then substitutes the function body for the function
call, thus eliminating the overhead. The inline code does occupy space, but if
the function is small, this can actually take less space than the code generated
to do an ordinary function call (pushing arguments on the stack and doing the
CALL).
An inline function in a header file has a
special status, since you must include the header file containing the function
and its definition in every file where the function is used, but you
don’t end up with multiple definition errors (however, the definition must
be identical in all places where the inline function is
included).
To define an inline function, you must
ordinarily precede the function definition with the inline keyword.
However, this is not necessary inside a class
definition. Any function you
define inside a class definition is automatically an inline. For
example:
//: C09:Inline.cpp // Inlines inside classes #include <iostream> #include <string> using namespace std; class Point { int i, j, k; public: Point(): i(0), j(0), k(0) {} Point(int ii, int jj, int kk) : i(ii), j(jj), k(kk) {} void print(const string& msg = "") const { if(msg.size() != 0) cout << msg << endl; cout << "i = " << i << ", " << "j = " << j << ", " << "k = " << k << endl; } }; int main() { Point p, q(1,2,3); p.print("value of p"); q.print("value of q"); } ///:~
Here, the two constructors and the
print( ) function are all inlines by default. Notice in
main( ) that the fact you are using inline functions is transparent,
as it should be. The logical behavior of a function must be identical regardless
of whether it’s an inline (otherwise your compiler is broken). The only
difference you’ll see is in performance.
Of course, the temptation is to use
inlines everywhere inside class declarations because they save you the extra
step of making the external member function definition. Keep in mind, however,
that the idea of an inline is to provide improved opportunities for
optimization by the compiler. But inlining a big
function will cause that code to be duplicated everywhere the function is
called, producing code bloat that may mitigate the speed benefit (the only
reliable course of action is to experiment to discover the effects of inlining
on your program with your
compiler).
One of the most important uses of inlines
inside classes is the access
function. This is a small
function that allows you to read or change part of the state of an object
– that is, an internal variable or variables. The reason inlines are so
important for access functions can be seen in the following
example:
//: C09:Access.cpp // Inline access functions class Access { int i; public: int read() const { return i; } void set(int ii) { i = ii; } }; int main() { Access A; A.set(100); int x = A.read(); } ///:~
Here, the class user never has direct
contact with the state variables inside the class, and they can be kept
private, under the
control of the class designer. All the access to the private data members
can be controlled through the member function interface. In addition, access is
remarkably efficient. Consider the read( ), for example. Without
inlines, the code generated for the call to read( ) would typically
include pushing this on
the stack and making an assembly language CALL. With most machines, the size of
this code would be larger than the code created by the inline, and the execution
time would certainly be longer.
Without inline functions, an
efficiency-conscious class designer will be tempted to simply make i a
public member, eliminating the overhead by allowing the user to directly access
i. From a design standpoint, this is disastrous
because i then becomes part of the public interface, which means the
class designer can never change it. You’re stuck with an int called
i. This is a problem because you may learn sometime later that it would
be much more useful to represent the state information as a float rather
than an int, but because int i is part of the public interface,
you can’t change it. Or you may want to perform some additional
calculation as part of reading or setting i, which you can’t do if
it’s public. If, on the other hand, you’ve always used
member functions to read and change the state information of an object, you can
modify the underlying representation of the object to your heart’s
content.
In addition, the use of member functions
to control data members allows you to add code to the member function to detect
when that data is being changed, which can be very useful during debugging. If a
data member is public, anyone can change it anytime without you knowing
about it.
Some people further divide the concept of
access functions into accessors (to read state
information from an object) and mutators (to
change the state of an object). In addition, function overloading may be used to
provide the same function name for both the accessor and mutator; how you call
the function determines whether you’re reading or modifying state
information. Thus,
//: C09:Rectangle.cpp // Accessors & mutators class Rectangle { int wide, high; public: Rectangle(int w = 0, int h = 0) : wide(w), high(h) {} int width() const { return wide; } // Read void width(int w) { wide = w; } // Set int height() const { return high; } // Read void height(int h) { high = h; } // Set }; int main() { Rectangle r(19, 47); // Change width & height: r.height(2 * r.width()); r.width(2 * r.height()); } ///:~
The constructor uses the constructor
initializer list (briefly introduced in Chapter 8 and covered fully in Chapter
14) to initialize the values of wide and high (using the
pseudoconstructor form for
built-in types).
You cannot have member function names
using the same identifiers as data members, so you might be tempted to
distinguish the data members with a
leading underscore. However,
identifiers with leading underscores are reserved so you should not use them.
//: C09:Rectangle2.cpp // Accessors & mutators with "get" and "set" class Rectangle { int width, height; public: Rectangle(int w = 0, int h = 0) : width(w), height(h) {} int getWidth() const { return width; } void setWidth(int w) { width = w; } int getHeight() const { return height; } void setHeight(int h) { height = h; } }; int main() { Rectangle r(19, 47); // Change width & height: r.setHeight(2 * r.getWidth()); r.setWidth(2 * r.getHeight()); } ///:~
Of course, accessors and mutators
don’t have to be simple pipelines to an internal variable. Sometimes they
can perform more sophisticated calculations. The following example uses the
Standard C library time functions to produce a simple Time
class:
//: C09:Cpptime.h // A simple time class #ifndef CPPTIME_H #define CPPTIME_H #include <ctime> #include <cstring> class Time { std::time_t t; std::tm local; char asciiRep[26]; unsigned char lflag, aflag; void updateLocal() { if(!lflag) { local = *std::localtime(&t); lflag++; } } void updateAscii() { if(!aflag) { updateLocal(); std::strcpy(asciiRep,std::asctime(&local)); aflag++; } } public: Time() { mark(); } void mark() { lflag = aflag = 0; std::time(&t); } const char* ascii() { updateAscii(); return asciiRep; } // Difference in seconds: int delta(Time* dt) const { return int(std::difftime(t, dt->t)); } int daylightSavings() { updateLocal(); return local.tm_isdst; } int dayOfYear() { // Since January 1 updateLocal(); return local.tm_yday; } int dayOfWeek() { // Since Sunday updateLocal(); return local.tm_wday; } int since1900() { // Years since 1900 updateLocal(); return local.tm_year; } int month() { // Since January updateLocal(); return local.tm_mon; } int dayOfMonth() { updateLocal(); return local.tm_mday; } int hour() { // Since midnight, 24-hour clock updateLocal(); return local.tm_hour; } int minute() { updateLocal(); return local.tm_min; } int second() { updateLocal(); return local.tm_sec; } }; #endif // CPPTIME_H ///:~
The Standard C library
functions have multiple representations for time, and
these are all part of the Time class. However, it isn’t necessary
to update all of them, so instead the time_t t is
used as the base representation, and the tm local and ASCII character
representation asciiRep each have flags to indicate if they’ve been
updated to the current time_t. The two private functions
updateLocal( ) and updateAscii( ) check the flags and
conditionally perform the update.
The constructor calls the
mark( ) function (which the user can also call to force the object
to represent the current time), and this clears the two flags to indicate that
the local time and ASCII representation are now invalid. The
ascii( ) function calls updateAscii( ), which copies the
result of the Standard C library function
asctime( ) into a local buffer because
asctime( ) uses a static data area that is overwritten if the
function is called elsewhere. The ascii( ) function return value is
the address of this local buffer.
All the functions starting with
daylightSavings( ) use the updateLocal( ) function,
which causes the resulting composite inlines to be fairly large. This
doesn’t seem worthwhile, especially considering you probably won’t
call the functions very much. However, this doesn’t mean all the functions
should be made non-inline. If you make other functions non-inline, at least keep
updateLocal( ) inline so that its code will be duplicated in the
non-inline functions, eliminating extra function-call overhead.
 These are used to show starting, ending, and
elapsed
times.
//: C09:Stash4.h // Inline functions #ifndef STASH4_H #define STASH4_H #include "../require.h" class Stash { int size; // Size of each space int quantity; // Number of storage spaces int next; // Next empty space // Dynamically allocated array of bytes: unsigned char* storage; void inflate(int increase); public: Stash(int sz) : size(sz), quantity(0), next(0), storage(0) {} Stash(int sz, int initQuantity) : size(sz), quantity(0), next(0), storage(0) { inflate(initQuantity); } Stash::~Stash() { if(storage != 0) delete []storage; } int add(void* element); void* fetch(int index) const { require(0 <= index, "Stash::fetch (-)index"); if(index >= next) return 0; // To indicate the end // Produce pointer to desired element: return &(storage[index * size]); } int count() const { return next; } }; #endif // STASH4_H ///:~
The small functions obviously work well
as inlines, but notice that the two largest functions are still left as
non-inlines, since inlining them probably wouldn’t cause any performance
gains:
//: C09:Stash4.cpp {O} #include "Stash4.h" #include <iostream> #include <cassert> using namespace std; const int increment = 100; int Stash::add(void* element) { if(next >= quantity) // Enough space left? inflate(increment); // Copy element into storage, // starting at next empty space: int startBytes = next * size; unsigned char* e = (unsigned char*)element; for(int i = 0; i < size; i++) storage[startBytes + i] = e[i]; next++; return(next - 1); // Index number } void Stash::inflate(int increase) { assert(increase >= 0); if(increase == 0) return; int newQuantity = quantity + increase; int newBytes = newQuantity * size; int oldBytes = quantity * size; unsigned char* b = new unsigned char[newBytes]; for(int i = 0; i < oldBytes; i++) b[i] = storage[i]; // Copy old to new delete [](storage); // Release old storage storage = b; // Point to new memory quantity = newQuantity; // Adjust the size } ///:~
Once again, the test program verifies
that everything is working correctly:
//: C09:Stash4Test.cpp //{L} Stash4 #include "Stash4.h" #include "../require.h" #include <fstream> #include <iostream> #include <string> using namespace std; int main() { Stash intStash(sizeof(int)); for(int i = 0; i < 100; i++) intStash.add(&i); for(int j = 0; j < intStash.count(); j++) cout << "intStash.fetch(" << j << ") = " << *(int*)intStash.fetch(j) << endl; const int bufsize = 80; Stash stringStash(sizeof(char) * bufsize, 100); ifstream in("Stash4Test.cpp"); assure(in, "Stash4Test.cpp"); string line; while(getline(in, line)) stringStash.add((char*)line.c_str()); int k = 0; char* cp; while((cp = (char*)stringStash.fetch(k++))!=0) cout << "stringStash.fetch(" << k << ") = " << cp << endl; } ///:~
This is the same test program that was
used before, so the output should be basically the same.
//: C09:Stack4.h // With inlines #ifndef STACK4_H #define STACK4_H #include "../require.h" class Stack { struct Link { void* data; Link* next; Link(void* dat, Link* nxt): data(dat), next(nxt) {} }* head; public: Stack() : head(0) {} ~Stack() { require(head == 0, "Stack not empty"); } void push(void* dat) { head = new Link(dat, head); } void* peek() const { return head ? head->data : 0; } void* pop() { if(head == 0) return 0; void* result = head->data; Link* oldHead = head; head = head->next; delete oldHead; return result; } }; #endif // STACK4_H ///:~
Notice that the Link destructor
that was present but empty in the previous version of Stack has been
removed. In pop( ), the expression delete oldHead simply
releases the memory used by that Link (it does not destroy the data
object pointed to by the Link).
Most of the functions inline quite nicely
and obviously, especially for Link. Even pop( ) seems
legitimate, although anytime you have conditionals or local variables it’s
not clear that inlines will be that beneficial. Here, the function is small
enough that it probably won’t hurt anything.
If all your functions are inlined,
using the library becomes quite simple because there’s no linking
necessary, as you can see in the test example (notice that there’s no
Stack4.cpp):
//: C09:Stack4Test.cpp //{T} Stack4Test.cpp #include "Stack4.h" #include "../require.h" #include <fstream> #include <iostream> #include <string> using namespace std; int main(int argc, char* argv[]) { requireArgs(argc, 1); // File name is argument ifstream in(argv[1]); assure(in, argv[1]); Stack textlines; string line; // Read file and store lines in the stack: while(getline(in, line)) textlines.push(new string(line)); // Pop the lines from the stack and print them: string* s; while((s = (string*)textlines.pop()) != 0) { cout << *s << endl; delete s; } } ///:~
People will sometimes write classes with
all inline functions so that the whole class will be in the header file
(you’ll see in this book that I step over the line myself). During program
development this is probably harmless, although sometimes it can make for longer
compilations. Once the program stabilizes a bit, you’ll probably want to
go back and make functions non-inline where
appropriate.
To understand when inlining
is effective, it’s helpful to know what the
compiler does when it encounters an inline. As with any function, the compiler
holds the function type
(that is, the function prototype including the name and argument types, in
combination with the function return value) in its symbol table. In addition,
when the compiler sees that the inline’s function type and the
function body parses without error, the code for the function body is also
brought into the symbol table. Whether the code is stored in source form,
compiled assembly instructions, or some other representation is up to the
compiler.
When you make a call to an inline
function, the compiler first ensures that the call can be correctly made. That
is, all the argument types must either be the exact types in the
function’s argument list, or the compiler must be able to make a type
conversion to the proper types and the return value must be the correct type (or
convertible to the correct type) in the destination expression. This, of course,
is exactly what the compiler does for any function and is markedly different
from what the preprocessor does because the preprocessor cannot check types or
make conversions.
If all the function type information fits
the context of the call, then the inline code is substituted directly for the
function call, eliminating the call overhead and allowing for further
optimizations by the compiler. Also, if the inline is a member function, the
address of the object (this) is put in the appropriate place(s), which of
course is another action the preprocessor is unable to
perform.
There are two situations in which the
compiler cannot perform inlining. In these cases, it simply reverts to the
ordinary form of a function by taking the inline definition and creating storage
for the function just as it does for a non-inline. If it must do this in
multiple translation units (which would normally cause a multiple definition
error), the linker is told to ignore the multiple definitions.
The compiler cannot perform inlining if
the function is too complicated. This depends upon the particular compiler, but
at the point most compilers give up, the inline probably wouldn’t gain you
any efficiency. In general, any sort of looping is considered too complicated to
expand as an inline, and if you think about it, looping probably entails much
more time inside the function than what is required for the function call
overhead. If the function is just a collection of simple statements, the
compiler probably won’t have any trouble inlining it, but if there are a
lot of statements, the overhead of the function call will be much less than the
cost of executing the body. And remember, every time you call a big inline
function, the entire function body is inserted in place of each call, so you can
easily get code bloat without
any noticeable performance improvement. (Note that some of the examples in this
book may exceed reasonable inline sizes in favor of conserving screen real
estate.)
The compiler also cannot perform inlining
if the address of the function
is taken implicitly or explicitly. If the compiler must produce an address, then
it will allocate storage for the function code and use the resulting address.
However, where an address is not required, the compiler will probably still
inline the code.
It is important to understand that an
inline is just a suggestion to the compiler; the compiler is not forced to
inline anything at all.  This will give
you the results you want – the true semantics of a function call with the
efficiency of a macro.
If you’re imagining what the
compiler is doing to implement inlines, you can confuse yourself into thinking
there are more limitations than actually exist. In particular, if an inline
makes a forward reference
to a function that hasn’t yet been declared in the
class (whether that function is inline or not), it can seem like the compiler
won’t be able to handle it:
//: C09:EvaluationOrder.cpp // Inline evaluation order class Forward { int i; public: Forward() : i(0) {} // Call to undeclared function: int f() const { return g() + 1; } int g() const { return i; } }; int main() { Forward frwd; frwd.f(); } ///:~
In f( ), a call is made to
g( ), although g( ) has not yet been declared. This
works because the language definition states that no inline functions in a class
shall be evaluated until the closing brace of the class
declaration.
Of course, if g( ) in turn
called f( ), you’d end up with a set of recursive calls, which
are too complicated for the compiler to inline. (Also, you’d have to
perform some test in f( ) or g( ) to force one of them
to “bottom out,” or the recursion would be
infinite.)
Constructors
and destructors
are two places where you can be
fooled into thinking that an inline
is more efficient than it
actually is. Constructors and destructors may have hidden activities, because
the class can contain subobjects whose constructors and destructors must be
called. These subobjects may be member objects, or they may exist because of
inheritance (covered in Chapter 14). As an example of a class with member
objects:
//: C09:Hidden.cpp // Hidden activities in inlines #include <iostream> using namespace std; class Member { int i, j, k; public: Member(int x = 0) : i(x), j(x), k(x) {} ~Member() { cout << "~Member" << endl; } }; class WithMembers { Member q, r, s; // Have constructors int i; public: WithMembers(int ii) : i(ii) {} // Trivial? ~WithMembers() { cout << "~WithMembers" << endl; } }; int main() { WithMembers wm(1); } ///:~
The constructor for Member is
simple enough to inline, since there’s nothing special going on – no
inheritance or member objects are causing extra hidden activities. But in
class WithMembers there’s more going on than meets the eye. The
constructors and destructors for the member objects q, r, and
s are being called automatically, and those constructors and
destructors are also inline, so the difference is significant from normal member
functions. This doesn’t necessarily mean that you should always make
constructor and destructor definitions non-inline; there are cases in which it
makes sense. Also, when you’re making an initial “sketch” of a
program by quickly writing code, it’s often more
convenient to use inlines. But if you’re concerned
about efficiency, it’s a place to
look.
In a book like this, the simplicity and
terseness of putting inline definitions inside classes is very useful because
more fits on a page or screen (in a seminar). However, Dan
Saks[46]
has pointed out that in a real project this has the effect of needlessly
cluttering the class interface and thereby making the class harder to use. He
refers to member functions defined within classes using the Latin in situ
(in place) and maintains that
all definitions should be placed outside the class to keep the interface clean.
Optimization, he argues, is a separate issue. If you want to optimize, use the
inline keyword. Using
this approach, the earlier Rectangle.cpp example
becomes:
//: C09:Noinsitu.cpp // Removing in situ functions class Rectangle { int width, height; public: Rectangle(int w = 0, int h = 0); int getWidth() const; void setWidth(int w); int getHeight() const; void setHeight(int h); }; inline Rectangle::Rectangle(int w, int h) : width(w), height(h) {} inline int Rectangle::getWidth() const { return width; } inline void Rectangle::setWidth(int w) { width = w; } inline int Rectangle::getHeight() const { return height; } inline void Rectangle::setHeight(int h) { height = h; } int main() { Rectangle r(19, 47); // Transpose width & height: int iHeight = r.getHeight(); r.setHeight(r.getWidth()); r.setWidth(iHeight); } ///:~
Now if you want to compare the effect of
inline functions to non-inline functions, you can simply remove the
inline keyword. (Inline functions should normally be put in header files,
however, while non-inline functions must reside in their own translation unit.)
If you want to put the functions into documentation, it’s a simple
cut-and-paste operation. In situ functions require more work and have
greater potential for errors. Another argument for this approach is that you can
always produce a consistent formatting style for function definitions, something
that doesn’t always occur with in situ
functions.
Earlier, I said that you almost
always want to use inline functions instead of preprocessor macros. The
exceptions are when you need to use three special features in the C preprocessor
(which is also the C++ preprocessor):
stringizing, string
concatenation, and token
pasting. Stringizing, introduced
earlier in the book, is performed with the # directive and allows you to
take an identifier and turn it into a character array. String concatenation
takes place when two adjacent character arrays have no intervening punctuation,
in which case they are combined. These two features are especially useful when
writing debug code. Thus,
#define DEBUG(x) cout << #x " = " << x << endl
This prints the value of any variable.
You can also get a trace that prints out the statements as they
execute:
#define TRACE(s) cerr << #s << endl; s
The #s stringizes the statement
for output, and the second s reiterates the statement so it is executed.
Of course, this kind of thing can cause problems, especially in one-line
for loops:
for(int i = 0; i < 100; i++) TRACE(f(i));
Because there are actually two statements
in the TRACE( ) macro, the one-line for loop executes only
the first one. The solution is to replace the semicolon with a comma in the
macro.
Token pasting, implemented with the
## directive, is very useful when you are manufacturing code. It allows
you to take two identifiers and paste them together to automatically create a
new identifier. For example,
#define FIELD(a) char* a##_string; int a##_size class Record { FIELD(one); FIELD(two); FIELD(three); // ... };
Each call to the FIELD( )
macro creates an identifier to hold a character array and another to hold the
length of that array. Not only is it easier to read, it can eliminate coding
errors and make maintenance easier.
The
require.h functions have
been used up to this point without defining them (although
assert( ) has also been used to help detect
programmer errors where it’s appropriate). Now it’s time to define
this header file. Inline
functions are convenient here because they allow everything to be placed in a
header file, which simplifies the process of using the package. You just include
the header file and you don’t need to worry about linking an
implementation file.
You should note that exceptions
(presented in detail in Volume 2 of this book) provide a much more effective way
of handling many kinds of errors – especially those that you’d like
to recover from – instead of just halting the program. The conditions that
require.h handles, however, are ones which prevent the continuation of
the program, such as if the user doesn’t provide enough command-line
arguments or if a file cannot be opened. Thus, it’s acceptable that they
call the Standard C Library function
exit( ).
The following header file is placed in
the book’s root directory so it’s easily accessed from all
chapters.
//: :require.h // Test for error conditions in programs // Local "using namespace std" for old compilers #ifndef REQUIRE_H #define REQUIRE_H #include <cstdio> #include <cstdlib> #include <fstream> #include <string> inline void require(bool requirement, const std::string& msg = "Requirement failed"){ using namespace std; if (!requirement) { fputs(msg.c_str(), stderr); fputs("\n", stderr); exit(1); } } inline void requireArgs(int argc, int args, const std::string& msg = "Must use %d arguments") { using namespace std; if (argc != args + 1) { fprintf(stderr, msg.c_str(), args); fputs("\n", stderr); exit(1); } } inline void requireMinArgs(int argc, int minArgs, const std::string& msg = "Must use at least %d arguments") { using namespace std; if(argc < minArgs + 1) { fprintf(stderr, msg.c_str(), minArgs); fputs("\n", stderr); exit(1); } } inline void assure(std::ifstream& in, const std::string& filename = "") { using namespace std; if(!in) { fprintf(stderr, "Could not open file %s\n", filename.c_str()); exit(1); } } inline void assure(std::ofstream& out, const std::string& filename = "") { using namespace std; if(!out) { fprintf(stderr, "Could not open file %s\n", filename.c_str()); exit(1); } } #endif // REQUIRE_H ///:~
The default values provide reasonable
messages that can be changed if necessary.
You’ll notice that instead of using
char* arguments, const string& arguments are used. This allows
both char* and strings as arguments to these functions, and thus
is more generally useful (you may want to follow this form in your own
coding).
In the definitions for
requireArgs( ) and requireMinArgs( ), one is added to
the number of arguments you need on the command line because argc always
includes the name of the program being executed as argument zero, and so always
has a value that is one more than the number of actual arguments on the command
line.
Note the use of local “using
namespace std” declarations within each function. This is because some
compilers at the time of this writing incorrectly did not include the C standard
library functions in namespace std, so explicit
qualification would cause a compile-time error. The local declaration allows
require.h to work with both correct and incorrect libraries without
opening up the namespace std for anyone who includes this header
file.
Here’s a simple program to test
require.h:
//: C09:ErrTest.cpp //{T} ErrTest.cpp // Testing require.h #include "../require.h" #include <fstream> using namespace std; int main(int argc, char* argv[]) { int i = 1; require(i, "value must be nonzero"); requireArgs(argc, 1); requireMinArgs(argc, 1); ifstream in(argv[1]); assure(in, argv[1]); // Use the file name ifstream nofile("nofile.xxx"); // Fails: //! assure(nofile); // The default argument ofstream out("tmp.txt"); assure(out); } ///:~
#define IFOPEN(VAR, NAME) \ ifstream VAR(NAME); \ assure(VAR, NAME);
Which could then be used like
this:
IFOPEN(in, argv[1])
At first, this might seem appealing since
it means there’s less to type. It’s not terribly unsafe, but
it’s a road best avoided. Note that, once again, a macro looks like a
function but behaves differently; it’s actually creating an object
(in) whose scope persists beyond the macro. You may understand this, but
for new programmers and code maintainers it’s just one more thing they
have to puzzle out. C++ is complicated enough without adding to the confusion,
so try to talk yourself out of using preprocessor macros whenever you
can.
It’s critical that you be able to
hide the underlying implementation of a class because you may want to change
that implementation sometime later. You’ll make these changes for
efficiency, or because you get a better understanding of the problem, or because
some new class becomes available that you want to use in the implementation.
Anything that jeopardizes the privacy of the underlying implementation reduces
the flexibility of the language. Thus, the inline function is very important
because it virtually eliminates the need for preprocessor macros and their
attendant problems. With inlines, member functions can be as efficient as
preprocessor macros.
The inline function can be overused in
class definitions, of course. The programmer is tempted to do so because
it’s easier, so it will happen. However, it’s not that big of an
issue because later, when looking for size reductions, you can always change the
functions to non-inlines with no effect on their functionality. The development
guideline should be “First make it work, then optimize
it.”
Solutions to selected exercises
can be found in the electronic document The Thinking in C++ Annotated
Solution Guide, available for a small fee from
www.BruceEckel.com.
[45]Andrew
Koenig goes into more detail in his book C Traps & Pitfalls
(Addison-Wesley, 1989).
[46]
Co-author with Tom Plum of C++ Programming Guidelines, Plum Hall,
1991.


Operation
| Direction | Transport | Code | Opened | Branch | Client | Routing | Shipment | State | |
|---|---|---|---|---|---|---|---|---|---|
| Q-IMP-AI-3 | 17/02/2016 | CAIRO | HOME MARKET CO | ARCOL > ASACC | FCL | CLOSED | Copy | ||
| Q-IMP-AI-3 | 17/02/2016 | CAIRO | HOME MARKET CO | ARCOL > ASACC | FCL | CLOSED | Copy | ||
| Q-IMP-AI-3 | 17/02/2016 | CAIRO | HOME MARKET CO | ARCOL > ASACC | FCL | CLOSED | Copy | ||
| Q-IMP-AI-3 | 17/02/2016 | CAIRO | HOME MARKET CO | ARCOL > ASACC | FCL | CLOSED | Copy | ||
| Q-IMP-AI-3 | 17/02/2016 | CAIRO | HOME MARKET CO | ARCOL > ASACC | FCL | CLOSED | Copy |


HODL holdings
bet 89660.5366
bots 87301
btch<PHONE_NUMBER>1635
crypto 52349.021
dex 89637
hodl 1609498
jumblr 29596.4475
kmd 11550.53876471
mgw 91126
pangea 50006
supernet 12774.1629
above are the HODL holdings, there are SF funds in the long process of being converted to KMD also. hard to estimate how much
(edited)


Effective dashboard use can have a dramatic impact on business performance. Dashboards keep everyone on the same page and put the most important facts about your business where they can have most impact.
Data is one of the most valuable assets owned by your business. Putting this data to work, however, is often more difficult in practice. A well designed dashboard has the ability to inform users across the organization and provide on-demand access to core business metrics.
The core challenge for me was to find the perfect visual components and define the design language that would express the beauty and artistry of the products, as well as match the creative character.
As the lead Front-end developer, my main task was to build the view module, which is responsible of the entire Look and Feel of the application. I built the entire UI/UX of the admin dashboard, including a responsive custom Bootstrap theme, along with a flex grid system and form validation.
This project was a critical learning experience for me, a project of many firsts. I came away with a deeper understanding of user-driven design, how to properly work with a database, AWS servers and the tricky technical parts of delivering websites at the scale of hundreds of thousands of visitors per month.
This is what the old dashboard looked like, it was slow, not intuitive, and it did not funtion well for some of the main features.


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manual gide
we are presenting you with the photos above for 25 times, three imges at once of different items to choose what you need from them ,after that you will get a result about pic and how may times you select them , in order to help you to be aware of youe recently need .


Manipulate Advertisements Sample - DML
Operations for LOB Columns Through ODP.NET Using C#
Table of Contents
The purpose of this sample application is to
demonstrate:
1. How to perform DML operations on DataSet for LOB (Large Objects) columns like
images, sound files etc.through ODP.NET using C#?
2. How to fetch BLOB data using OracleBLOB (ODP.NET type) and OracleDataReader through ODP.NET using
C# ?
ODP.NET offers faster and reliable access to
Oracle Database by using Oracle Native APIs. ODP.NET provides
features to access any .NET application. The data access
through ODP.NET can be done using a collection of classes
contained in Oracle.ManagedDataAccess assembly. Figure 1.1 describes how data is accessed using
ODP.NET.
Figure 1.1: Accessing
Data Using ODP.NET
DataSet is a
major component of ADO.NET. It is an in-memory cache of the
data retrieved from the database. OracleDataAdapter
represents a set of data commands and a database connection
that is used to fill the DataSet based on
the query given. OracleCommand
represents SQL statements to execute against datasource. OracleConnection is used to build the database
connection.
OracleDataReader
is a read-only, forward-only recordset. ExecuteReader method of OracleCommand is used to create OracleDataReader . OracleBLOB
is an OracleType specific to ODP.NET for accessing BLOB data from Oracle
databases.
This sample is used to create/update/view
advertisements for products. When this sample is run, a drop
down list populated with products is displayed.The user can
select a product from the list for which he/she wishes to
create/update the advertisement. The user can create a
new advertisement or update an existing one by entering advertisement
text in the text box and selecting image from the file-dialog, by
clicking the 'Browse' button. 'Save' button can be clicked to
commit changes and 'Close' button can be clicked to exit out
of the application. Creating and updating advertisements
demonstrates DML operations on DataSet for
LOB data through Oracle Data Provider for .NET. Viewing advertisements
demonstrates fetching BLOB (LOB) data using OracleBLOB
(ODP.NET type).
When this
sample application is run, a list of products populated from
database is displayed. If the advertisement text and
image already exists for the selected product then
advertisement text and image is displayed as shown in figure 1.2
Figure 1.2 Screen Shot for Manipulate
Advertisement Sample Initial Screen
To insert/update an advertisement for
a product selected from the list, the user can enter the value
of Advertisement text. To select an image for the
advertisement, the user can click on 'Browse' button. A file
dialog is displayed as shown in figure 1.3.
Figure 1.3 Screen Shot displaying File
Dialog Box For Image
The selected image appears in the 'New
Ad Image' picture box as shown in figure
1.4 . The user can
commit the changes by clicking the 'Save' button.
Figure 1.4 Screen Shot After Selecting
Image From File Dialog Box
The user can click on 'Close'
button to exit from the application.
-
Visual C# installed
with Visual
Studio 2005/2008/2010/2012
-
Oracle11g Database or higher running
SQL*Net TCP/IP listener (can be downloaded here )
-
Oracle Data Provider for .NET
(ODP.NET) (can be downloaded here )
Unzip DSDRwithLOB.zip
using Winzip or command utility to your convenient directory referred to as <Extract_Dir> . Extraction of the zip file
results in the creation of ' DSDRwithLOB'
directory. Refer Description of Sample Files section
for more details.
Connect to your database as any user and
run the script <Extract_Dir>\DSDRwithLOB\Setup\DatabaseSetup.sql at the SQL prompt
SQL>
@<Extract_Dir> \DSDRwithLOB\Setup\DatabaseSetup.sql
This script will prompt for the username,
password and connectstring. You may choose any existing
username. Following
database objects will get created by running DatabaseSetup.sql
file.
| Object Name |
Description |
| Products |
Table that store
information about products. |
| Printmedia |
Table that stores
information about the advertisement related to products. |
| Adid_seq |
Sequence for auto
generating Advertisement ID. |
| Populate_AdID |
Trigger for
populating Ad_ID column of 'PrintMedia' table
on insertion. |
1. Ensure
that the Database setup has been
completed.
2. Open DSDRwithLOB.sln using Visual Studio .NET from <Extract_Dir> \DSDRwithLOB
folder.
3. Edit ConnectionParams.cs file to change the database
connection parameters i.e.Username, Password, TNSName for
database .You need to input the same values of connection
parameters as given while doing the Database Setup. Save this file.
4. Ensure that the
following .NET Component References have been added to DSDRwithLOB project:
System,
System.Data,
System.Drawing,
System.Windows.Forms,
System.XML,
Oracle.ManagedDataAccess.
To add the above .NET
Components
a)Go to Menu ->View-> Solution Explorer.
b)Right click on DSDRwithLOB project,
choose 'Add Reference'.
c)Choose the above .NET Components from the list displayed.
d)Click 'Select', then OK.
e) The chosen .NET component gets added to the project.
5. Build and
run the sample.
Following is the directory structure
of the DSDRwithLOB.zip :
| Directory |
File Name |
Description |
DSDRwithLOB\doc |
Readme.html |
This file |
| otn.css |
This is a cascading
stylesheet applied to Readme.html |
DSDRwithLOB\doc\images |
*.gif |
This folder contains
images used in the Readme.html file |
DSDRwithLOB\src\
|
ConnectionParams.cs |
This C# file contains
parameters for database connection |
| ManipulateAds.cs |
This C# file contains
source code for UI for sample application and its
functionality |
| DSDRwithLOB.csproj |
C# project file |
| ManipulateAds.resx |
.NET XML Resource
Template (this file gets automatically generated when a
Visual Studio Project is created) |
| DSDRwithLOB.sln |
Visual Studio Solution |
DSDRwithLOB\Setup |
DatabaseSetup.sql |
This is a SQL script
file |
|


| Product Information | |||
| Product Type | HUMAN OTC DRUG LABEL | Item Code (Source) | NDC:29943-004 |
| Route of Administration | OPHTHALMIC | DEA Schedule |
| Active Ingredient/Active Moiety | ||
| Ingredient Name | Basis of Strength | Strength |
|---|---|---|
| Polyethylene Glycol 400 (Polyethylene Glycol 400) | Polyethylene Glycol 400 | 2.5 mg in 1 mL |
| Inactive Ingredients | |
| Ingredient Name | Strength |
|---|---|
| Boric Acid | |
| Calcium Chloride | |
| Magnesium Chloride | |
| Potassium Chloride | |
| Water | |
| SODIUM BORATE | |
| Sodium Chloride | |
| SODIUM CHLORITE | |
| HYALURONATE SODIUM |
| Product Characteristics | |||
| Color | white | Score | |
| Shape | Size | ||
| Flavor | Imprint Code | ||
| Contains |
| Packaging | ||||
| # | Item Code | Package Description | Marketing Start Date | Marketing End Date |
|---|---|---|---|---|
| 1 | NDC:29943-004-10 | 10 mL in 1 BOTTLE, DROPPER; Combination Product Type = C112160 | 05/01/2008 | |
| 2 | NDC:29943-004-02 | 2 mL in 1 BOTTLE, DROPPER; Combination Product Type = C112160 | 05/01/2008 |
| Marketing Information | |||
| Marketing Category | Application Number or Monograph Citation | Marketing Start Date | Marketing End Date |
|---|---|---|---|
| OTC monograph final | part349 | 05/01/2008 |
| Labeler - AMO Hangzhou Co., LTD (420130676) |
| Registrant - Abbott Laboratories (001307602) |
| Establishment | |||
| Name | Address | ID/FEI | Business Operations |
|---|---|---|---|
| AMO Hangzhou Co., LTD | 420130676 | manufacture(29943-004) |


This is a link to the motif in the output of the particular motif discovery (e.g., MEME) or motif enrichment (e.g., CentriMo) program that reported it.
This is the significance of the motif according to the particular motif discovery (e.g., MEME) or motif enrichment (e.g., CentriMo) program that reported it.
Follow the link under the "Discovery/Enrichment Program" column for more information on how the significance value was derived.
Motifs reported by a motif discovery program (e.g., MEME) are compared with known motifs in a motif database specified by the user. This column lists the (up to) three most similar motifs. Only known motifs with TOMTOM similarity E-values of less than 1.0 to the discovered motif will be shown here. Clicking any of these links will show the TOMTOM results where all alignments can be viewed.
Motifs reported by a motif enrichment program (e.g., CentriMo) list the motif's name and a link to the motif's entry on the database website if it is available.
This graph shows the distribution of the best matches to the motif in the sequences as found by a CentriMo analysis.
The vertical line in the center of the graph corresponds to the center of the sequences.
Clicking on a motif's graph will take you to the CentriMo output with that motif selected for graphing.
Clicking here will show you all the motifs found by motif discovery or motif enrichment analysis that are significantly similar to the reported motif.
The additional motifs are shown aligned with the reported motif, sorted in order of significance of the motif according to the particular motif discovery (e.g., MEME) or motif enrichment (e.g., CentriMo) program that reported it.
To cluster the motifs MEME ChIP does the following:
Clicking here takes you to the CentriMo motif enrichment analysis with the results for this all the motifs in this group.
This lists links to related content, which may include:
For further information on how to interpret these results please access
http://meme-suite.org//doc/meme-chip-output-format.html.
To get a copy of the MEME software please access
http://meme-suite.org.
If you use MEME-ChIP in your research, please cite the following paper:
Philip Machanick and Timothy L. Bailey, "MEME-ChIP: motif analysis of large DNA datasets",
Bioinformatics, 2712, 1696-1697, 2011.
[full text]
The significant motifs (E-value ≤ ) found by the programs MEME, DREME and CentriMo; clustered by similarity and ordered by E-value.


BY EDWIN JAHIEL
EAST IS EAST (UK, 1999) *** 1/2. Directed by Damien O'Donnell. Screenplay by Ayub Khan-Din based on his play. Produced by Leslee Udwin. Photography, Brian Tufano. Editing, Michael Parker. Production design, Tom Conroy. Music, Deborah Mollison. Cast: Om Puri (George Khan), Linda Bassett (Ella Khan), Jordan Routledge, Archie Panjabi, Emil Marwa, Chris Bisson, Jimi Mistry, Raji James, Ian Aspinall (their 7 children), Lesley Nicol (Auntie Annie), Emma Rydal (Stella Moorhouse), Ruth Jones (Peggy), et al. A Miramax release. 96 minutes. R (language)
Indian (not Pakistani) Om Puri is one of the sub-continent's greatest actors as well as a major player in international cinema and TV.. He must have one the best-known pockmarked faces in the world, along with actor Robert Davi (the drug lord in the James Bond film "License to Kill"), and Manuel Ortega (Panama's former lord). In 1998 Puri attracted more world attention in "My Son, the Fanatic" in which he plays a Pakistani cab-driver, in England for 25 years and most assimilated --too much by Pakistani standards --while his only child reverts to Moslem fundamentalism.
Those roles are reversed in "East is East." Puri plays George Khan, who, in 1937 emigrated from Pakistan to Manchester, married Englishwoman (Caucasian) Ella, had seven children with her. We meet the tribe in the early 1970s living in Salford, a working class suburb of Manchester. Ma, Pa and some of the kids run their fish and chips place. Husband and wife are a loving --and sexually active --couple, in spite of George being bullheaded and mercurially autocratic, as well as often charming, especially to Ella. The children (six sons and one dancing daughter) have grown up in a spirit of total assimilation. They may be "brown kids" to racists, but they feel like most other English youths of their social class.
When it comes to religion, all but one pious son go through the motions of pleasing and obeying Dad. Ella acts just like a Muslim mother (but she is no convert), mediates between kids and Dad, uses wiles and strategies to keep the peace and is lovable totally but not soupily.
The children are so westernized that when Dad's away they consume gluttonously ham and sausages. When Dad's head is turned, one son flirts (or more?) with a neighbor's blonde daughter and most of the siblings do "unacceptable" things.
Matters, however, really come to a head when the senior son is about to wed a Pakistani belle in an arranged marriage. At the start of the ceremony, the young groom, in a switch from Hollywood movies about brides fleeing the altar, runs away, and off.
We are left wondering a bit about the earlier years of the Khan family when George gets to center stage as a newborn Muslim. Pakistanis and Brits seem to co-exist quite well. although racism does lurk in the background. And reverse racism too. But there's no Paki-bashing by hooligans, no egregious discrimination. Perhaps because those are Enoch Powell years when the racist. politician wages war on immigration, perhaps too because of a mid-life crisis, George reacts with increased traditionalism of which the most acute symptom is his strong desire is arranged marriage for sons 2 and 3.
Thereby hang the most comical events of the film, in fact transitions from benevolent irony to farce and to near-screwball comedy. I will give no details, not even clues as to the developments.
"East is East" is a grand little movie, funny yet also pathetic, amusing but also touching on very serious matters regarding immigration, the many faces and degrees of assimilation or non-assimilation, mixed-marriages, the old and the new, and much else of crucial importance to the brown or white or black or whatever inhabitants of the British Isles.
The source play was a major hit in England, and so was the movie. The British Film Academy gave it several nominations, the "Evening Standard" and the London Film Critics voted it as Best British Film of the Year. It was Dublin-born Director Damien O'Donnell's first feature and the play (1996) as well as the film-script, both firsts by actor-turned-writer Ayub Khan were highly honored in the UK and the Continent.
The acting is impeccable, all the more so since many of the players are also newcomers. The Khan children, by the way, are all but one of mixed parentage and all felt in familiar territory. Not so director O'Donnell, an Irishman who steeped himself in the cultures of Pakistanis in the UK as well as of England in the 1970s -- with wonderful success.
The movie is knowledgeably and intelligently built, with credibility and authenticity, a number of un-telegraphed surprises (from a strange circumcision to a barber's chair) and a heartfelt feeling for all involved, including the dictatorial George, whose likable sides survive his imperiousness.
My single caveat comes from the sometimes hard to catch in full some bits of dialogue spoken in (there must be a term for it but I don't know it) working-class English. But I had no problem with some of the Arabic formulas and courtesies.
"Le mauvais gout mene au crime"(Stendhal)
Edwin Jahiel's film reviews are at: http://www.prairienet.org/ejahiel/
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