11
1 About a month later, King Nahash of Ammon led his army across the Jordan River, and they surrounded the city of Jabesh in the region of Gilead. But all the men of Jabesh appointed someone who said to Nahash, "Make an agreement with us not to kill us, and then we will let you rule us."
2 Nahash replied, "I will do that if you do one thing. Allow us to gouge out all the right eyes of your people. By doing that we will cause the people in other countries to despise all you Israelite people."
3 The leaders of Jabesh replied, "Do not attack us for the next seven days. During that time, we will send messengers throughout Israel to tell them what you are demanding. If no one will help us, then we will surrender to you."
4 So the leaders of Jabesh sent messengers throughout Israel. When the messengers came to Gibeah, which was the city where Saul lived, and they told the people there about the situation, everyone started to cry.
5 At that time, Saul was plowing in the field. When he returned home, he asked, "Why are all the people crying?" So they told him what the messengers from Jabesh had reported.
6 Then God's Spirit came powerfully upon Saul, and he became very angry because of what Nahash wanted to do.
7 He took two of his oxen and killed them and cut them into pieces. Then he sent messengers carrying those pieces throughout Israel to tell people this message: "Saul says that he cut this ox in pieces, and that he will do the same thing to the oxen of anyone who refuses to come with him and Samuel to fight the army from Ammon!" Then Yahweh caused all the people of Israel to be afraid of what Saul might do to them if they did not go and help Saul. So the men all gathered together.
8 When Saul counted them at Bezek, he saw that there were 300,000 Israelite men there, as well as 30,000 men from the tribe of Judah.
9 So Saul sent messengers back to the people at Jabesh to tell them, "We will rescue you by the time the weather is hot tomorrow morning." The messengers went and told the people of Jabesh, who became very happy when they heard the news.
10 Then the men of Jabesh told Nahash, "Tomorrow we will surrender to you, and then you can do to us whatever you want to."
11 But before the sun rose the next morning, Saul and his army arrived. He divided them into three groups. They rushed into the camp of the soldiers from Ammon, and attacked them.  Each of them who ran away ran away alone.
12 Then the people of Jabesh said to Samuel, "Where are those men who said that they did not want Saul to be our king? Bring them here, and we will kill them!"
13 But Saul replied, "No, we are not going to execute anyone today, because this is the day that Yahweh has saved us Israelite people. It is a day to rejoice, not to kill anyone."
14 Then Samuel said to the people, "Let us all go to Gilgal, and there we will again proclaim that Saul is our king."
15 So they went to Gilgal. There, knowing that Yahweh was watching, they proclaimed that Saul was their king. Then they offered sacrifices to enable them to continue to have fellowship with Yahweh. And Saul and all the other Israelite people were very happy.


07 April 1999
Disease Outbreak Reported
Influenza A(H9N2) viruses have been identified in two hospitalised children, ages 1 and 4 years, in Hong Kong SAR. One of the children is from Kowloon, and the other from Hong Kong Island. Analysis of specimens sent to the WHO Collaborating Centre for Influenza in London, UK confirmed the viruses as A(H9N2) subtype which appear similar antigenically to swine viruses isolated in Hong Kong SAR in 1998. The children were sent home apparently without any medical complications. Further analysis of the viruses is being carried out at WHO Collaborating Centres in Atlanta, USA and London, UK.


Quality Workmanship- Years of working for other great decorators who had fabulous work ethics and high standards for cake quality instilled the attention to detail that I have. I am well versed in buttercream as
well as fondant work. Not all decorators are - so when you shop around it's best to ask. My portfolio shows both buttercream and fondant cakes.
Personal Touch - When you come to me for a cake I am the one
who will talk with you at your consultation, the one who will work up a custom design, bake your cake, decorate it and deliver it. I do not farm out any portions of my business to others. I focus on quality. I
take great pride in each and every cake I make. From a 6 tier wedding cake to a simple birthday cake. Every customer deserves the same quality - and I make sure I deliver on that!
Fresh Products - I bake each
and every cake to order. I do not bake weeks ahead and pull out what I need from a stockpile of frozen cakes. My cakes are are made from tried & true recipes. I use the freshest ingredients to make the
best cake possible. My cakes are chilled to help with ease of assembling, icing and transport.
Value - Before you select a baker/decorator it is best to check and compare prices. I have found that my prices compare nicely to some of the larger bakeries in the Dallas/Ft. Worth area especially considering the
quality, care and service that I provide. Quality cakes are works of art and take time. I'm sure you've heard the old saying "cheap cake isn't good and good cake isn't cheap". There is no way I could ever
compete with grocery store or warehouse store pricing but the proof is in the end result. I may not be the cheapest cake quote you get but are you looking for cheap? or are you looking for amazing?
Experience - I
have been decorating cakes for over 10 years. I have attended culinary school and learned much of what I know on the job also. I am constantly learning new techniques and keeping up with the latest trends for wedding
cakes and general cake design


Fixed Assets Data Entry
Purchase Date
Please enter a purchase date
Serial Number
Please enter a serial no
Company
Please enter a company
Department
Please enter a department
Select asset type
Building
Furniture
Vehicle
Land
Electronic Device
Please enter an asset type
Asset Insurance?
Please enter an insurance flag
Picture Path
Post Fixed Asset


- getCopyx() - Method in class Domain.Paddle
-
EFFECTS: Gets the copyx of this class.
- getCopyy() - Method in class Domain.Paddle
-
EFFECTS: Gets the copyy of this class.
- getDirection() - Method in class Domain.Paddle
-
EFFECTS: Gets the direction of this class.
- getInstance() - Static method in class Domain.Player
-
EFFECTS: Gets the only instance of the Player Object
- getLength() - Method in class Domain.Paddle
-
EFFECTS: Gets the length of this class.
- getLength() - Method in class Domain.SimpleBrick
-
EFFECTS: Gets the length of the Brick.
- getLife() - Method in class Domain.Player
-
EFFECTS: Gets the life of this class.
- getRadii() - Method in class Domain.Ball
-
EFFECTS: Gets the radius of the Ball.
- getRotationAngle() - Method in class Domain.Paddle
-
EFFECTS: Gets the rotation angle of this class.
- getScore() - Method in class Domain.Player
-
EFFECTS: Gets the score of this class.
- getStatus() - Method in class Domain.Paddle
-
EFFECTS: Gets the status this class.
- getVelocity() - Method in class Domain.Ball
-
EFFECTS: Gets the velocity of this class.
- getVelocity() - Method in class Domain.Paddle
-
EFFECTS: Gets the velocity of this class.
- getWidth() - Method in class Domain.Paddle
-
EFFECTS: Gets the width of this class.
- getWidth() - Method in class Domain.SimpleBrick
-
EFFECTS: Gets the width of the Brick.
- getxDir() - Method in class Domain.Ball
-
EFFECTS: Gets the x direction of the Ball.
- getXpos() - Method in class Domain.SimpleBrick
-
EFFECTS: Gets the x position of the Ball.
- getxPosition() - Method in class Domain.Ball
-
EFFECTS: Gets the x position of this class.
- getXPosition() - Method in class Domain.Paddle
-
EFFECTS: Gets the x position of this class.
- getxPositions() - Method in class Domain.Paddle
-
EFFECTS: Gets the x positions of this class.
- getXRightSide() - Method in class Domain.SimpleBrick
-
EFFECTS: Gets the right side of the Brick.
- getYBottomSide() - Method in class Domain.SimpleBrick
-
EFFECTS: Gets the bottom side of the Brick.
- getyDir() - Method in class Domain.Ball
-
EFFECTS: Gets the y direction of the Ball.
- getYpos() - Method in class Domain.SimpleBrick
-
EFFECTS: Gets the y position of the Brick.
- getyPosition() - Method in class Domain.Ball
-
EFFECTS: Gets the y position of this class.
- getYPosition() - Method in class Domain.Paddle
-
EFFECTS: Gets the y position of this class.
- getyPositions() - Method in class Domain.Paddle
-
EFFECTS: Gets the y positions of this class.


--- layout: post title: Recognizing Shapes with a Convolutional Neural Network categories: - Woodworking tags: [] comments: [] ---
Phil and I want to make some kind of smart robot car. We want to train some kind of neural network to recognize a line on the ground. Eventually we want it to follow the line.
As a first step, we decided to train a network to recognize a shape in a simple image. We wrote some code to generate numpy arrays of 100x100x3 images with either a circle, square, or triangle in it.
We allowed the position and size of the shapes to vary, image to image. We generated sets of these images using skimage, stored them in numpy arrays, and then fed them into the fitting function. The network itself was two convolutional layers, a pooling layer, a dense layer, and an output layer.
We started trying to do this with Caffe, but got bogged down in the complexity of it. We switched to Keras using a TensorFlow backend. At first, when training the network, the loss immediately increased quickly to over 10 and stayed there.


|
Step 1:
In your Braintree admin console, visit Account -> Click On My user in the drop down list
Step 2:
Scroll down the page to Authorization section at the bottom of page. Click On API Keys of Authorization section.
Step 3:
Click on View under Private Key section
Step 4:
Enter the corresponding rounded values i.e;Merchant ID, Public Key and Private Key in text boxes of Payment Settings page in eventbee.
|


| Package | Description |
|---|---|
| edu.cmu.sphinx.decoder.pruner |
Provides an interface that represents the pruning facility
|
| edu.cmu.sphinx.decoder.search |
Provides classes and interfaces that are used to manage the search
through the search graph.
|
| edu.cmu.sphinx.result |
Provides a set of classes that represent the result of a recognition.
|
| Modifier and Type | Method and Description |
|---|---|
ActiveList |
SimplePruner.prune(ActiveList activeList)
prunes the given set of states
|
ActiveList |
Pruner.prune(ActiveList stateTokenList)
prunes the given set of states
|
ActiveList |
NullPruner.prune(ActiveList activeList)
prunes the given set of states
|
| Modifier and Type | Method and Description |
|---|---|
ActiveList |
SimplePruner.prune(ActiveList activeList)
prunes the given set of states
|
ActiveList |
Pruner.prune(ActiveList stateTokenList)
prunes the given set of states
|
ActiveList |
NullPruner.prune(ActiveList activeList)
prunes the given set of states
|
| Modifier and Type | Field and Description |
|---|---|
protected ActiveList |
WordPruningBreadthFirstSearchManager.activeList |
protected ActiveList |
SimpleBreadthFirstSearchManager.activeList |
protected ActiveList |
WordPruningBreadthFirstLookaheadSearchManager.fastmatchActiveList |
| Modifier and Type | Method and Description |
|---|---|
ActiveList |
WordPruningBreadthFirstSearchManager.getActiveList()
Returns the ActiveList.
|
ActiveList |
SimpleBreadthFirstSearchManager.getActiveList() |
ActiveList |
SimpleActiveListManager.getEmittingList()
Returns the emitting ActiveList from the manager
|
ActiveList |
ActiveListManager.getEmittingList()
Returns the emitting ActiveList from the manager
|
ActiveList |
WordActiveListFactory.newInstance() |
ActiveList |
SortingActiveListFactory.newInstance() |
ActiveList |
SimpleActiveListFactory.newInstance() |
ActiveList |
PartitionActiveListFactory.newInstance() |
abstract ActiveList |
ActiveListFactory.newInstance()
Creates a new active list of a particular type
|
ActiveList |
ActiveList.newInstance()
Creates a new empty version of this active list with the same general properties.
|
ActiveList |
ActiveList.purge()
Purges the active list of excess members returning a (potentially new) active list
|
protected ActiveList |
SimpleBreadthFirstSearchManager.undoLastGrowStep()
Because the growBranches() is called although no data is left after the last speech frame, the ordering of the
active-list might depend on the transition probabilities and (penalty-scores) only.
|
| Modifier and Type | Method and Description |
|---|---|
Iterator<ActiveList> |
SimpleActiveListManager.getNonEmittingListIterator()
Returns an Iterator of all the non-emitting ActiveLists.
|
Iterator<ActiveList> |
ActiveListManager.getNonEmittingListIterator()
Returns an Iterator of all the non-emitting ActiveLists.
|
| Modifier and Type | Method and Description |
|---|---|
protected void |
WordPruningBreadthFirstSearchManager.monitorStates(ActiveList activeList)
Keeps track of and reports statistics about the number of active states
|
void |
WordPruningBreadthFirstSearchManager.setActiveList(ActiveList activeList)
Sets the ActiveList.
|
| Modifier and Type | Method and Description |
|---|---|
ActiveList |
Result.getActiveTokens()
Returns a list of active tokens for this result.
|
| Constructor and Description |
|---|
Result(ActiveList activeList,
List<Token> resultList,
long collectTime,
boolean isFinal,
boolean wordTokenFirst,
boolean toCreateLattice)
Creates a result
|
Result(AlternateHypothesisManager alternateHypothesisManager,
ActiveList activeList,
List<Token> resultList,
long collectTime,
boolean isFinal,
boolean wordTokenFirst,
boolean toCreateLattice)
Creates a result
|
Copyright © 2017. All rights reserved.


Package io.permazen.cli.cmd
Permazen CLI
Command
related classes, including pre-defined commands.-
Interface Summary Interface Description Command CliSession
command. -
Class Summary Class Description AbstractCommand Support superclass for CLICommand
implementations.AbstractKVCommand AbstractKVCommand.BytesParser Parses abyte[]
array as hexadecimal or doubly-quoted "C" style string.CompareSchemasCommand DecodeKeyCommand DeleteSchemaVersionCommand EvalCommand EvalCommand.EvalAction Special transactionalCliSession.Action
used by theEvalCommand
allowing access to theEvalException
that occurred, if any.HelpCommand ImportCommand InfoCommand KVGetCommand KVLoadCommand KVPutCommand KVRemoveCommand KVSaveCommand LoadCommand QuitCommand RegisterCommandCommand RegisterFunctionCommand SaveCommand SetAllowNewSchemaCommand SetHistoryFileCommand SetSchemaVersionCommand SetSessionModeCommand SetValidationModeCommand SetVerboseCommand ShowAllSchemasCommand ShowImportsCommand ShowSchemaCommand ShowVariablesCommand


2 Kings 5:4
And one went in, and told his lord, saying, Thus and thus said the maid that is of the land of Israel.


Word-Play
Due to the public nature of this service, submissions for 'fun' languages are limited at 5/hr/IP Address
Clear History
Language
Translation output:
Your outputted text will appear here
History:


Most of us heard of JavaScript before. It has something to do with internet, or more precisely, websites.But what is it? What does it do? Why do web developers use it? Let’s see if we can answer these questions.
First of all, JavaScript is a programming language. It’s typically used with HTML and CSS to make a website more powerful in many different ways.
-
JavaScript can respond to the users quickly
Say you are shopping online and see something you like and you click on the product. If the shopping cart is JavaScript-powered, it can immediately tell you the price, tax, shipping cost and so forth. Or if you’re filing out a form, a JavaScript-powered form can tell you if you’re missing required fields even before you hit the submit button. This is very helpful because you don’t have to wait for the page to take you back to the form whenever there’s an error.
-
JavaScript makes a website more fun, dynamic and interactive
We’ve all seen a sideshow on web at least once. It’s very cool and more fun than a picture gallery. JavaScript can make that.  JavaScript can watch your action you make on a website and responds to you whenever it can to help you get more information easily.
-
JavaScript organizes information
With JavaScript, a website can show sub tables when a user hovers their mouse over an item on a list. JavaScript can also make tabbed panels so a web page is not overcrowded by information. These functions may not be necessary, but they are extremely useful because they help the users navigate through a website with ease.
So now we know why JavaScript is so popular!


- PlanetCoasterDuplicates - Class in PlanetCoasterXML
-
This class call the Reader to open the file and then check for duplicates keys.
- PlanetCoasterDuplicates(PlanetCoasterReader) - Constructor for class PlanetCoasterXML.PlanetCoasterDuplicates
-
This constructor take a PlanetCoasterReader in input, and check if there is any duplicate key.
- PlanetCoasterDuplicates(String) - Constructor for class PlanetCoasterXML.PlanetCoasterDuplicates
-
This constructor use the other constructor, after creating the Readers from the file path.
- PlanetCoasterMerge - Class in PlanetCoasterXML
-
This class merge two PlanetCoasterReader using their keys.
- PlanetCoasterMerge(PlanetCoasterReader, PlanetCoasterReader) - Constructor for class PlanetCoasterXML.PlanetCoasterMerge
-
The constructor ask for two PlanetCoasterReader to merge using their keys.
- PlanetCoasterMerge(String, String) - Constructor for class PlanetCoasterXML.PlanetCoasterMerge
-
This constructor use the other constructor, after creating the Readers from the file paths.
- PlanetCoasterReader - Class in PlanetCoasterXML
-
This class read a single planet coaster xml file storing the data in a LinkedListMultimap;
I cannot use a normal HashMap because i need duplicate keys, and to keep the insertion order.
- PlanetCoasterReader(String, boolean) - Constructor for class PlanetCoasterXML.PlanetCoasterReader
-
The constructor method open the file and call a method to fill the LinkedListMultimap.
- PlanetCoasterReader(PlanetCoasterReader) - Constructor for class PlanetCoasterXML.PlanetCoasterReader
-
Copy constructor for PlanetCoasterReader.
- PlanetCoasterReader(LinkedListMultimap<String, byte[]>) - Constructor for class PlanetCoasterXML.PlanetCoasterReader
-
Constructor that copy a user LinkedListMultimap into the reader.
- PlanetCoasterReaderException - Exception in PlanetCoasterXML
-
This is a little Exception Class that be thrown when an error occur in the Reader.
- PlanetCoasterWriter - Class in PlanetCoasterXML
-
This class is made of static methods because it does not need to have any field.
- PlanetCoasterWriter() - Constructor for class PlanetCoasterXML.PlanetCoasterWriter
-
- PlanetCoasterWriterException - Exception in PlanetCoasterXML
-
This is a little Exception Class that be thrown when an error occurred while writing in one of the methods in this class.
- PlanetCoasterWriterException(String) - Constructor for exception PlanetCoasterXML.PlanetCoasterWriterException
-
Default exception constructor that accepts a message.
- PlanetCoasterXML - package PlanetCoasterXML
-
PlanetCoasterXML is the main package, that contain the classes to read and merge two planet coaster xml translation files.


Convert integers in a way that does not cause truncation or lose sign information.
If data is lost during conversion, an unpredictable/unintended value may be stored in a variable. If this variable is used for program flow control, memory operations, or array indexing, an arbitrary code execution vulnerability may result.
Identify all integer conversion operations. Add range checks to verify that the result of integer conversion is valid before assigning the result to a variable.
The following code may result in truncation, because an unsigned integer has a larger maximum value than a signed integer. The exact error may be different on different platforms.
unsigned short a = 50000;
signed short b = static_cast<signed short>(a);
To fix the problem example above, add range checks before assigning the result of conversion to a variable.
unsigned short a = 50000;
if (a > SHRT_MIN && a < SHRT_MAX) signed short b = static_cast<signed short>(a);
else {/*handle error*/}


Your Task Create a Repository in GitHub called learning-journal. The repository should have a README.md file and a standard Python .gitignore file. Clone the repository to your development machine. In the repository, create a new folder called mockups. In that folder, create four HTML files and a CSS stylesheet with the following specifications: The first should be a home page that shows a list of journal entries with just the title and date created. The second should be a detail page that shows a single entry. The title, text and created date should be displayed on this page. The third should be an HTML form page you will use to create a new entry. The title and text of the entry should be inputs in this form, empty at first. The fourth should be an HTML form page you will use to edit an existing entry. The title and text of the entry should be inputs in this form as well, pre-populated with the text from an entry. Each entry in the list on the home page should have a link that leads to the detail page. The home page should also have a UI element that allows you to start to create a new entry. It should like to the create form page. The detail page should have a UI element that allows editing the entry. It should link to the edit form page. There should be a UI element that leads back to the home page from anywhere in the site. You should make an effort to make the pages in your mockup look as unified as possible. Ensure that there is a common header, footer and navigation system shared among all the pages. You must also include a CSS stylesheet in your repository that contains the styles needed to display the site. The HTML mockup pages should use this stylesheet via a "link" tag in the HTML head section.


Features¶
Coord is a Python module that provides basic functionality related to angles and celestial coordinates.
It is similar in functionality to the astropy.coordinates module, but with more of an emphasis on efficiency. Some functions are more than 100 times faster than the corresponding functionality in astropy. On the other hand, the API is somewhat more restrictive than the API used by astropy, so the appropriate module to use will depend on your needs.
Notable functionality:
- Spherical geometric calculations of the distance between two points, angles in spherical triangles, and areas of spherical triangles.
- Tangent-plane projection of a coordinate relative to a given center point of the projection.
- Deprojection back into spherical coordinates.
- Analytic calculation of the jacobian of the tangent projection.
- Precession calculations between different epochs.
- Conversion to galactic and ecliptic coordinate systems (and back).
The code was originally written by Mike Jarvis for TreeCorr and then also used in GalSim. It has been republished here as a stand-alone module to enable others (within the LSST DESC or not) to have easier access to these functions.
In addition, the module will be used as a pedagogical tool at the LSST DESC DE School on July 9, 2017. (See below for more details about this.)
One missing feature (for which pull requests would be welcome) is conversion between FK5 and ICRS systems (never mind FK4). If you care about the slight differences between these systems, then you should probably stick to astropy, which does handle these distinctions.
Licence¶
The code is licensed under the MIT License, which basically means you can use it in any way you want, so long as you keep the copyright notice at the top of each source file and/or include the accompanying LICENSE file with the distribution.
Installation¶
Installing libffi¶
This module is mostly pure Python. However, it does have a small bit of C++ code, which is wrapped with cffi. This in turn depends on libffi, which is not itself pip installable. Most modern Python installations will have this already installed, so you probably don’t have to do anything special to use it. However, if not, installing libffi is fairly straightforward:
On a Mac, you should only need to run the command:
$ xcode-select --install
On Linux, if you have root access, then one of the following should work for you:
$ apt-get install libffi-dev
$ yum install libffi-devel
If you don’t have root access (and don’t want to bother your sysadmin), then installing from source into a {prefix} directory where you have write access (e.g. your home directory) is also not very hard:
$ wget ftp://sourceware.org:/pub/libffi/libffi-3.2.1.tar.gz
$ tar xfz libffi-3.2.1.tar.gz
$ cd libffi-3.2.1
$ ./configure --prefix={prefix}
$ make
$ make install
$ cp */include/ffi*.h {prefix}/include
$ cd ..
Installing Coord¶
Once you have done one of the above (or not if you already have libffi installed), you can install Coord in the usual way with:
$ python setup.py install --prefix={prefix}
or if you have root access, you might prefer:
$ sudo python setup.py install
Or any of the other usual variants of this command as you prefer.
DESC DE School¶
For a DE School lesson on July 10, 2017, we will be designing some tests for this module, so I have intentionally not ported over many of the existing tests that I have in the TreeCorr and GalSim repositories related to that version of the code. If you are planning to participate in the DE School lesson, then you are on your honor not to look at those tests.
Prior to attending DE School, it would be a good idea to try to clone this repository and install the code. If you have trouble, please ask for help on the #desc-bnl-sb-2017 Slack channel. It will be helpful if you have the code already installed on your laptop, although you may certainly still participate even if not.
After the end of the class I will add all the unit tests that I currently have for this module along with (hopefully) some that the class will have written.
Instructions¶
Clone the repository onto your laptop.:
$ git clone git@github.com:LSSTDESC/Coord.git
Follow the above instructions to install Coord.
Make sure you have nose and astropy installed.:
$ pip install nose astropy
Try running the existing tests.:
$ cd tests $ nosetests
Make sure that you are a member of the LSSTDESC GitHub team. If not, post a request on the #desc-ci Slack channel that you want to be added.
Look through the documentation here:


Ha'Garta is a boardgame for core gamers who like to lead armies and the classical fantaisy universe. Entirely printed with high quality materials, a cheapest version is in production.
In this game, you are winning alone at the end, but you can't survive without help. The key point is to find the balance between alliance and betrayal with the other players.
This project start from a school project with a team of 4 people(2 Game Designer and 2 Artist). My team and I decided to continue this project and finally get an Editor for the game. We're working on this project for 3 years now.
I worked on pretty everything on this game exept the Artistic side. From the basic game Design to the ergonomic aspect. I started with basic work to describe my universe then I build an entire context and story around. The story gave me the basic game design rule. From this point, I spent my time on balancing the game and think about the ergonomic aspect of the game. Through the iteration I had to rethink some of the rules, but the basic Game Design rules stayed the same. I had to communicate with the Artists to give them the same vision of the game and respect important ergonomic obligation.
Ha'Garta is an inversed tower-defense. Players incarnate War Generals respectively of the goblins, Orcs, spirit and Dark elf. They will have to ally together to defend the city that there are in,from the attack of the Human that are an AI fully explained in the rule book. At the end, there will be only 1 victorious, so players have to find the balance between alliance and betrayal. For this, players will have to descover the ruins of the city, giving them new power-up or buy spell card. In addition they will have to finish quest and win battle to reach the victory.


Troubleshooting UNIX Systems with Lsof(From Internet)
So excellent articles, but the blogspot.com is blocked by STH. so i paste it here.
Original Link: http://0xfe.blogspot.com/2006/03/troubleshooting-unix-systems-with-lsof.html
One of the least-talked-about tools in a UNIX sysadmin’s toolkit is lsof. Lsof lists information about files opened by processes. But that’s really an understatement.
Most people forget that, in UNIX, (almost) everything is a file. The OS makes hardware available to applications by way of files in /dev. Kernel, system, memory, device etc. information in made available inside files in /proc. TCP/UDP sockets are sometimes represented internally as files. Even directories are really just files containing other filenames.
Lsof works by examining kernel data-structures and provides a variety of information related to files, pipes, sockets and more.
Lsof is installed by default on most Linux distributions, BSD distributions and OS X. Binary packages for Solaris, AIX, HP-UX, *cough*SCO OpenServer*cough* and many other UNIXes (Unices?) are available on the web.
So, just how useful is lsof?

What you will be presented with is a very long list of open files, which you might want to pipe through your favourite pager.
By default (on Linux), lsof displays the following information about each open file:
-
COMMAND: The name of the UNIX command associated with the process.
-
PID: The Process ID.
-
USER: The user ID or login name of the user to whom the process belongs.
-
FD: The file descriptor number of the file or a code representing more information about the structure. See manual page for details.
-
TYPE: The type of the node associated with the file. E.g. REG signifies a regular file, IPv4 or IPv6 signifies an IP socket, DIR a directory, “unix” a UNIX domain socket, etc.
-
DEVICE: Usually contains major and minor device numbers for the files, or addresses/references for other structures.
-
SIZE: The size of the file or the file offset, in bytes. (If available.) In the case of files that don’t have true sizes (eg., sockets, pipes), lsof displays the size of the content their kernel buffer descriptors.
-
NODE: Node number / inode / Internet protocol type (TCP) etc.
-
NAME: The name of the file / mount point / device / Internet address / etc.
For a comprehensive description of these fields, refer the lsof manual page.
Since lsof works by examining kernel memory, you will need root access to be able to fully utilize it. A non-root user will not have access to information that belongs to other users.
Common Usage
Lsof is usually run with one or more of the following options:
-
/path/to/file: List processes, owners and open file descriptors that are currently using the specified file.
-
-i [46][protocol][@hostname hostaddr][:service port]: List Internet files / sockets. -
-u name: List files owned by user.
-
-p pid: List files open by specified process.
-
-t: Terse output. No headers, only PIDs. Useful within scripts.
-
-n: Disable resolving of network names.
- -N: List NFS files
These options are ORed by default.
Display all internet files OR files opened by user “foobar”.
# lsof -u foobar -i
To display all internet files that are opened by foobar, you need to apply the AND (-a) condition between the switches.
# lsof -u foobar -a -i
The following recipes demonstrate how lsof can be used to troubleshoot real-world problems.
Recipe #1: Finding Port Hogs
Your web-server is refusing to come up because port 80 is in use by another process. How do you track down the offending process?
# lsof -i
… SNIP …
asterisk 7554 root 16u IPv4 6861 UDP *:4569
postmaste 7688 postgres 5u IPv4 5955 UDP localhost:32768->localhost:32768
postmaste 7689 postgres 5u IPv4 5955 UDP localhost:32768->localhost:32768
sshd 27038 root 3u IPv4 677971 TCP reddwarf:ssh->CPE.xxxx.com:61702 (ESTABLISHED)
sshd 27043 mohit 3u IPv4 677971 TCP reddwarf:ssh->CPE.xxxx.com:61702 (ESTABLISHED)
… SNIP …
Nice. A list of open Internet sockets, along with the processes, addresses and owners. Also note that (similar to netstat), the TCP states are displayed. Above, we can see two established ssh sessions in progress.
Let’s add a port filter and find exactly what we’re looking for.
# lsof -i TCP:80
COMMAND PID USER FD TYPE DEVICE SIZE NODE NAME
lighttpd 7356 lighttpd 3u IPv4 6409 TCP *:http (LISTEN)
Okay, so lighttpd is the reason why Apache won’t run. That’s probably a good thing.
Recipe #2: Finding Processes Within a Given Port Range
You need to find a range of free ports for your new multimedia application.
# lsof -i TCP:5000-5200
COMMAND PID USER FD TYPE DEVICE SIZE NODE NAME
asterisk 7001 root 10u IPv4 6015 TCP localhost:5038 (LISTEN)
asterisk 7001 root 14u IPv4 6016 TCP localhost:5038->localhost:32768 (ESTABLISHED)
asterisk 7002 root 10u IPv4 6015 TCP localhost:5038 (LISTEN)
asterisk 7002 root 14u IPv4 6016 TCP localhost:5038->localhost:32768 (ESTABLISHED)
asterisk 7039 root 10u IPv4 6015 TCP localhost:5038 (LISTEN)
asterisk 7039 root 14u IPv4 6016 TCP localhost:5038->localhost:32768 (ESTABLISHED)
asterisk 7040 root 10u IPv4 6015 TCP localhost:5038 (LISTEN)
asterisk 7040 root 14u IPv4 6016 TCP localhost:5038->localhost:32768 (ESTABLISHED)
asterisk 7041 root 10u IPv4 6015 TCP localhost:5038 (LISTEN)
asterisk 7041 root 14u IPv4 6016 TCP localhost:5038->localhost:32768 (ESTABLISHED)
asterisk 7042 root 10u IPv4 6015 TCP localhost:5038 (LISTEN)
asterisk 7042 root 14u IPv4 6016 TCP localhost:5038->localhost:32768 (ESTABLISHED)
asterisk 7044 root 10u IPv4 6015 TCP localhost:5038 (LISTEN)
asterisk 7044 root 14u IPv4 6016 TCP localhost:5038->localhost:32768 (ESTABLISHED)
perl 7046 root 3u IPv4 6054 TCP *:5100 (LISTEN)
perl 7046 root 4u IPv4 6055 TCP *:5101 (LISTEN)
perl 7046 root 6u IPv4 6056 TCP localhost:32768->localhost:5038 (ESTABLISHED)
asterisk 7073 root 10u IPv4 6015 TCP localhost:5038 (LISTEN)
asterisk 7073 root 14u IPv4 6016 TCP localhost:5038->localhost:32768 (ESTABLISHED)
asterisk 7504 root 10u IPv4 6015 TCP localhost:5038 (LISTEN)
asterisk 7504 root 14u IPv4 6016 TCP localhost:5038->localhost:32768 (ESTABLISHED)
Recipe #3: Listing User Files
What files do users “foobar” and “apache” have open?
# lsof -u foobar,apache
List UDP ports in use by user “mohit”.
# lsof -i UDP -a -u mohit
Who’s responding to “who”?
# lsof -i UDP:who
Recipe #4: Unmounting a Disk or Filesystem
Sometimes you need to track down the user or process that’s blocking you from unmounting a disk.
# umount /opt
umount: /opt: device is busy
umount: /opt: device is busy
| # mount | grep “/opt” |
/dev/hdb9 on /opt type ext3 (rw,noatime)
# lsof /dev/hdb9
COMMAND PID USER FD TYPE DEVICE SIZE NODE NAME
perl 7046 root 2w REG 3,73<PHONE_NUMBER> /opt/local/paynacea/var/state/callmanager.pid.err
perl 7046 root 5w REG 3,73 6783 1376385 /opt/local/paynacea/var/log/callmanager.log
# kill 7046
# umount /opt
Or the simpler:
# kill `lsof -t /opt`
Recipe #5: Finding Device Hogs
Who’s using the audio manager?
# lsof /dev/audio
Why can’t I start my alternate logger?
# lsof /dev/log
Why doesn’t my CD eject?
# lsof /dev/cdrom
Recipe #6: Using Exclusions
The ‘^’ (negated) modifier can prefix the User or Process ID parameters to exclude them from the resulting list. Since they represent exclusions, they are applied without ORing or ANDing and take effect before any other selection criteria are applied.
List all Internet files/sockets open by non-root users.
# lsof -i -u^root
Recipe #7: Recursing Directories
The ‘+D’ option causes lsof to search for open files within a specified directory, recursing down to its complete depth.
List all processes that have files open in /tmp.
# lsof +D /tmp
The ‘+d’ option does the same thing, but does _not_ descend the directory tree.
Recipe #8: Matching by Process Name
List all files open by processes beginning with the letters mpg.
# lsof -c mpg
Using a regular-expression.
# lsof -c ‘/post.*er/’
Recipe #9: Examining Suspicious Processes
Lsof can be used along with strace to examine and monitor the operation of viruses, worms or spyware.
What files are opened by PID 14554?
# lsof -p 14554
Who’s looking at the password file?
# lsof /etc/passwd
Recipe #10: Repeat Mode
The -r switch puts lsof in repeat mode. It delays every 15 seconds (unless specified), and displays another listing.
Watching a user’s open files every 5 seconds:
# lsof -u badcop -r5
Monitoring the password file:
# lsof /etc/passwd -r 2
Recipe #11: Finding Deleted Open Files
This recipe was added on 26/Mar/06 after an anonymous poster left a comment regarding deleted files.
One of the most annoying problems is a file-system quickly running out of space, without a hint of what file is responsible for it. This happens when a file (usually a log-file), gets deleted while it’s still being written to. When you delete an open file, the kernel unlinks the file from the directory, but cannot remove the inode, since it’s still open.
This causes the file to continue to grow, with no trace of its existance anywhere. Well… almost anywhere.
Lsof provides the +L parameter to list the number of link counts an open file has. When followed by a number, lsof only displays files with link counts less thatn the specified number.
mohit@reddwarf ~ $ lsof +L3
COMMAND PID USER FD TYPE DEVICE SIZE NLINK NODE NAME
sshd 11540 mohit mem REG 3,69 303448 1 85869 /usr/sbin/sshd
sshd 11540 mohit mem REG 3,65 35404 1 94075 /lib/libnss_nis-2.3.5.so
sshd 11540 mohit mem REG 3,65 30928 1 94086 /lib/libnss_compat-2.3.5.so
sshd 11540 mohit mem REG 3,65 35236 1 93958 /lib/libnss_files-2.3.5.so
sshd 11540 mohit mem REG 3,65 28444 1 94094 /lib/libcrack.so.2.8.0
A deleted file has zero links. So the following command displays deleted-but-open files on a system.
$ lsof +L1
Display a list of deleted-but-open files within a specific filesystem.
$ lsof +aL1 /tmp
Finally
We barely scratched the surface with the above recipes, but as you can see, lsof is a powerful troubleshooting tool. I’d be interested in learning what other users do with lsof. Toy with it, tinker with it, use it and let me know how it has helped you.


Git-hub¶
Download the latest version Git from https://git-scm.com/downloads according to your operating system.
For windows 10 users, it’s better for you to install them with Cmder. #. Add the sudo password which is essential for installing packages.``sudo passwd``
Install git.
$ sudo apt-get install git
Configure the git-hub account.
$ git config --global uers.name "your_user_name" $ git config --global user.email "your_email_address"
If you have a two factor authentation, you need a Personal access token to access the private repos.
Note
For Fedora and Centos users, try
$ sudo yum install git where the administrative password is required.
If there a error message, try to add the admin password by
$ sudo passwd root``
Go to https://education.github.com for more trainings.


In our Newsletter you will be informed monthly about the improvement and advancement in the TLS you will also find the history of this improvement if you visited our website you can choose the preferred month manually and you can even see the development over time interval.
Perfect forward secrecy is a property of secure communication protocols: a secure communication protocol is said to have forward secrecy if compromise of long-term keys does not compromise past session keys. FS protects past sessions against future compromises of secret keys or passwords [wikipedia]
The Diffie–Hellman key exchange method allows two parties that have no prior knowledge of each other to jointly establish a shared secret key over an insecure channel. This key can then be used to encrypt subsequent communications using a symmetric key cipher.[wikipedia]
Diffie–Hellman Key Exchange establishes a shared secret between two parties that can be used for secret communication for exchanging data over a public network [wikipedia]
Elliptic curve Diffie–Hellman (ECDH) is an anonymous key agreement protocol that allows two parties, each having an elliptic curve public–private key pair, to establish a shared secret over an insecure channel. This shared secret may be directly used as a key, or to derive another key which can then be used to encrypt s ubsequent communications using a symmetric key cipher. It is a variant of the Diffie–Hellman protocol using elliptic curve cryptography.[wikipedia]
The public keys are either static (and trusted, say via a certificate) or ephemeral (shortcut ECDHE). Ephemeral keys are temporary and not necessarily authenticated, so if authentication is desired, authenticity assurances must be obtained by other means. Authentication is necessary to avoid man-in-the-middle attacks [wikipedia]
The purpose of encryption is, to ensure that only somebody, who is qualified to access data (e.g. a text message or a file), will be able to read it, using the decryption key.
Encryption, by itself, can protect the confidentiality of messages, but other techniques are still needed to protect the integrity and authenticity of a message [wikipedia][wikipedia]
message authentication code (MAC) is a short piece of information used to authenticate a message—in other words, to confirm that the message came from the stated sender (its authenticity) and has not been changed in transit (its integrity)[wikipedia]
A MAC algorithm, sometimes called a keyed (cryptographic) hash function (however, cryptographic hash function is only one of the possible ways to generate MACs), accepts as input a secret key and an arbitrary-length message to be authenticated, and outputs a MAC (sometimes known as a tag). The MAC value protects both a message's data integrity as well as its authenticity, by allowing verifiers (who also possess the secret key) to detect any changes to the message content [wikipedia]
Key exchange (also known as "key establishment") is any method in cryptography by which cryptographic keys are exchanged between two parties, allowing use of a cryptographic algorithm.[wikipedia]
a key pair used for digital signatures consists of a private signing key and a public verification key. The public key may be widely distributed, while the private key is known only to its proprietor. The keys are related mathematically, but the parameters are chosen so that calculating the private key from the public key is unfeasible.[wikipedia]
logjamLogjam is a security vulnerability against a Diffie–Hellman key exchange ranging from 512-bit (US export-grade) to 1024-bit keys.[wikipedia]


| Package | sandy.extrusion.data |
| Class | public class Curve3D |
| Subclasses | Lathe |
| Property | Defined by | ||
|---|---|---|---|
| b : Array
Array of binormal unit Point3Ds at curve points.
| Curve3D | ||
| n : Array
Array of normal unit Point3Ds at curve points.
| Curve3D | ||
| s : Array
Array of scalar values at curve points.
| Curve3D | ||
| t : Array
Array of tangent unit Point3Ds at curve points.
| Curve3D | ||
| v : Array
Array of points that curve passes through.
| Curve3D |
| Method | Defined by | ||
|---|---|---|---|
|
Curve3D()
Creates empty Curve3D object.
| Curve3D | ||
|
toSections(stabilize:Boolean = true):Array
Computes matrices to use this curve as extrusion path.
| Curve3D |
| Method | Defined by | ||
|---|---|---|---|
|
Return Point3D perpendicular to Point3D and as close to hint as possible.
| Curve3D |
| b | property |
b:Array
[read-write]Array of binormal unit Point3Ds at curve points. Set to null in order to re-calculate it from t and n.
Implementation public function get b():Array
public function set b(value:Array):void
See also
| n | property |
public var n:Array
Array of normal unit Point3Ds at curve points.
| s | property |
public var s:Array
Array of scalar values at curve points. toSections method uses these values to scale crossections.
| t | property |
public var t:Array
Array of tangent unit Point3Ds at curve points.
| v | property |
public var v:Array
Array of points that curve passes through.
| Curve3D | () | constructor |
public function Curve3D()
Creates empty Curve3D object.
| orthogonalize | () | method |
protected function orthogonalize(p_oPoint:Point3D, hint:Point3D):Point3D
Return Point3D perpendicular to Point3D and as close to hint as possible.
Parametersp_oPoint:Point3D |
|
hint:Point3D |
Point3D |
| toSections | () | method |
public function toSections(stabilize:Boolean = true):Array
Computes matrices to use this curve as extrusion path.
Parametersstabilize:Boolean (default = true ) — whether to flip normals after inflection points.
|
Array — array of Matrix4 objects.
|
See also


Russian e-commerce booms despite economic doldrums
MOSCOW, Nov 10 — Moscow photographer Galina Goryushina says that online shopping has changed her life.
“I've got more time for myself,” said the 30-year-old freelancer.
“I don't have to haul heavy shopping bags. And I don't waste money on silly knick-knacks laid out on the store shelves,” said Goryushina.
The young woman began shopping online a decade ago when she could not find clothes she liked in Russia and now makes most of her purchases online.
Russia may be a latecomer to the world of online shopping but e-commerce is experiencing explosive growth in the country despite a stagnant economy weighed down by Western sanctions.
Russia's economic growth stood at just 0.7 per cent in the first six months of 2019.
Over the same period, the Russian e-commerce market has expanded by 26 per cent to 725 billion rubles (RM46.9 billion), according to a study by Data Insight, a Russian-based research agency.
The sector is developing rapidly despite numerous logistical challenges in the world's largest country including an often unreliable postal service.
Long distances and low population density make e-commerce an appealing — and sometimes even the only — option in Russia.
Even in affluent Moscow, where shopping malls offer a huge variety of consumer goods, many prefer to shop online to avoid the ubiquitous traffic jams.
'Transformative for the country'
One of Russia's biggest online retailers, Ozon, began as an online bookstore — much like the global giant Amazon — and later expanded into other types of merchandise.
On a recent tour of Ozon's offices in Moscow's business district, chief executive Alexander Shulgin said the potential for growth in Russia was enormous.
“I am absolutely confident that e-commerce will be absolutely huge in Russia, it's transformative for the country,” he said, pointing to Russia's high internet penetration, with 95 million online users.
In the first six months of this year, the number of online orders went up by 44 per cent reaching 191 million.
Together with Russia's biggest e-commerce site, Wildberries, and the online pharmacy Apteka.ru, the top trio's business has grown by 107 percent compared to the first half of last year.
Shulgin said that online shopping offered Russians living in remote locations access to millions of products at affordable prices.
“It's just phenomenal how e-commerce improves quality of life for people in small villages and towns,” he added.
Besides its huge size, Russia's harsh climate is also seen as a boon for the business.
“When there is rain or snow or it's cold outside, people prefer to shop online, so (Russia) is an ideal country,” he said.
Shulgin said the e-commerce market was fragmented and accounted for just 6 per cent of total retail.
“So the opportunity for growth is huge,” he added.
In a logistics centre in the town of Tver, located around 180 kilometres northwest of Moscow, Ozon employees are busy pushing carts around aisles as they prepare to ship goods to customers across Russia.
“The centre handles over 100,000 packages a day and around 2,000 people work here on a daily basis,” said Ivan Popov, deputy logistics manager at Ozon.
In the cities, the company relies on couriers, automated pick-up lockers and drop-off locations.
To ship the packages to remote locations, Ozon has partnered up with the Russian Post.
“They have a branch in every possible location, ideal for smaller villages, they can deliver anywhere,” said Shulgin.
Self-made woman billionaire
Ozon's competitor Wildberries has also been growing at breakneck speed in recent years, making its founder one of the country's richest women.
This year its founder, Tatyana Bakalchuk, a 44-year-old mother of four, became the second female billionaire in Russia, according to Forbes.
Bakalchuk, a former English teacher, founded the company in 2004, at the age of 28, in her Moscow apartment while on maternity leave.
She came up with an e-commerce business idea after trying to shop at traditional stores with a newborn.
Initially focusing on shoes and clothing, her business has now expanded into food, books, electronics and health products, offering 15,000 brands.
In March, it became the third most visited e-commerce fashion website in the world, trailing behind H&M and Macy's, according to a study by SEMrush marketing analytics firm.
Already present in ex-Soviet Belarus, Kazakhstan, Kyrgyzstan and Armenia, Wildberries is now aiming for Central Europe and is building a logistics centre in Slovakia. — AFP


---
layout: post
title: Mason the Pup
categories: []
tags: []
status: publish
type: post
published: true
meta:
_original_post_id: ''
_original_import_author: John Duprey
author:
---
December 9'th we got Mason from
Lollypop Farm in Fairport. He's a retriever mix born August 29, 2004 so he's 3.5 months old. He isn't quite house broken yet, but so far his messes have been manageable and he hasn't chewed up anything too expensive.
( Click to read more about Mason )Many people think we're crazy to get a puppy 3 months before our first baby. Well, yeah, we probably are, but since Fritz died, I've really missed having a pet. Abby has wanted a dog for years, and after many recent "thumbs down" from me on other candidates, I decided Mason was a good one. Mason has given Abby motivation to get up and out in the morning which I think is good for her physically and mentally. I've enjoyed his company too. Hopefully the baby and dog combo won't be quite the mistake others have proclaimed.


Migration Guide from "old" HTTP JavaDSL
The so-called "old" JavaDSL for Akka HTTP was initially developed during the project's experimental phase, and thanks to multiple user comments and contributions we were able to come up with a more Java 8 "feel", which at the same time is also closer to the existing ScalaDSL.
The previous DSL has been entirely removed and replaced with the the so-called "new" one. Upgrading to the new DSL is highly encouraged since the old one not only was rather hard to work with, it actually was not possible to express many typical use-cases using it.
The most major changes include:
HttpApp is gone
HttpApp (a helper class containing a main() implementation) is gone, as we would like to encourage understanding how the various elements of the API fit together.
Instead developers should start applications "manually", by converting a Route to a Flow<HttpRequest, HttpResponse, ?> using the Route.flow method. For examples of full apps refer to Route Testkit.
RequestVal is gone
The old API heavily relied on the concept of "request values" which could be used to extract a value from a request context.
Based on community feedback and our own experience we found them too hard to work with in more complex settings. The concept of a request value has been completely removed, and replaced with proper "directives", exacly like in the ScalaDSL.
Previously:
RequestVal<Host> host = Headers.byClass(Host.class).instance();
final Route route =
route(
handleWith1(host, (ctx, h) ->
ctx.complete(String.format("Host header was: %s", h.host()))
)
);
Now:
final Route route =
headerValueByType(Host.class, host -> complete("Host was: " + host));
All of ScalaDSL routing has corresponding JavaDSL
Both Route, RouteResult and other important core concepts such as Rejections are now modeled 1:1 with Scala, making is much simpler to understand one API based on the other one – tremendously useful when learning about some nice pattern from blogs which used Scala, yet need to apply it in Java and the other way around.
It is now possible to implement marshallers using Java. Refer to Marshalling & Unmarshalling for details.
Some complete* overloads changed to completeOK*
In JavaDSL when complete is called with only an entity, the OK response code is assumed, to make this more explicit these methods contain the word OK in them.
This has been made more consistent than previously, across all overloads and Future-versions of these APIs.
Migration help
As always, feel free to reach out via the akka-user mailing list or gitter channels, to seek help or guidance when migrating from the old APIs.
For Lightbend subscription owners it is possible to reach out to the core team for help in the migration by asking specific questions via the Lightbend customer portal.
Contents


Writ or Order verification
Confirmation
The backruptcy registration application
have been successfully registered
have been successfully registered
Reference: 123456
What is next?
We will print and send a confirmation letter to the applicant.
| Back to verification applications |
| Back to bankruptcies |
| Back to home |


First we define a few terms:-
A web browser is a program that runs on your computer to interpret and display files from the web on your computer.
The internet consists of the physical lines and routers to form the world's largest computer network.
Servers are the computers which host the files that make up the web.
HTTP is the main protocol that broswers use to communicate with the servers.
The web is essentially a collection of HTML and other documents,
which are shared via the internet.
When you visit a web page, such as www.udacity.com,
your computer - via a web browser - transmits a HTTP
Request to a server over the internet.
The links between these web pages, called
hyperlinks, give the web its
weblike structure.
This video
provides a good explanation.
HTML stands for Hypertext Markup Language.
HTML documents are the basis for almost all web pages and form the majority of the content on the web.
HTML is made up of :-
- text content, i.e. "what you see";
- markup, i.e. "how it looks";
- references to other documents, such as images and videos; and
- links to other pages.
This video
provides a good overview.
HTML documents consist of a series of HTML elements, and when writing HTML
we use HTML tags to tell the browser exactly which element is to be rendered on the page.
The tags essentially seperate normal text from the HTML code and allow all the interesting
stuff such as images and videos. Tags can be closed, e.g. when making type bold,
or void, e.g. when displaying images.
This video
gives a good description.
Programmers needs to write in a language the computer understands, and because computers interpret instructions literally, a small error by a "smart" programmer can lead to huge problems in a program due to a "stupid" computer.
Inline v BlockHTML elements can be either inline or block. Block elements form an "invisible box" around the content, which allows attributes such as height and width. Inline elements occupy only the space bounded by the tags which contain the content. Examples of such elements are line breaks and anchors.
Span v DivThere exists ways to attach styles to content which allow us to adjust the behaviours of how they display. Span is inline while Div is block.


[gecode-users] Any Advise on assignment delta
David Rijsman
David.Rijsman at quintiq.com
Thu Dec 11 09:22:34 CET 2008
Hi Christian,
thanks for the reply, your absolutely right in each and every remark. The use case for the propagating check is to see if a delta is the result of an 'external' action or a propagation action and external is defined as anything else than the propagate of the propagator instance which is also being advised. So indeed a flag will do the job.
David
>>>
From: "Christian Schulte" <cschulte at kth.se>
To: "'David Rijsman'" <David.Rijsman at quintiq.com>, <users at gecode.org>
Date: 12/10/2008 9:14 PM
Subject: RE: [gecode-users] Any Advise on assignment delta
Hi David,
There are two possibilities for 'any' in general:
(1) You really treat it like any and compute whatever you need from
scratch. Normally, you will
have the routines for doing so anyway, as you have to initialize your
data without reference
to a delta.
(2) You keep a copy of the last domain: by that you can find out what has
changed exactly. Maybe your data
structures can tell you the old domain anyway?
'any' does not happen often: assignment is relatively rare compared to other
changes on the variable because you can do it at most once; the other
operations that lead to 'any' are iterator-based variable domain updates
which in most cases just remove a single value or a range (and hence the
delta information is accurate).
In all our propagators we use approach (1) or (2) where the datastructures
we need anyway capture the old domain.
Then, your idea about finding out whether you are "in propagation" does not
work. The space might not be stable even though no propagator is currently
running. But I have to admit that I am little bit confused by your desire:
what we use quite often is to find out whether an advisor belongs to the
currently running propagator (which is easy: just maintain a flag in the
propagator that you set to true when the propagator starts and reset to
false when you return. Then, an advisor can check that flag). I can't really
see what you would do if a propagator is not running (that's a very rare
occasion, actually). Maybe you can elaborate?
Cheers
Christian
--
Christian Schulte, www.it.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of David Rijsman
Sent: Wednesday, December 10, 2008 4:52 PM
To: users at gecode.org
Subject: [gecode-users] Any Advise on assignment delta
Hi,
I have a use case where I would like to get more information than just 'any'
on a Delta when I am being advised in a Propagator, for example as a result
of an eq invocation on an IntView.
Specifically I would like to get each individual value that has been removed
after successfully eq(ualizing) the view. I think this is not possible
(today) but I am hoping I am missing some other ways of getting this
information?
Second, if I would like to test in Propagator::advise if I am in propagation
is it sufficient to test Space::stable (and it must be false to be in
propagation)?
thank you,
David
This message contains information that may be privileged or confidential and
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In the attempt to keep this short, I'm a renaissance man at my best. With interests spanning from philosophy and writing to mountain biking and photography, I'm an dreamer at heart. In the past, I've worked as a cashier and dishwasher at a local market, channeled my inner child (or adult, as some may argue) as a YMCA summer camp counselor, and interned at a small architecture firm. Also, I am from Southern Connecticut, currently studying Computer Science at Northeastern University, and always looking for the next thing to explore.
A jovial and strapping young lad who helped found this great organization. He has many little known talents, such as being an expert masseuse. Currently, he is a player on the club Ultimate Frisbee team at Northeastern University and is pursuing a major in Russian art history.
President of Management, Communications Design, and South Asian relations. Pursuing a dual degree at Northeastern University for International Business and Computer Science, with a potential minor in Mongolian Art and Culture. Also known as renowned triangle artist and Varsity Chess athlete.
I am a Combined Computer Science and Business Administration major from the small, rural town of Hollis, New Hampshire. I am currently attending Northeastern University in Boston, Massachusetts.
Currently, I am the Chief Technical Officer of N/U Disk Jockey Services and the Co-Founder of The Ricard Company which designs and produces digital tools for law enforcement agencies.
Public relations specialist attending Northeastern University to pursue a degree in Environmental Geology with a minor in Compsci. Back in highschool he was drumline captain and head robotic programmer.
President of Diversity, Event Coordinator and Caribbean ambassador. Pursuing a dual degree at Northeastern University in Computer science and cognitive psychology with a minor in modern art. Hobbies include taking and critiquing selfies and cats.
Ty is unique in the fact that he passed his introductory computer science class here at Northeastern University. His friends know him for the quality of his puns, and while living in his lofty residence hall he has earned the nickname Ernest Hemenway because of them. His extracurriculars are quite dramatic, and he is extremely fond of PhD's and tennis. In his free time he works as a tutor for the university, and is always willing to school you.


I was feeling rather depressed one day and I decided I wanted to be happy. So I called my friend and told him my problem, I called because he has many different medications he is on and I wanted some anti-depressant. So the next day he brought me 5 Prozac pills.
About 30 minutes later I began to feel a little light headed then it came on, an intense feeling of warmth and it just felt good but after about 20 minutes of that I got major cotton mouth and couldn't stop talking. Suddenly I felt depressed and paranoid I worried about getting caught and if anyone still liked me. I started felling cold and sticky, after riding the bus home I went to my room to try to sleep, I didn't fall asleep instead I just kept relapsing and thinking crazily, I couldn't think about one thing for more than a minute. Then my mom came home and I don't usually talk to her for more than 5 to 10 minutes but with the Prozac I just kept blabbing on about whatever.
I think she eventually caught on because she kept looking into my eyes and asking me what seemed to be difficult questions. Hours later after talking to my mom, my sister, and even my dad it was time for dinner. We had the best looking steak and potatoes but I took a few bites and just couldn't finish, the food was just disgusting to me. After getting even more paranoid about getting caught I went to bed I slipped into the weird thinking pattern again for about 15 min then I had to go to the bathroom because of drinking mass water do to cotton mouth, I repeated this for about 3 hours until I forced myself to stop drinking water.
Now I laid back down and slowly fell into a movie like thought pattern, this was probably the only good thing about the Prozac, I could imagine my own movies, this lasted for about an hour. I had to go to the bathroom again so I got up and went, then I checked the clock it was about 3:35. I went back to bed and laid there for another couple hours in the messed up thought pattern until I fell asleep finally. My mom woke me up at 6:45 for school and that day was one of the worst days of school other than the day I took Prozac.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Russell Mendoza
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Marriage Match
问题描述 :
You may know the funny problem “The Stable Marriage Problem”. Now let’s find a new match algorithm.
Firstly the women and men stand in a line separately and each woman will choose the man she likes.
Then it’s your task to make a match for these people. You should choose m women and m men from the initial queues. Let them stand in a line separately by initial order. If the woman stands in the ith place do not like the man stands in the ith place, the match is unacceptable. To increase the possibility of the match, the women can accept the men their friends like. Please find out the maximal m.
Firstly the women and men stand in a line separately and each woman will choose the man she likes.
Then it’s your task to make a match for these people. You should choose m women and m men from the initial queues. Let them stand in a line separately by initial order. If the woman stands in the ith place do not like the man stands in the ith place, the match is unacceptable. To increase the possibility of the match, the women can accept the men their friends like. Please find out the maximal m.
输入:
There are several test cases.
Each test case starts with two integer p and q in a line means the number of women and the number of men.(0 < p , q <= 100000)
Then a line with p numbers follows means the queue of women. (The id ranges from 1 to p)
Then a line with q numbers follows means the queue of men. (The id ranges from 1 to q)
Then a line with p numbers which means the man the ith woman likes.
Then a line with an integer t, means the number of friendships between women.(0 < t < 100000)
Then t lines follow. Each line contains two numbers a and b means a and b are friends.(a!=b, 1 <= a, b <= p)
You may support the friendship can transmit. If a and b are friends and c and b are friends, then a and c are friends. Notice every woman will have no more than five friends.
Each test case starts with two integer p and q in a line means the number of women and the number of men.(0 < p , q <= 100000)
Then a line with p numbers follows means the queue of women. (The id ranges from 1 to p)
Then a line with q numbers follows means the queue of men. (The id ranges from 1 to q)
Then a line with p numbers which means the man the ith woman likes.
Then a line with an integer t, means the number of friendships between women.(0 < t < 100000)
Then t lines follow. Each line contains two numbers a and b means a and b are friends.(a!=b, 1 <= a, b <= p)
You may support the friendship can transmit. If a and b are friends and c and b are friends, then a and c are friends. Notice every woman will have no more than five friends.
输出:
There are several test cases.
Each test case starts with two integer p and q in a line means the number of women and the number of men.(0 < p , q <= 100000)
Then a line with p numbers follows means the queue of women. (The id ranges from 1 to p)
Then a line with q numbers follows means the queue of men. (The id ranges from 1 to q)
Then a line with p numbers which means the man the ith woman likes.
Then a line with an integer t, means the number of friendships between women.(0 < t < 100000)
Then t lines follow. Each line contains two numbers a and b means a and b are friends.(a!=b, 1 <= a, b <= p)
You may support the friendship can transmit. If a and b are friends and c and b are friends, then a and c are friends. Notice every woman will have no more than five friends.
Each test case starts with two integer p and q in a line means the number of women and the number of men.(0 < p , q <= 100000)
Then a line with p numbers follows means the queue of women. (The id ranges from 1 to p)
Then a line with q numbers follows means the queue of men. (The id ranges from 1 to q)
Then a line with p numbers which means the man the ith woman likes.
Then a line with an integer t, means the number of friendships between women.(0 < t < 100000)
Then t lines follow. Each line contains two numbers a and b means a and b are friends.(a!=b, 1 <= a, b <= p)
You may support the friendship can transmit. If a and b are friends and c and b are friends, then a and c are friends. Notice every woman will have no more than five friends.
样例输入:
4 4 1 3 2 4 1 4 2 3 2 3 1 2 2 1 2 3 4
样例输出:
2
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这个更刺j激，准备好手纸哦 A 片。。 http://uVU.cc/ih8a
这个更刺j激，准备好手纸哦 A 片。。 http://uVU.cc/ih8a
这个更刺j激，准备好手纸哦 A 片。。 http://uVU.cc/ih8a
这个更刺j激，准备好手纸哦 A 片。。 http://uVU.cc/ih8a
这个更刺j激，准备好手纸哦 A 片。。 http://uVU.cc/ih8a
这个更刺j激，准备好手纸哦 A 片。。 http://uVU.cc/ih8a
很赞的解答
对，就是把这32位当成一个长度为32的数组
#include <cstdio>
#include <cstring>
const int MAXSIZE=256;
//char store[MAXSIZE];
char str1[MAXSIZE];
/*
void init(char *store) {
int i;
store['A']=’V', store['B']=’W',store['C']=’X',store['D']=’Y',store['E']=’Z';
for(i=’F';i<=’Z';++i) store =i-5;
}
*/
int main() {
//freopen("input.txt","r",stdin);
//init(store);
char *p;
while(fgets(str1,MAXSIZE,stdin) && strcmp(str1,"STARTn")==0) {
if(p=fgets(str1,MAXSIZE,stdin)) {
for(;*p;++p) {
//*p=store[*p]
if(*p<’A’ || *p>’Z') continue;
if(*p>’E') *p=*p-5;
else *p=*p+21;
}
printf("%s",str1);
}
fgets(str1,MAXSIZE,stdin);
}
return 0;
}
示例程序中的代码不够稳健，没有考虑到输入了非法字符或者不合理输入的情况。
int L[m+1][n+1];这样定义出错，这个在gcc上可以编译通过 在VS上不行 应该改为new 或者vector
我想整理一下leetcode的题解，站长能不能给权限
这个方法是错的，不信你试试：
20 5
1 A:9
1 A:9
1 A:9
1 A:6
1 A:4
正确答案应该是19，这个答案是18
红绯鱼：
这模板神了
有没有C++语言的代码？
很好。代码比书上的简练！
找bug好专业的说
如果两个序列的最后字符不匹配（即X [M-1]！= Y [N-1]）
L（X [0 .. M-1]，Y [0 .. N-1]）= MAX（L（X [0 .. M-2]，Y [0 .. N-1]），L（X [0 .. M-1]，Y [0 .. N-1]）
这里写错了吧。
https://coding.net/moon/miracle
还是有些难度的！