Man arrested after sickening dog attack which left cat dead
Police arrested a 30-year-old man at an address in Walsall this afternoon (November 12)
by Charlotte Regen, https://www.birminghammail.co.uk/authors/charlotte-regen/A man has been arrested after a defenceless cat was mauled by a dog - who was 'encouraged' to carry out the sickening attack.
The 30-year-old was wanted for questioning about the dog attack in Woodlands Crescent, Pelsall on October 23.
He was found at an address in Walsall this afternoon (November 12) and arrested on suspicion of cruelty to animals and remains in police custody.
Chief Superintendent Andy Parsons, from Walsall police, said: "This was a horrifying act of cruelty on an innocent animal.
"I want to thank the community and members of the public for sharing our appeal and providing information to the police. Your information has been invaluable to our investigation. "
Anyone with any information who has not already spoken to us is urged to contact police via Live Chat at www.west-midlands.police.uk between 8am and midnight or call 101 anytime. Crimestoppers can be contacted anonymously on 0800 555 111. Please quote crime number 20WS/255002G/19.
To keep up-to-date with crime in your community, join the Black Country Crime Watch Facebook group where you will be alerted to any suspicious or criminal behaviour happening in your area.
Keep up-to-date with all things Walsall on our Walsall Facebook page - where you'll get the latest news, travel, weather and events in your area.


--- layout: member_profile title: "Andrea Alejandra Hidalgo Valadez" permalink: /members/valdez/ name: "Andrea Alejandra Hidalgo Valadez" affiliation: "University of Oxford" jointaffiliation: country: "United Kingdom" position: "PhD Student" researchtitle: "Visible and Infrared Astronomical Instrumentation" summary: prior: orcid: "http://orcid.org/0000-0002-4192-1805" website: "https://www2.physics.ox.ac.uk/contacts/people/hidalgo" linkedin: "https://www.linkedin.com/in/andreaahidalgov/" rgate: "https://www.researchgate.net/profile/Andrea_Hidalgo4" research: ["Spectroscopy" , "Optics testing and verification" , "Cryogenics" , "Solar System" ] keywords: "Spectroscopy -- Optics testing and verification -- Cryogenics -- Solar System" email<EMAIL_ADDRESS>image_path: /assets/img/member/valadez.jpg ---
Current Research Subject Title: {{ page.title }}
Current Research Summary:
I am currently on my second year of a Doctor of Philosophy (DPhil) in Astrophysics program at the University of Oxford. My DPhil project is about the development of the integral field spectrograph HARMONI, for the Extremely Large Telescope (ELT) and it includes as scientific context the study of the surface composition of the Galilean Moons with integral field spectroscopy observations.
The development of HARMONI is focused on the mounting process of the spectrograph camera lenses and testing its performance under cryogenic temperatures, the implementation of an articulated metrology set-up to test the quality of the spectrograph gratings and on investigating efficient reflective broadband coatings.
Prior Research:
MSc at Instituto Nacional de Astrofisica, Optica y Electronica (2015 - 2017) in Puebla, Mexico - Camera lenses and collimator mirror optics manufacturing for the WEAVE spectrograph
Bachelor of Engineering (Mechatronics) at Universidad La Salle (2010 – 2014) in Mexico City, Mexico


as part of Operation Nova, a law enforcement operation by the Reutlingen Police Headquarters – CID Esslingen / Baden-Württemberg, the Federal Bureau of Investigation, and European law enforcement agencies acting through Europol in accordance with the law of European Union Member States and a seizure warrant issued pursuant to 18 USC 1030 issued by the United States District Court for the Eastern District of Michigan.
The analysis of the seized data and the international investigations regarding the operators and users of the network will be continued.


Joining a project: New member
Code Co-op
This dialog shows Chad joining a project where the Admin is an Email peer or on a different Hub.
- First, for routing purposes,
select the appropriate option:
- When the project Admin is on your computer, select the radio button
"To me (I want to have more enlistments in this project)".
- When the project Admin is on your Hub, select the radio button
"To somebody on my LAN (hub or a satellite)". Your hub email address will automatically appear in the field following this selection.
- When the project Admin is a different Hub or email peer, select the radio button "To an e-mail peer or somebody on a different LAN (hub or
satellite)" and either select an email address from the drop down or type in a new one.
- Next, type the exact name of the project.
- Then, designate where to put the copy of the project on your machine. Select a convenient directory. After the join process is completed, you will have an exact copy of the project in that directory.
- Finally, fill in your personal data and click OK.
The Join request is sent out automatically by the dispatcher.
< Back
Next: Accepting the join >


|
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object | +--com.milk.util.ListenerList
This is a handy class for holding a list of zero or more
EventListener
s. It's fairly efficient for storage, and it
knows how to do broadcasting with the help of the BaseEvent
class, which it is designed to work with.
| Field Summary | |
private int |
myCount
the count of listeners |
private java.util.EventListener[] |
myListeners
the array of listeners |
| Constructor Summary | |
ListenerList()
Construct an initially-empty ListenerList . |
| Method Summary | |
void |
add(java.util.EventListener listener)
Add a listener to the list. |
void |
broadcast(BaseEvent event)
Broadcast a BaseEvent to all the listeners unconditionally. |
void |
checkedBroadcast(BaseEvent event)
Broadcast a BaseEvent to all the listeners that the
event thinks it can be sent to (queried with
canSendTo() ). |
boolean |
isEmpty()
Return true if this list has no elements. |
boolean |
remove(java.util.EventListener listener)
Remove a listener from the list. |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
private java.util.EventListener[] myListeners
private int myCount
| Constructor Detail |
public ListenerList()
ListenerList
.
| Method Detail |
public void add(java.util.EventListener listener)
listener
- the listener to addpublic boolean remove(java.util.EventListener listener)
listener
- the listener to remove
public boolean isEmpty()
public void broadcast(BaseEvent event)
BaseEvent
to all the listeners unconditionally.
event
- the event to broadcastpublic void checkedBroadcast(BaseEvent event)
BaseEvent
to all the listeners that the
event thinks it can be sent to (queried with
canSendTo()
).
event
- the event to broadcast
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Goals
• To have robot capable of maze exploration using DFS, BFS, Dijkstra, or A* • To have the robot be able to update the GUIDepth-First Search
Algorithm
We decided to implement depth-first search as our maze exploration algorithm. Because we do not need to determine the shortest path to a certain point, we decided that breadth-first search wastes time backtracking back to nodes; depth-first search is a far better algorithmic option when our goal is simply to discover and visit all spaces in the maze.
The main difference in how our robot moves with DFS is its acknowledgement of previously explored intersections. Originally, wall detection was the only source of information used in direction selection. With DFS, our robot now keeps track of all previously explored intersections using a 9x9 array, and when wall detection results in more than one possible path, this exploration array is accessed. If any directions are unexplored, they will be given priority over any explored directions.
This algorithm gives our robot the ability to explore an entire maze, when originally it could easily get stuck traversing the same section of a maze repeatedly. Generally, our robot will travel normally (wall following), reach a dead end, make a u-turn, travel back to the most recent node (intersection with more than one possible direction), traverse an unexplored path, and repeat. A matrix will remember the This results in an effective depth-first search and full exploration of any maze up to 9x9.
In this code, once the intersection is determined, the robot checks each potential wall location for a wall. When there is not a wall, that location is encoded as a possible direction.
Once each possible wall location is determined, the function determine_dir() is called to determine the next direction the robot should go in. From each possible direction you could go in, the new direction and x and y coordinates are determined, and then checked against the matrix which holds each coordinate and whether or not it was visited.
Implementation
We then tested our algorithm on a variety of maze layouts, the footage of which we have documented below. This includes the GUI receiving information about the maze.
The first maze was a simple 2x3 maze with one wall:
The second maze was also a 2x3 one, this time with two walls:
Our final maze layout was a 4x5 maze with a long L-shaped wall. This time, the robot had trouble at a few intersections due to a a slightly more uneven surface making the line sensors touch the ground. Notably, this occurred at the last intersection, so we intervened to get our robot back on course:
Here is a closeup of the GUI result for the 4x5 maze. The extra wall detected near the final intersection was due to our aforementioned intervention when the robot had trouble with an intersection:


BASICS: Coinbase Transactions
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This is a condensed draft of Rethinking human-AI interaction.
Before the 2016 election, the Russian government manipulated Facebook users with thousands of posts from fake social media accounts and political ads, ultimately reshaping the course of history.
The story of the following years, which has echoed from every media outlet to the halls of Congress, does not warrant a retelling. Since then, we’ve collectively turned the events in our hands over and over. We’ve extracted lessons about the new landscape of interstate politics, the effects of information bubbles that distort our reality, and the failures of runaway optimization loops that emphasize metrics like clicks at the cost of social outcomes. And while Facebook takes the public blame, it’s not clear that we collectively even know that there’s a solution.
In 2020, there are no robot overlords or Black Mirror-esque dystopias (yet), but there is this vague sense of speeding through a techno-determinist future in which we have little control.
In the face of an overwhelming abundance of information and increasingly complex emergent systems, the promise of AI is comforting: a powerful engine that takes in data and spits out insights. We’ve already built systems to analyze large volumes of documents and detect fake news. But the cracks have already begun to show: automated solutions not only fail to solve problems, but they lead to runaway optimization loops and unintended side effects of their own.
There’s undoubtedly potential for hybrid human-AI systems to address problems that are both too complex for humans to grapple with and not quite within the reach of modern machine learning. The problem is that we’ve done very little thinking about how to design the interface between them.
While most people in AI research and industry tackle problems by designing better models or collecting more comprehensive datasets, novel interaction paradigms are sorely missing from the picture. How do we communicate our goals and intents more effectively? How can we revise the objective over time? How can we communicate domain knowledge and constraints on the problem?
Beyond interface design, how do we design effective systems of humans and machines?
The anatomy of human-AI systems
Right now, the answer to all of these questions is to “feed it in the data.”
Today, a hybrid human-AI system often means a particular “human-in-the-loop” workflow that powers most modern “intelligent” applications. When Amazon Alexa responds with her calm “Sorry, I’m not understanding you right now,” your soundbite is sent to a human worker who transcribes it, with the goal of creating more training data to improve the automatic speech recognition system.
From https://akilian.com/2019/12/30/worker-in-the-loop-retrospective
Make a first pass through an automatic system, and if it fails, have a human take over. Use the “right answer” from the human as training data for the system.
Across the board, companies in industries from scheduling assistance to autonomous vehicles operate similarly. Lots of AI startups adopt this model out of the gate, often to bootstrap the initial data collection process.
For most human-in-the-loop systems, human involvement is seen as a stopgap to fully automated systems, rather than an essential component of the system itself. Their role is to label the long tail of “hard examples” that machine learning models cannot yet master. As the “machine prediction” box gets better, we need humans less and less.
The human-in-the-loop paradigm embodies human-machine interaction in the same way that early computers did. In the 1970s, programmers wrote up their programs on coding sheets and brought them down to the lab to get punched in to a deck of cards. They’d take the punch cards down to the office of the computer operator, whose job was to feed the cards into the giant mainframe a batch at a time. They could come back for a printout of their results the next day, which often told them, sorry, Compile error on line 21, better luck next time.
Interacting with computers by punching holes into a cards now seems hilariously archaic and blunt. We’d hardly call the system an excellent example of human-machine collaboration simply because the human computer operator mans the card input.
Similarly, the current paradigm — where the human’s role is to oversee or correct a machine output and produce correct data points as input — is just the tip of the iceberg for potential hybrid human-AI systems.
How did we get here?
We’re here partially because of the language of machine learning is the language of “solving tasks” and “making predictions.” The standard beginner’s introduction to machine learning is Kaggle, which presents cleanly-defined problems with a training dataset and objective. Never mind whether the objective actually aligns with the desired business outcome, or how the system will be inserted into a production workflow — both of which involve expanding the modeling boundary of concern to human elements of the system. In academic research, too, it’s easier to evaluate on standard tasks like predicting an outcome or maximizing the score on a game, most of which don’t involve humans.
When research becomes commercialized as product, entire organizations orient themselves around the task-based paradigm, which naturally leads to a human-in-the-loop workflow.
The other reason is that the ultimate goal in industry has always been high-margin, high-efficiency businesses, and human workers “ideally” don’t fit into that picture. In contrast with machines, human workers are slower, less reliable, and more costly. The humans are just a temporary component of the human-in-the-loop; although we’re not quite replacing human jobs yet, the economic incentives are aligned to do so as soon as possible.
As a result, the flywheel is designed to collect more data, with the goal of improving the performance of the machine learning system, instead of building systems to improve human capabilities.
Both of these assumptions have driven the rise of the human-in-the-loop workflow as we know it today, but they don’t necessarily have to be the case.
Sometimes, solving a task is exactly what we want to achieve, and eliminating rote tasks from the job description of human workers is indeed good. But in most other cases, framing in terms of tasks misses the larger context it’s embedded in. The goal is not literally to have labels for whether a given article is true or false; it’s to help people better understand when a piece of information might be misleading or manipulating their beliefs. Straightforwardly solving fake news by training models misses an opportunity to help humans get better at solving the problem, too.
In scientific applications, machine learning systems can provide a new view of connections between related research or provide tools for understanding complex biological systems. Beyond directly labeling data, we can devise new ways to “interact” with machine learning systems by communicating preferences, intuitive heuristic rules, or explanations. Some of these are cutting-edge research advancements, but others simply require a rethinking of the typical task-centered paradigm with the tools we already have.
Beyond prediction, we should strive to build AI systems that support human decision-making, understanding, and model-building.
If we build systems that are designed around how humans work, hybrid human-AI systems might actually be more effective than fully automated systems. If the task is too hard for current machine learning systems to handle, maybe the answer isn’t collecting more data to make the machine more productive, but flipping the paradigm to make the human more productive. Instead of translating a document and having the human translation correct it, maybe we can provide interactive aid that mirrors the translator’s normal workflow.
By studying failure cases like runaway optimization loops or the ways people misuse technology, we can start to understand where interactivity and feedback might help.
Perhaps this is what the early pioneers of computing felt, on the cusp of the 1980s. We had oriented entire research labs and organizations around bringing those punch cards down to the computer lab every day. We had achieved a lot with the powerful mainframes that crunched numbers and cracked codes. But people could not yet fathom the fundamental shifts to be brought on personal computing as we know it today — with a mouse, keyboard, graphical user interfaces, and much more, allowing us to use computers as everyday tools for almost everything we do.
With the rise of intelligent agents, designing the right interactive paradigms will be even harder, but the upside of success is much greater.
What are the equivalents of “interactive GUIs” for AI systems?
This was originally written and published as part of David Perell's Write of Passage Fellowship. Thank you to David, Packy, Adrienne, and Sahaj for comments on earlier versions of this draft! Email me if you have thoughts/comments.
Subscribe to get updates when I write new posts.


Web Developer
Hello Everyone! Welcome to my portfolio, here you will find some of my latest work and you will get to know a little bit about me.
learn more about me!Hello Everyone! Welcome to my portfolio, here you will find some of my latest work and you will get to know a little bit about me.
learn more about me!Lifetime Learner...
I am passionate about coding and problem solving, creating amazing things through my imagination, when you don’t see me coding, you can find me at the gym, learning new things or enjoying awesome views around us.
I am a Colombian guy, living in the state of Massachusetts working every day to make a better version of myself.
This is the place that I have created for the people who are potential clients or for people that are interested about what kind of work I have done, and what knowledge I have on the Web Development field.
First of all, I looked through different websites seeking for that inspirational touch that other websites don't have, and combine it with designs patterns that were trending at the time.
I had to make some choices, either using frameworks or build everything from scratch, since the main idea is to show off what abilities a web developer should possess. Afterward, I decided to mix the complexity of things from scratch and the simplicity and speed of a framework.
Generally, I like to start every project with sketches made by hand which helps me to focus on the functionality and user experience that I want to achieve, instead of focusing on the visual aspect of the site. Once I got that done I was able to focus on how it was going to look. Also, I really had fun drawing all over the paper smashing a brainstorm on that piece of freedom.
Finally, I picked the best solution of each section from every sketch I had made, and I implemented it on Adobe XD, to give it a professional appearance.
The last stage was the design, in this part I wanted to show something kind of fancy but simple at the same time, not too crazy but not boring either, the purpose is when the user sees the website get impressed by the first look and as she or he scrolls down the page will get a calmer experience, having a softened color to make the reading easier. Also, I wanted the user to have a smooth scrolling experience, when navigating through the website. In conclusion what I did was to take what I like the most, like colorful, fun, a touch of fancy and professionalism, and combine them, focusing on how to give the best user experience. As a result, it was a combination of emotions a lot of fun and hard work, all of that printed on this screen.


Welcome to Chameleon Game Room
Join an existing game (with 5 character ID)
Start a new Game as Admin
What is this
This is a small app to play The Chameleon.
The Admin needs a copy of the game to be able to upload cards to their "Hand".
Other users can join with a game ID or from a link available in the Admin view.
Mechanics
The Admin is able to upload topic cards (png or jpeg) which appear in their hand.
They can then deal the first in their "Hand" to the players' "Topic" zone.
The Admin can also generate "Dice Rolls".
This consists of 1x"You are the chameleon" card + (players-1)x"Dice roll is...".
The dice roll references a square on the topic grid.
These can then be dealt to the players' hand.
This is all!
How is is made?
This app is made using Node.js + express + socket.io and hours of Ed Longman's time.
You can check out the code on GitHub.


© 2009–2011 University of Guelph
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Research Enterprise & Scholarly Communication
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The Icehouse release cycle brings several improvements to Horizon’s user experience, improved extensibility, and support for many additional features in existing projects. The community continues to grow. Read more for the specifics.
The number of OpenStack Compute (Nova) features that are supported in Icehouse grew. New features in the Icehouse release include:
In an ongoing effort to implement Role Based Access Support throughout Horizon, access controls were added in the OpenStack Volume (Cinder) related panels. Utilization of the Cinder v2 API is now a supported option in the Icehouse release. The ability to extend volumes is now available as well.
Display of Router Rules for routers where they are defined is now supported in Horizon.
With Icehouse, the ability for users to create containers and mark them as public is now available. Links are added to download these public containers. Users can now explicitly create pseudo directories rather than being required to create them as part of the container creation process.
In Icehouse, Horizon delivers support for updating existing Heat stacks. Now stacks that have already been deployed can be adjusted and redeployed. The updated template is also validated when updated. Additionally, support for adding environment files was included.
Horizon has added support for administrators to query Ceilometer and view a daily usage report per project across services through the OpenStack Dashboard to better understand how system resources are being consumed by individual projects.
The OpenStack Database as a Service project (Trove) is part of the integrated release in the Icehouse cycle. Improvements to the client connections and overall stability were added in the Icehouse cycle.
The primary dashboard and panel navigation has been updated from the tab navigation to an accordion implementation. Dashboards and Panel Groups are now expandable and collapsible in the page navigation. This change allows for the addition of more dashboards as well as accommodates the increasing number of panels in dashboards.
Horizon now provides a Wizard control to complete multi-step interdependent tasks. This is now utilized in the create network action.
Tables can now be written to support editing fields in the table to reduce the need for opening separate forms. The first sample of this is in the Admin dashboard, Projects panel.
Leveraging enhancements to Identity API v3 (Keystone), users can now change their own passwords without the need to involve an administrator. This functionality was previously only available with Identity API v2.0.
Tables can now easily be wired to filter results from underlying API calls based on criteria selected by the user rather than just perform an on page search. The first example of this is in the Admin dashboard, Instances panel.
In a move to provide a better user experience, Horizon has adopted AngularJS as the primary JavaScript framework. JavaScript is now a browser requirement to run the Horizon interface.
Horizon now boasts dynamic loading/disabling of dashboards, panel groups and panels. By merely adding a file in the enabled directory, the selection of items loaded into Horizon can be altered. Editing the Django settings file is no longer required.
For more information see Pluggable Settings
Horizon now supports running integration tests against a working devstack system. There is a limited test suite, but this a great step forward and allows full integration testing.
Django versions 1.4 - 1.6 are now supported by Horizon.
Beginning with the Icehouse cycle, there is now a requirement for JavaScript support in browsers used with OpenStack Dashboard.
The overall structure of the page layout in Horizon has been altered. Existing templates by 3rd parties to override page templates may require some rework.
The default for can_set_password is now False. This means that unless the setting is explicitly set to True, the option to set an ‘Admin password’ for an instance will not be shown in the Launch Instance workflow. Not all hypervisors support this feature which created confusion with users.
The default for can_set_mountpoint is now False, and should be set to True in the settings in order to add the option to set the mount point for volumes in the dashboard. At this point only the Xen hypervisor supports this feature.
To change the behavior around hypervisor management in Horizon you must add the OPENSTACK_HYPERVISOR_FEATURES setting to your settings.py or local_settings.py file.
For more information see OPENSTACK_HYPERVISOR_FEATURES
While Horizon supports managing Identity v3 entities and authenticating in a multi-domain Keystone configuration, there is a v3, v2.0 token compatibility issue when trying to manage resources for users outside the default domain. For this reason, v2.0 has been restored as the default API version for OpenStack Identity (Keystone). For a single domain environment, Keystone v3 API can still be used via the OPENSTACK_API_VERSION setting.


BufferSource
Wrapper around the native BufferSourceNode.
new
Tone.BufferSource
(buffer, onended)
buffer
{AudioBuffer|Tone.Buffer}
onended
{function}
The buffer to play
The callback to invoke when the buffer is done playing.
default values
onended:Tone.noOp
fadeIn:0
fadeOut:0
members
.onended
{function}
The callback to invoke after the buffer source is done playing.
.playbackRate
{AudioParam}
The playbackRate of the buffer
.state
{Tone.State}
READ ONLY
Returns the playback state of the source, either "started" or "stopped".
.buffer
{AudioBuffer}
The audio buffer belonging to the player.
.loop
{boolean}
If the buffer should loop once it's over.
methods
.start
([startTime][, offset][, duration][, gain][, fadeInTime])
startTime =
now
{Time}
When the player should start.
offset =
0
{Time}
The offset from the beginning of the sample
to start at.
duration
{Time}
How long the sample should play. If no duration
is given, it will default to the full length
of the sample (minus any offset)
gain =
1
{Gain}
The gain to play the buffer back at.
fadeInTime
{Time}
The optional fadeIn ramp time.
Start the buffer


Ian's Pizza
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card number
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back
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.
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Price
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Class ColVis
ColVis
Defined in: ColVis.js.
| Constructor Attributes | Constructor Name and Description |
|---|---|
|
ColVis(DataTables, oInit)
ColVis provides column visiblity control for DataTables
|
| Field Attributes | Field Name and Description |
|---|---|
| <static> |
ColVis.aInstances
Collection of all ColVis instances
|
| <constant> |
Name of this class
|
| <static> <constant> |
ColVis.VERSION
ColVis version
|
| Method Attributes | Method Name and Description |
|---|---|
| <private> |
Loop through the columns in the table and as a new button for each one.
|
| <private> |
Apply any customisation to the settings from the DataTables initialisation
|
| <private> |
Hide the show / hide list and the background
|
| <private> |
Show the show / hide list and the background
|
| <private> |
Constructor logic
|
| <private> |
Get the position in the DataTables instance array of the table for this instance of ColVis
|
| <private> |
Create the element used to shade the background, and capture hide events (it is shown and
hidden as needed)
|
| <private> |
_fnDomBaseButton(text)
Create the DOM needed for the button and apply some base properties.
|
| <private> |
An element to be placed on top of the activate button to catch events
|
| <private> |
Create the element used to contain list the columns (it is shown and hidden as needed)
|
| <private> |
Create the DOM for a show / hide button
|
| <private> |
Create a button which allows a "restore" action
|
| <private> |
On each table draw, check the visiblity checkboxes as needed.
|
| <static> |
ColVis.fnRebuild(object)
Rebuild the collection for a given table, or all tables if no parameter given
|
|
Rebuild the list of buttons for this instance (i.e.
|
Method Detail
<private>
_fnAddButtons()
Loop through the columns in the table and as a new button for each one.
- Returns:
- void
<private>
_fnApplyCustomisation()
Apply any customisation to the settings from the DataTables initialisation
- Returns:
- void
<private>
_fnCollectionHide()
Hide the show / hide list and the background
- Returns:
- void
<private>
_fnCollectionShow()
Show the show / hide list and the background
- Returns:
- void
<private>
_fnConstruct()
Constructor logic
- Returns:
- void
<private>
{int}
_fnDataTablesApiIndex()
Get the position in the DataTables instance array of the table for this instance of ColVis
- Returns:
- {int} Index
<private>
{Node}
_fnDomBackground()
Create the element used to shade the background, and capture hide events (it is shown and
hidden as needed)
- Returns:
- {Node} div container for the background
<private>
{Node}
_fnDomBaseButton(text)
Create the DOM needed for the button and apply some base properties. All buttons start here
- Parameters:
- {String} text
- Button text
- Returns:
- {Node} DIV element for the button
<private>
{Node}
_fnDomCatcher()
An element to be placed on top of the activate button to catch events
- Returns:
- {Node} div container for the collection
<private>
{Node}
_fnDomCollection()
Create the element used to contain list the columns (it is shown and hidden as needed)
- Returns:
- {Node} div container for the collection
<private>
{Node}
_fnDomColumnButton(i)
Create the DOM for a show / hide button
- Parameters:
- {int} i
- Column in question
- Returns:
- {Node} Created button
<private>
{Node}
_fnDomRestoreButton()
Create a button which allows a "restore" action
- Returns:
- {Node} Created button
<private>
_fnDrawCallback()
On each table draw, check the visiblity checkboxes as needed. This allows any process to
update the table's column visiblity and ColVis will still be accurate.
- Returns:
- void
<static>
ColVis.fnRebuild(object)
Rebuild the collection for a given table, or all tables if no parameter given
- Parameters:
- object
- oTable DataTable instance to consider - optional
- Returns:
- void
fnRebuild()
Rebuild the list of buttons for this instance (i.e. if there is a column header update)
- Returns:
- void


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Description: In this lesson, begin adding fractions with unlike denominators. They model the addition of unit fractions by folding papers and then drawing a model. For example, students solve 1/2 + 1/4. Then they add a unit fraction and non-unit fraction by drawing and writing models. Finally, students add two non-unit fractions.
View Lesson


Notes on being a department placement co-ordinator at IDC, IIT Bombay
01 Dec 2017
Delhi, India
This post was made to avoid me “replaying” the episodic events of placements to whoever comes in to do groundwork for the post of a Placement Manager. It feels more like interrogation from unknown individuals.
The following is the “job description” for an IDC DPC. I hope that this would change in the future. Students, typically - IDCians and IDC DPCs would get more accountable to the work they signed up for. The point to remember is that everyone has work during those days and giving up on your position does not help in a highly connected system like the placements. It only increases the stress on other members.
The list is (mostly chronological) :
- Getting students to pay for the placements.
- Ask them to join the “not-so-useful” google group
- Help them make resumes and get it verified, iteratively.
- Collect companies from various sources like:
- Wishlists
- Past recruiters
- Organic converts
- Internship
- Engineering JAFS
- Alumnus
- CCL
- Collect preference list from students
- Get contacts
- Contact them reiteratively
- Get them to Register or register them
- Take JD from them and fill the JAF if HR is unable to do so.
- Ask them iteratively to send the details for verification
- Get the JAF verified from EO and EXO
- Slot the companies
- Negotiate slots with companies, PM and students
- Open JAF for students for min 2 days
- Put up a blog post for the same
- Push JAF information on Whatsapp and contact some individual students who are not there on these platforms via email and phone
- Solve student queries regarding JAFS and help them apply for the same
- Push students to apply as they wont and wait for the last moment
- Inform companies that the JAF has closed and assist them in downloading the resumes/portfolios
- Push them to release shortlists, if any
- Push shortlist on blog.
- Inform students via Email/Whatsapp/phone calls
- Get the tasks from companies, if any
- Push the same on the blog
- Assist students on logistics
- Keep reminding late submitters
- Collect tasks from all students and compile it
- Send it to HR and push for another shortlist
- Put the shortlist on blog
- Inform students again about shortlists vis Whatsapp/ email/ phonecalls
- Motivate and create hope
- Keep converting companies and adding JAFS
- Reopen JAFs if student to job probability falls or if companies want
- Ask confirmed HRs to fill IRF and arrange/negotiate for logistics
- co-ordinate with HRs about housing, food and travel
- Make PPTs happen
- Teach students how to fill preferences and get them filled
- Search for SPOCs on the day of placement. Kids you have never met.
- Get the floor plan made and SPOCs ready to turn up.
- Mail the details to HRs. The HRs whom we mail often are not the same as visting or they do not check emails. So, text is a better option.
- Solve queries regarding dress code and conduct
- Prepare for your own placement and get rejected
- Reach the venue as SPOCs wont reach on time.
- Get the internet working
- Serve water and tell them where tea is.
- Be a pseudo SPOC for multiple companies till SPOCs turn up
- Get print outs from control room to stick, if its open. If not, get it opened
- Distribute kits from HRs
- After 2 days, people give up. Encourage them to take it more positively
- Push HRs to do the following:
- Allow Walkins
- Take more people
- Give waitlist of atleast 3 people
- Ask students to not screw up for their friends
- Sit for your own placement
- Convert any last minute companies
- Prevent Job loss
- Serve or Ask for lunch
- Share results with students on Whatsapp/email/phone/placementblog
- co-ordinate with HRs:
- to dole out offers
- upgrade waitlist
- send them student details repeatedly
- Prepare lists for phase 2
- Make all video/audio interview happen if outside placement session
- Maybe get blamed if students do not perform well in DRS/P3. Counting that as occupational hazard.
- Phase 2 ?
Suggestions for next year
- Unification of BDes and MDes placements
- A CC from IDC + 2-3 DPC. One IC from each should ideally carry on.
- Better communication with “legacy” companies
- Process should start early. Team join by April end and Work start by July 1st week
- Placement phase depends on BDes exchange timing.
- Best is to intimate companies before Nov about dates and have it ideally before 2nd week of Feb to avoid clashes with M.Des P3 Process
- Better division of work among all stakeholders- IDC DPCs, PMs, APCs and CCs
- A small training session for IDCians would be great. It should teach some niceties of interviewing and how not to be gullible.
- Japanese companies may be interested if, on-boarded early on
- An improved slotting should be possible to avoid job loss
- A placement team meet to introduce IDC DPCs/CC the process and people to contact as they usually end up bugging the PMs.
- Placement Session that educates students about the process and things to say and not to say.
- A category in type of companies as Design along with RnD/FMCG etc.
- SPOCs should report on time and send a greeting message whenever they are alloted the company.
- Automation of a lot of tasks like printing etc can be done from the portal.
- A separate section on the JAF filling portal for Design as usually companies complain that they cannot find the MDes or what to choose.
- Consider a paid placement for companies and free/reduced fee for students.
- Scrap the idea of two phase placements. They do not work as students loose interest, have too much work, DPCs academics get affected and may be scolded and rebuked by authorities.
- Smoothen the JAF verification process. It takes a lot of time to get JAFs verified.
Best,
Rohit


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So much that we're open now in the winter months, converting your beloved creamery into a cozy café.
More AboutCafé, pastries, healthy meals, peace, love, vibes.... & fries. MIA Café Club is more than a cozy place. You gotta come pay a visit to know for yourself :)
View GallerySad that it's winter and you can no longer get your favourite ice cream flavour? How does a taro latte or pandan latte sound to you? Just like for our ice cream, you can find both classic favourites and exotic flavours at MIA Café.
View MenuSed ut turpis elit ullamcorper in auctor non, accumsan vel lacus nulla auctor cursus nunc. Maecenas ultricies dolor in urna tempus, id egestas erat finibus interdum lectus eget scelerisque.


Follow these steps to import the libraries that you need:
#load "../Initialize.csx"
#load "../QuantConnect.csx" #r "../Plotly.NET.dll" #r "../Plotly.NET.Interactive.dll"
QuantConnect
, Plotly.NET
, and Accord
packages.using QuantConnect; using QuantConnect.Research; using Plotly.NET; using Plotly.NET.Interactive; using Plotly.NET.LayoutObjects; using Accord.Math; using Accord.Statistics;


PLANET OF THE APES
Reviewed by Harvey Karten 20th Century Fox Director: Tim Burton Writer: Pierre Boulle (novel), William Broyles Jr., Lawrence Konner, Mark Rosenthal Cast: Mark Wahlberg, Tim Roth, Helena Bonham Carter, Michael Clarke Duncan, Kris Kristofferson, Estella Warren, Paul Giamatti
George Bernard Shaw, a lifelong vegetarian, once said that when he died he would be greeted enthusiastically in heaven by 100 cows, sheep, goats and pigs. That's good news for Shaw--we hope that in 1950 when he expired at the age of 94 he found the reception he predicted. But it's bad news for the 98% of us that are carnivores.  This time the apes, who considered themselves victimized and oppressed by the human race which had hunted and caged them for a time, turn the tables. The tyrannized becomes the subjugators themselves, treating homo sapiens as inferior forms of life on the titled planet that they rule. I suppose you could see "Planet of the Apes," yet another of the sequels spawned from Franklin J. Schaffner's classic 1968 movie, as an animal rights advocate's wet dream, but such an interpretation would be reductionist, though valid. The current version taken loosely from Pierre Boulle's novel with a screenplay by William Broyles Jr., Lawrence Konner and Mark Rosenthal, is at once a sci-fi drama with no small amount of action and adventure and a misanthropic view of world history. Revolutions come and go. The victims become the victimizers, then the victimizers are defeated and once again either killed, enslaved or humiliated. In the Twentieth Century we've seen revolutionists by Communists and fascists, fundamentalists and secular governments, all promising freedom and equality of opportunity for all. But extremism breeds reaction and so the cynical cycle of history continues.
If you're looking for symbolism, you'll get some, but nothing of the depth of the 1968 version, a visual delight thanks to John Chambers's make-up department whose costumed actors would pass muster even by today's special-effects and costume standards. Schaffner's innovative film was clearer in its allegorical implications, taking on both race and class as he displayed the orangutans at the top of the heap as administrators, the gorillas as soldiers and the chimps as doctors. The divisions are caught vaguely this time around, mostly through dialogue rather than display, as one of the ruling apes, perturbed that a human being calls him a monkey, corrects him violently by stating that monkeys are at the bottom of the status heap just a little higher than humans.
The drama takes off as astronaut Leo Davidson (Mark Wahlberg), disturbed that his favorite and highly trained chimp is in trouble in space, pushes off in his space pod on an unauthorized flight to recover his pal. He runs into an electo-magnetic storm that pushes him from the year 2029 to a future time, his pod taking a hard landing on a planet unknown to him. He soon discovers that the apes are in charge and humans are enslaved, some people doing the favored indoor work (house slaves--does that sound allegorical enough?) and others putting in hard labor. He gets together a family of his own species, including the human leader Karubi (Kris Kristofferson), Karubi's nubile daughter Daena (Estella Warren), and convinces one female chimp who is politically on the left, Ari (Helena Bonham Carter) to join the humans. If Ari is the peacenik of the group, her diametrical opposite would be the fascist-like defense minister, Thade (Tim Roth), as villainous as "Sexy Beast"'s psychotic Don Logan and quite a bit hairier. As the rebellion picks up steam, Thade is granted plenary power by the planet's senate, determined to capture all the mutinous humans and to treat leader Leo with extreme prejudice.
"Planet of the Apes" is not without entertainment value, a pleasant enough way to kill some time in the theater's air- conditioned auditorium surveying the desolate and almost bare scenery (especially that provided by Estella Warren). But--to coin a critics' cliche--oh, it could have been so much more. After all didn't Tim Burton promise to deliver not a remake but a rethinking of the simian series? Think back to Mr. Burton's surprising box office hit, "Pee-wee's Big Adventure," meant for the little ones but considered by many to stand out for its visual inventiveness and originality of concept. Recall Burton's "Beetlejuice" and "Batman," the former unfolding some dazzling special effects with Michael Keaton's pulling out the stops, the latter, hitting the screens just one year later, a sizzling adaptation of Bob Kane's comic book. Nor is there much of the imagination Burton evoked in his "Edward Scissorhands," featuring a man-made boy whose creator had died before attaching palms to the lad's arms.
Instead of psycho-villains like the one played by Jack Nicholson in "Batman" or quirky characters like Johnny Depp's in "Scissorhands," we get a Tim Roth who is wholly bereft of the kind of wit that villains are wont to have and Mark Wahlberg, a 30-year- old fellow who is all too earnest, humorless and generic. What passes for the kind of repartee that allows adults to enjoy the stuff they take the kids to, we get a leaden take-off on Barry Goldwater's statement that extremism in defense of liberty is no vice, while the only allusion made to current politics (it's a stretch) would be a display of what President Bush's missile shield could do if it worked.
In one scene, the wide-eyed Daena plans a big kiss on Leo, asking him to return to the planet real soon. Maybe he will, but in a surprisingly adept final scene, we're sure that he's going to have his hands full.
The film has inevitably generated some discussion of its alleged allegorical import. Critics together with a segment of the general audience have already challenged the film on a racial basis (check the OFCS.ORG website for a growing number of messages about this aspect).  Unlike the old "Apes" film in which apes are shown have technology and science, the new one in that critic's view shows the simians as "a bunch of primitive, self-destructive, drug-addled bush beaters...during showing of the film when Mark kisses Helena...boils down to the taboo of inter-race relationships, and the film encourages prejudice instead of confronting it by using the idea as titillation....The most disturbing image of all near the end of the film [is of] the primitive, unevolved chimp happily crawling back into his prison cell."
OFCS welcomes contributions from the general public on this and other issues presented by films such as Tim Burton's "Planet of the Apes." Access ofcs.org, click forums, click "critics discussion forum," and post away.
Rated PG-13. Running time: 104 minutes. (C) 2001 by Harvey Karten<EMAIL_ADDRESS>========== X-RAMR-ID: 28976 X-Language: en X-RT-ReviewID: 240181 X-RT-TitleID: 1108704 X-RT-SourceID: 570 X-RT-AuthorID: 1123
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Please direct comments/criticisms of the review to relevant newsgroups.
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Related links: index of all rec.arts.movies.reviews reviews


Projected Time
About 1 hour
- 10 minutes for a video walkthrough of slides
- 10 minutes to download and launch the Quick Source Viewer Chrome Extension
- 30 minutes for Independent Practice
- 10 minutes for Check for Understanding
Prerequisites
None
Motivation
Chrome Developer Tools help tremendously with front-end development (HTML, CSS & JavaScript) and are also useful for running and debugging JavaScript code.
Objectives
Participants will be able to
- Open the Source Code Viewer
- Use the Quick Source Viewer Chrome Extension
- Access the “Elements” tab within the Developer Tools pane
- Access the JavaScript console within the Developer Tools pane
Specific Things to Learn
- Why Chrome Developer Tools are an important part of a web developer’s workflow
- How to view a webpage’s source code with and without Quick Source Viewer
- How to access the “Elements” tab to view a webpage’s HTML and CSS
- How to access the JavaScript console to run and debug code
- Participants will learn the various keyboard shortcuts to open Chrome Developer Tools
Materials
Common Mistakes / Misconceptions
- “Websites are so mysterious! I can’t find out how they’re made.” Hopefully this lesson has shown you how to find the code behind your favorite websites!
- “All the source code I’ll see using Chrome Dev Tools is good-quality code.” Most of the code you’ll see will be good-quality code if you’re looking at the website of a reputable or well-known company. There are exceptions, however.
- “I can just copy and paste whatever code I find using Chrome Dev Tools.” You should always 1) Understand the code you want to use before you put it into your own project, and 2) Give proper credit to the company or person who wrote the code.
Demonstration
The instructor demonstrates how to use Chrome Developer Tools during the video walkthrough.
Group Practice
None.
Independent Practice
Techtonica staff will assign you a pair partner.
Navigate to one of your favorite websites.
Open the source code using the Quick Source Viewer Chrome Extension. Discuss what you see with your pair partner.
Open the Developer Tools pane and navigate to the “Elements” tab.
4a. Activate the mouseover tool and hover over different elements of the webpage. What parts of the HTML & CSS code become highlighted when you mouseover certain parts of the webpage?
4b. Deactivate the mouseover tool. Click on the mobile tool and view the webpage on a variety of screen sizes. Is the webpage responsive (elements change size and layout based on screen size) or not?
- Open the JavaScript console. What do you see?
Challenge
Participants can explore inside Chrome Developer Tools and see what other functionality it has.
Supplemental Materials
Check for Understanding
List the keyboard shortcuts that you can use to access webpage HTML elements, the Source Code Viewer, and the JavaScript console, respectively.
When would it be helpful to use the JavaScript console (as opposed to the Source Code Viewer)?
What are some advantages of using the Quick Source Viewer extension (as compared to the Source Code Viewer)?


I often play with group messaging ideas, and recently, an interesting perspective came to me, about the relation between these messaging systems and the constraints of the CAP theorem.
What is the CAP theorem?
Small theoretical background here, feel free to skip if you already know what it is about
Otherwise known as Brewer's theorem, indicates that three properties are important in distributed systems:
- Consistency (all nodes see the same data)
- Availability (every request receives a response)
- Partition tolerance (the system still works through network splits or node failure)
The CAP theorem tells us that a distributed cannot have the three properties at the same time. It is not really a "two out of three" like most people tend to say, but more of a compromise you have to make. Some examples:
- in traditional databases systems (with a master-slave model), consistency and availability are high (all nodes can answer with th same data), but partition tolerance is weak because the master is a SPOF.
- in a fully distributed database (no master model), availability is high (all the nodes can answer), partition tolerance is high (a subset of the cluster could act as the whole database), but consistency is weak (data must be replicated to all the relevant nodes, and that can take time, so the nodes may not see the same data at the same time)
- in Bitcoin, the consistency is good (all nodes must agree to the same block chain) and partition tolerance is good (for downloading the block chain), but availability is weak for writing, because a new transaction must first propagates to a large enough set of nodes, then a block must be calculated for the transaction to be stored
As you can see, you can shape those properties depending on how you want your system to behave. Maybe you want fast reads, or fast writes, or very strong replication, etc.
Group messaging constraints
This has always been a challenge. Traditionally, chat systems follow a client-server model, where the server redistributes all the messages. As we saw previously, that is bad against partition problems. The usual solution is to have multiple servers talking with each other, as we can see in IRC or XMPP.
For a fully distributed messaging system (if we forget for a moment all the nasty NAT problems), communication becomes a routing problem: making sure the nodes get all the messages fast enough and in the right order. If you're building a distributed Twitter, it's not really a problem, but for an interactive chat system, this becomes really hard. You can try to send your messages directly to all the users in the chat room, but as more people join, sending and receiving all the messages takes more and more time, and so, you sacrifice availability and a bit of consistency (you will not necessarily receive all the messages).
Group messaging crypto
The group messaging problems seemed hairy? Let's add crypto in the mix, just for fun! What security properties would we want to add to a messaging system?
- Authentication: every user knows with whom he is talking
- Confidentiality: an external observer cannot see the content of a message
- Tampering proof: users can detect when a message has been modified and reject them
- Perfect forward secrecy: compromising one key does not compromise the whole conversation or past conversations
There are others that we could want, but let's just concentrate on these ones for now. We can separate the messaging in two phases: the discovery, and the transport. The discovery is when nodes begin talking to each other, authenticating each other, establishing session keys, managing key rotation, etc. Note that discovery can happen at any time, as a new node can appear after a long time. The transport is about sending messages safely and verifying messages.
I think we can assume that, once all the nodes have authenticated themselves and agreed on session keys, the transport is the easy part. Whatever the underlying transport system (broadcast, XMPP, SMTP, etc), once you can send, receive and verify messages, everything is easy.
The interesting part is the discovery. That is where the similarity with a distributed system is evident. You want a lot of nodes to start communicating with each other, you want to propagate information to all the nodes (like session keys), you must handle nodes that go up or down, and clusters splitting.
That's where the CAP theorem is useful to understand the constraints of the system.
Group authentication is an availability and partition problem: if you cannot start the communication until all the nodes have authenticated each other, you are vulnerable to slow or failing nodes.
Tampering proof is a consistency problem: all the nodes must know the same signature keys to agree on whether a message is correct or not.
Confidentiality is a consistency and partition problem: if you must reach consensus on a group-wide session key, you have to wait for all the nodes to get the new key (consistency). That happens a lot if you want perfect forward secrecy, where you must change keys regularly. Moreover, in case of partition, the different groups will agree to different keys, and a conflict will appear once the split is over.
As you can see, a security model can help you choose which tools (cryptographic or not) you will use to ensure the safety of the system, but with the distributed system theory, you will be able to predict and recognize the behaviour of the system.
Some examples
Let's see how some more or less known system handle that:
GPG and email
GPG+email is, at its heart, a secure group messaging system. If we analyze its properties, wen can see that it is very good against partition: SMTP handles splits quite well, it can resend messages if they did not pass, or store them for a few days until the next server is up.
For availability, it doesn't fare very well at high loads if you want to encrypt messages, because you need to encrypt for every host. You cannot take advantage of SMTP's architecture to reduce the load.
It also has very bad consistency. If you want every node to agree on the keys of each user, you have to do one to one offline meetings between each of the participants. In practice, users make a tradeoff here, so the security assumption is not completely true.
Multi party off the record messaging
There is a paper you can read about MP OTR, which builds on the previous OTR algorithm to provide secure multi party communication. That protocol relies on a heavy setup phase where all the nodes authenticate each other and generate a group encryption key.
This model will fare quite well once consensus has been reached: all the nodes know the ephemeral signature keys and the group encryption key.
Unfortunately, in case of a user joining or leaving the chatroom, the whole shutdown and setup process must happen, making the chatroom unavailable in the meantime.
What about yours?
I see a lot of new projects appearing lately, with the intention to "fix" chat systems or social networks by building a "secure" distributed system. Unfortunately, most of them do not have a serious background in security or distributed systems. The subject of this article, the CAP theorem, is a very small part of the way we think about distributed systems: people have been researching on the subject for years. Similarly, cryptography and protocols have improved a lot lately.
So, if you are building one of these, take your time, forget the hype, read up a bit about the theory, and think about your model before you make your technological choices. Please don't repeat the worst mistakes.


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<html> <head> <script src="snapdown.js"></script> </head> <body> <script type="application/snapdown"> hello -x> (World) hello -> (Snapdown) </script> <script>Snapdown.renderAll();</script> </body> </html>
Daniel Whatley, Max Goldman, and Robert C. Miller. Snapdown: A Text-Based Snapshot Diagram Language for Programming Education. VL/HCC 2021


Contents
Part A - Answer the Questions
- Can I get a job after I study Compilers?
- Why are there so many programming languages?
- What are the differences between programming languages?
- What is a Grammar in Programming Languages?
- How to build a new programming language
- What is a programming language parser?
- What is Semantic Analysis in a Compiler?
- How does the computer execute code?
- How to generate runnable code in a Compiler?
Part B - Build the Knowledge
- How to design Formal Grammars
- How to design a Programming Language Parser
- How to design Semantic Analysis
- Where do Compilers use Regular Expressions?
- Where do Compilers use Finite Automata?
- Source Code Optimization in Compilers
- How Compilers manage the Garbage Collector
Part C - Challenge What You Know
- Why are some programming languages faster than others?
- Do Compilers depend on the computers architecture?
- How do Compilers Optimize the Source Code? (Part I)
- How do Compilers Optimize the Source Code? (Part II)


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The kernel starts with three lists of rules in the `filter' table; these lists are called firewall chains or just chains. The three chains are called INPUT, OUTPUT and FORWARD.
For ASCII-art fans, the chains are arranged like so: (Note: this is a very different arrangement from the 2.0 and 2.2 kernels!)
_____ Incoming / \ Outgoing -->[Routing ]--->|FORWARD|-------> [Decision] \_____/ ^ | | v ____ ___ / \ / \ |OUTPUT| |INPUT| \____/ \___/ ^ | | ----> Local Process ----
The three circles represent the three chains mentioned above. When a packet reaches a circle in the diagram, that chain is examined to decide the fate of the packet. If the chain says to DROP the packet, it is killed there, but if the chain says to ACCEPT the packet, it continues traversing the diagram.
A chain is a checklist of rules. Each rule says `if the packet header looks like this, then here's what to do with the packet'. If the rule doesn't match the packet, then the next rule in the chain is consulted. Finally, if there are no more rules to consult, then the kernel looks at the chain policy to decide what to do. In a security-conscious system, this policy usually tells the kernel to DROP the packet.


J.Y. Park reveals that he failed while auditioning for SM Entertainment in the past
by sl278J.Y. Park revealed his unlikely relationship with SM Entertainment.
The popular label head and artist appeared on the December 7th broadcast of KBS’s ‘Immortal Song’ where he was the featured artist of the show’s broadcast. Other artists such as Byul, Ivy, Stray Kids, and more appeared on the broadcast to cover his songs.
J.Y. Park talked about his audition experience, stating: “I failed every single audition I took. I got one last chance at SM and also failed that audition so I was really sad. However, after I was dropped, Lee Soo Man asked me to sell him my song.” This statement resulted in laughter from the audience.
What do you think of this story?


Passport Application
account_circle
First Name
account_circle
Last Name
phone
Mobile No
email
Email
reorder
Address
perm_identity
Gender
Male
Female
perm_identity
Date Of Birth
Select
Normal
Renewal
Passport Type
comment
Aadhar Card No
comment
Pan Card No
Submit
Back To HomePage


When a cache operation is added to a disk store, any preexisting operation record for the same entry becomes obsolete, and Apache Geode marks it as garbage. For example, when you create an entry, the create operation is added to the store. If you update the entry later, the update operation is added and the create operation becomes garbage.
Geode compacts an old operation log by copying all non-garbage records into the current log and discarding the old files. As with logging, oplogs are rolled as needed during compaction to stay within the max oplog setting.
You can configure the system to automatically compact any closed operation log when its garbage content reaches a certain percentage. You can also manually request compaction for online and offline disk stores. For the online disk store, the current operation log is not available for compaction, no matter how much garbage it contains.
Log File Compaction for the Online Disk Store
Offline compaction runs essentially in the same way, but without the incoming cache operations. Also, because there is no current open log, the compaction creates a new one to get started.
Run Online Compaction
Old log files become eligible for online compaction when their garbage content surpasses a configured percentage of the total file. A record is garbage when its operation is superseded by a more recent operation for the same object. During compaction, the non-garbage records are added to the current log along with new cache operations. Online compaction does not block current system operations.
- Automatic compaction. When
auto-compact
is true, Geode automatically compacts each oplog when its garbage content surpasses thecompaction-threshold
. This takes cycles from your other operations, so you may want to disable this and only do manual compaction, to control the timing. Manual compaction. To run manual compaction:
- Set the disk store attribute
allow-force-compaction
to true. This causes Geode to maintain extra data about the files so it can compact on demand. This is disabled by default to save space. You can run manual online compaction at any time while the system is running. Oplogs eligible for compaction based on thecompaction-threshold
are compacted into the current oplog. Run manual compaction as needed. Geode has two types of manual compaction:
Compact the logs for a single online disk store through the API, with the
forceCompaction
method. This method first rolls the oplogs and then compacts them. Example:myCache.getDiskStore("myDiskStore").forceCompaction();
Using
gfsh
, compact a disk store in a distributed system with the compact disk-store command. Examples:gfsh>compact disk-store --name=Disk1 gfsh>compact disk-store --name=Disk1 --group=MemberGroup1,MemberGroup2
Note: You need to be connected to a JMX Manager in
gfsh
to run this command.
- Set the disk store attribute
Run Offline Compaction
Offline compaction is a manual process.  Offline compaction creates new log files for the compacted log records.
Using gfsh
, compact individual offline disk stores with the compact offline-disk-store command:
gfsh>compact offline-disk-store --name=Disk2 --disk-dirs=/Disks/Disk2
gfsh>compact offline-disk-store --name=Disk2 --disk-dirs=/Disks/Disk2
--max-oplog-size=512 -J=-Xmx1024m
Note: Do not perform offline compaction on the baseline directory of an incremental backup.
You must provide all of the directories in the disk store. If no oplog max size is specified, Geode uses the system default.
Offline compaction can take a lot of memory. If you get a java.lang.OutOfMemory
error while running this, you may need to increase your heap size with the -J=-Xmx
parameter.
Performance Benefits of Manual Compaction
You can improve performance during busy times if you disable automatic compaction and run your own manual compaction during lighter system load or during downtimes. You could run the API call after your application performs a large set of data operations. You could run compact disk-store
command every night when system use is very low.
To follow a strategy like this, you need to set aside enough disk space to accommodate all non-compacted disk data. You might need to increase system monitoring to make sure you do not overrun your disk space. You may be able to run only offline compaction. If so, you can set allow-force-compaction
to false and avoid storing the information required for manual online compaction.
Directory Size Limits
Reaching directory size limits during compaction has different results depending on whether you are running an automatic or manual compaction:
- For automatic compaction, the system logs a warning, but does not stop.
- For manual compaction, the operation stops and returns a
DiskAccessException
to the calling process, reporting that the system has run out of disk space.
Example Compaction Run
In this example offline compaction run listing, the disk store compaction had nothing to do in the *_3.*
files, so they were left alone. The *_4.*
files had garbage records, so the oplog from them was compacted into the new *_5.*
files.
bash-2.05$ ls -ltra backupDirectory
total 28
-rw-rw-r-- 1 user users 3 Apr 7 14:56 BACKUPds1_3.drf
-rw-rw-r-- 1 user users 25 Apr 7 14:56 BACKUPds1_3.crf
drwxrwxr-x 3 user users 1024 Apr 7 15:02 ..
-rw-rw-r-- 1 user users 7085 Apr 7 15:06 BACKUPds1.if
-rw-rw-r-- 1 user users 18 Apr 7 15:07 BACKUPds1_4.drf
-rw-rw-r-- 1 user users 1070 Apr 7 15:07 BACKUPds1_4.crf
drwxrwxr-x 2 user users 512 Apr 7 15:07 .
bash-2.05$ gfsh
gfsh>validate offline-disk-store --name=ds1 --disk-dirs=backupDirectory
/root: entryCount=6
/partitioned_region entryCount=1 bucketCount=10
Disk store contains 12 compactable records.
Total number of region entries in this disk store is: 7
gfsh>compact offline-disk-store --name=ds1 --disk-dirs=backupDirectory
Offline compaction removed 12 records.
Total number of region entries in this disk store is: 7
gfsh>exit
bash-2.05$ ls -ltra backupDirectory
total 16
-rw-rw-r-- 1 user users 3 Apr 7 14:56 BACKUPds1_3.drf
-rw-rw-r-- 1 user users 25 Apr 7 14:56 BACKUPds1_3.crf
drwxrwxr-x 3 user users 1024 Apr 7 15:02 ..
-rw-rw-r-- 1 user users 0 Apr 7 15:08 BACKUPds1_5.drf
-rw-rw-r-- 1 user users 638 Apr 7 15:08 BACKUPds1_5.crf
-rw-rw-r-- 1 user users 2788 Apr 7 15:08 BACKUPds1.if
drwxrwxr-x 2 user users 512 Apr 7 15:09 .
bash-2.05$


5. What happens after you’ve registered your interest
Once you’ve registered your interest you will be guided through the application process. This usually takes about six months.
Throughout the whole process you will be offered support and advice and there will be lots of opportunities to ask questions.
The steps that we go through while we get to know you and prepare you for fostering are:
- A home visit
- Completion of an application form
- Attending a three day training course
- General medical and criminal records check (known as a Disclosure and Barring Service – DBS check)
- Working with a social worker on your assessment and portfolio
- Attending a fostering panel
- Registration as a foster carer


One of R.Kelly’s girlfriends turns on him with new claims: ‘I’m a victim’
by Page Six(PAGE SIX) – One of R. Kelly’s two live-in girlfriends, Joycelyn Savage, is singing a different tune now after backing the R&B star through several sexual assault allegations.
In collaboration with paid platform Patreon, Savage has committed to posting “daily chapters of my story,” according to an Instagram post. That story will include details of her life dating and living with Kelly, 52.
“There’s something that I need to reveal, something I’ve should’ve talked about a long time ago. This is my story,” wrote Savage in an introductory post, captioning the message, “I’m sorry,” an apology presumably aimed at the “I Believe I Can Fly” singer.
She continued on a second post, “I have Partnered up with @Patreon where I will post daily chapters of my story. Things I am going to reveal that was sweared not to see the day of light — by NDA. I am risking my life for many others. This story is 18+ and only for mature audience, I want to make sure my story is very detailed as I can remember. My first story “Where It All Started” is out now.
“Where It All Started” finds Joycelyn recalling when the singer allegedly told her he would make her “the next Aaliyah,” whom Kelly married as a teenager several years before her 2001 passing, TJB reports.
She also detailed the songwriter’s controlling nature, something several women have stated about the Chicago-born crooner over the years.
“After these couple of months Robert started giving me commands, and making sure I call him by certain names. Like ‘Master’ or ‘Daddy’ which I didn’t really care for at the time. If I wasn’t getting paid or pursuing my dream I would’ve went home, but all of that didn’t stop just yet. But it started getting worse by day-by-day, he would raise his voice at me if I didn’t call him by those two names. If Robert called me I would have to reply with ‘Yes, daddy’ or ‘Please daddy’ he was so controlling.”
Savage also claims Kelly would threaten her if she asked to do certain things, such as speak privately to her parents. Timothy Savage, Jocelyn’s father, commented on the post encouraging his daughter — whom he hasn’t spoken to since 2016 — to try reaching out again.
“If you are having problems please call home or call your Nana or grandma Shirley,” he wrote. Her mother, Jonjelyn, added, “Call Home and Speak with your family that never stopped loving you!”

More Entertainment Stories
-
Show the World 2020 has been cancelled November 25, 2019
-
Kartel, co-convicts want to go home for Christmas November 25, 2019
-
Jamaican singer Koffee among 5 nominated for Best Reggae Album Grammy award November 20, 2019
-
Local and international artistes to be featured at charity art exhibition this Saturday November 19, 2019
-
Saint Lucian in Taiwan’s top TV singing contest November 19, 2019
-
Saveion collaborates with government and international artists “Music and You “ capacity building workshop November 18, 2019
-
Iconic Saint Lucia-born filmmaker Franklyn St. Juste dies November 8, 2019
-
Saint Lucia wins Miss OECS pageant November 2, 2019
-
Soca artiste launches ‘Born Lucian’ clothing brand October 21, 2019


Effort by : Team Seattle Snakers : Haytham S, Nguyen L. Samson W. & Uday M >.
Android Appication developed by Uday Mahajan
This app is implemented as a part of CSE/EE 371 Final Project in Spring 2018.
The team used some of the source code provided by Adafruit Industries for Bluefruit configuration.
This app is DMCA Copyright protected and must not be distributed without written
consent of UW CSE or EE department(s) and Adafruit Industries.
© ™
University of Washington, Seattle.
s
All Rights Reserved. 2018.
Configure Bluefruit LE using instructions found here:
https://www.adafruit.com/bluefruitle
Drag the table down and release to clear the list of found peripherals and begin scanning
Tap a row in the table to view a peripheral's advertisement data.
Each peripheral's Received Signal Strength (RSSI) is displayed to the left of its name.
Tap a row's connect button to connect the corresponding device in one of the available
modes:
Note - If a peripheral does not offer the UART service,
tapping Connect will automatically enter Info mode
Privacy policy:
https://www.adafruit.com/appprivacy


Please enter your email address below. Your email will only be used to validate submissions and allow you to take ownership for reporting data on a county-level basis.
Your registered email is {{(storeEmail | async)}}. Your email will be used to register submissions.
You can now claim a county. By claiming a county, you will become the reporting manager for a specific county in a given state for the duration of the claim. During this time, other users will be unable to submit data on the county to avoid submission conflicts.


--- layout: page category: spec title: "A Transcript Extension for HTML" ---
| Current Status: | Note (NOTE) |
|---|---|
| Canonical URI: |
http://www.w3.org/TR/html-transcript-src
|
| Abstract: | This document describes an extension to HTML which explicitly identifies a transcript linked to a media object such as audio or video. It was created to meet requirements for transcriptions that are described in the Media Accessibility User Requirements (MAUR). |
A Transcript Extension for HTMLUpdates:


Note: Requires Javascript to play!
Easy
Normal
Hard
Small Font
Medium Font
Large Font
Contrast Up
Contrast Down
The aim of the game: Fill all rows, columns, and 3x3 boxes with the numbers 1 through 9!
Check puzzle
Reset puzzle
Select Cell
Click a cell or use the "S" key and type in the row and column you require, and type!


ZwWdP 13-09-2011
|
Zeit |
Interpret |
Titel |
|
20 h |
Röyksopp |
Remind Me |
|
|
Plus49 |
Naïve Brother |
|
|
Stereo MC's |
Boy |
|
|
Sia |
Pictures |
|
|
Sondre Lerche |
Days That Are Over |
|
|
Noonday Underground |
I'll Walk Right On |
|
|
Desmond Myers |
I Want To Kiss You Like I Can't Breathe |
|
|
Part Time |
Thunderbolts Of Love |
|
|
Ralph Myerz & The Jack Herren Band |
She Was Here |
|
|
Mister Fusty |
Chemistry (Desert Mix) |
|
|
Love & Money |
Halleluiah Man |
|
|
Geraint Watkins |
At Last |
|
|
Amos Lee |
Keep It Loose, Keep It Tight |
|
|
Pugwash |
To The Warmth Of You |
|
|
Lambchop |
Sunrise |
|
21 h |
RJD2 |
Here's What Left |
|
|
Jonny |
Circling The Sun |
|
|
Ana Zimmer / Benjamin Biolay |
You Have Changed |
|
|
Astrud Gilberto |
The Gentle Rain (RJD2 Remix) |
|
|
Papercuts |
The Machine Will Tell Us So |
|
|
Squeeze |
Last Time Forever |
|
|
Holden |
Tunis |
|
|
Malcolm McLaren |
Père Lachaise |
|
|
Supertramp |
Casual Conversation |
|
|
Michael Shelley |
Sweet Little One |
|
|
AM Streets |
You'll Never Know |
|
|
The Carpenters |
Close To You |
|
|
Stars |
My Radio |
|
|
Cinematic Orchestra |
Channel 1 Suite (Tom Tyler Remix) |
|
22 h |
George Michael |
Praying For Time |
|
|
Daniel Carlson |
Another Week |
|
|
The Simple Carnival |
Everything That Grownups Know |
|
|
Jay Jay Johanson |
Suicide Is Painless |
|
|
Zero 7 |
Distractions |
|
|
Lia Ices |
Wish You Were Here |
|
|
Lanterns On The Lake |
Lungs Quicken |
|
|
Sia |
Beautiful Calm Driving |
|
|
Mark Wirtz |
Somewhere Else |
|
|
John Martyn |
Over The Rainbow |
|
|
Skye Edwards |
Solid Air |
|
|
Sabrina Dinan |
Certain Surprise |
|
|
Luke Leighfield |
Lullaby |


WeVoteSafely.org
Over 16,000 early voting or ballot drop-off locations documented - find yours now!
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BBML uses "tags" to define what formatting to apply to the text. Tags are special codes surrounded by square brackets ("[]"). "Tag pairs" are used to define what formatting gets applied to what text. In most cases there will be a "start tag" followed by the text to be formatting followed by the "end tag". End tags are the same codes as the start tags prefixed by a forward slash ("/"). Here's a sample of the format:
[Tag]Text to be formatted[/tag]
The following general rules apply to all conversions:
BBML (like HTML) must be "nested" properly. This is best explained with an example. The first line is not valid BBML and will not be converted while the second line (with properly nested tags) is properly formatted:
Bad: [b]This is [i]some[/b] very fine[/i] sample text.
Good: [b]This is [i]some[/i][/b] [i]very fine[/i] sample text.
BBML tags can be nested in this fashion as deeply as you like. Also BBML tags not case sensitive. In other words [B][/B] and [b][/b] are treated identically.
Many BBML tags have both long, easy to remember versions and shorter, easier to type versions. You cannot mix alternate begin and end tags however. For example "[b]bold text[/bold]" is illegal; either "[b]bold text[/b]" or "[bold]bold text[/bold]" must be used.
The basic formatting tags are what you'll be using most often. They general change the way that text is displayed on screen (bold, italic, etc) or add special formatting rules (indents, monospaced fonts, etc).
The following simple formatting tags are available.
| Style | This BBML Code | Converts to |
| Bold | [b][/b] or [bold][/bold] | bold |
| Italic | [i][/i] or [italic][/italic] | italic |
| Underlined | [u][/u] or [underline][/underline] | underlined |
| Strikethough | [s][/s] or [strikethrough][/strikethrough] | <s> |
| Superscript | [sup][/sup] or [superscript][/superscript] | superscript |
| Subscript | [sub][/sub] or [subscript][/subscript] | subscript |
Text color and size can be changed with the following tags:
| Style | This BBML Code |
| Color | [color=color][/color] This tag will set the color of any text within it. Color can be any named color (red, blue, yellow, etc) or a hexidecimal rgb value (for example "#ccffcc"). |
| Size | [size=size][/size] This tag will set the size (font point size) of any text within it. Size must be a number between 8 and 25. |
There are also four special types of simple formatting available:
| Style | This BBML Code |
| Quotation | [q][/q] or [quote][/quote] or [quote="author"][/quote] This tag offsets and indents any text within it as per the HTML

 tag. |
| Code | [code][/code] Used around blocks of programming code (such as HTML, CFML, JavaScript, etc). |
| SQL | [sql][/sql] Used around blocks of SQL code, this tag will bold all words reserved in the SQL92 and SQL99 standards such as "SELECT" and "DROP". |
| Preformated | [pre][/pre] or [preformatted][/preformatted] Text placed within this tag will be displayed in a monospaced font and all spaces will be honored as per the HTML

 tag. |
All simple formatting tags can be used within links, lists, and each other (as long as proper nesting rules are honored). This means that you can have very complex nestings and combinations of formatting. Here are some examples of simple formatting:
| BBML Code | Result |
| This is [b]bold[/b] and this is [i]italic[/i]. | This is bold and this is italic. |
| This [b]is a [i][sub]little[/sub] [u]more[/u][/i] complicated[/b] | This is a little more complicated |
| This [i][s]is[/s] [u]even more complicated[/u][/i], [sup]but still perfectly [b]legal[/b][/sup]. | This |
| This [color=blue]blue[/color] and this is [color=#FF0000]Red[/color]. | This blue and this is Red. |
| [size=15]This text[/size] is larger than [size=8]this text[/size] but not as large as [size=25]this text[/size]. | This text is larger than this text but not as large as this text. |
There are two kinds of links available in BBML: "normal" links and email links. A normal link is most often used to reference a web page or FTP site but any valid URL (a web address such as "http://www.depressedpress.com") can be used. An email link is specifically and only used for email address.
Their are two ways create a normal link, simple and complex:
Simple: [link]URL[/link] (or [url]URL[/url])
Complex: [link=URL]Link Label[/link] (or [url=URL]Link Label[/url])
In the same way there are two ways create an email link:
Simple: [email]address[/email]
Complex: [email=address]Label[/email]
In both cases the text between the tags is the visible, clickable part of the link.
Adding images is done with the [img][/img] (or, alternately, with the equivalent [image][/image] tag). You must wrap the full address of the image (for example "http://www.mysite.com/image.jpg") in the tag like so:
[img]image[/img]
The image tag can be wrapped in the [link] and [email] tags to make clickable images. However the [img] can not have any tags within it. In addition the [link] and [email] tags cannot wrap each other (although they may wrap basic formatting tags).
Here are some examples of links and images:
| BBML Code | Result |
| [link]http://www.yahoo.com[/link] | http://www.yahoo.com |
| [url=http://www.yahoo.com]Yahoo![/url] | Yahoo! |
| [b][url=http://www.yahoo.com]Yahoo![/url][/b] | Yahoo! |
|<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|
|<EMAIL_ADDRESS>Pan[/email] | Peter Pan |
| [img]http://www.depressedpress.com/Assets/Art/TopArrow.gif[/img] | |
| [link=http://www.depressedpress.com][img]http://www.depressedpress.com/Assets/Art/TopArrow.gif[/img][/link] | |
BBML lists come in two basic forms: unordered (or bulleted) lists and ordered (numbered or alphabetized) lists. In both cases the same basic formatting applies. The list tags contain any number of "item" tags ("[*]"). An item tag is placed before each item in the list and does not require and end tag. Here are the types of lists followed by the HTML that they produce:
| List Type | BBML Code | Result |
| Unordered List | [list] [*]Item One [*]Item Two [*]Item Three [/list] |
|
| Numbered List | [list=1] [*]Item One [*]Item Two [*]Item Three [/list] |
|
| Numbered List (Small Roman Numerals) |
[list=i] [*]Item One [*]Item Two [*]Item Three [/list] |
|
| Numbered List (Large Roman Numerals) |
[list=I] [*]Item One [*]Item Two [*]Item Three [/list] |
|
| Alphabetized List (Lowercase) |
[list=a] [*]Item One [*]Item Two [*]Item Three [/list] |
|
| Alphabetized List (Uppercase) |
[list=A] [*]Item One [*]Item Two [*]Item Three [/list] |
|
A list must have at least one item tag ("[*]") in it to be valid. In addition the there can be no text between the beginning list tag and the first item tag ("[list][*][/list]" is correct while "[list]MyList [*][/list]" will fail).
Lists can be nested together as deeply as you like, but each nested list must be a list item of the outer list. Here's an example of nesting:
| List | BBML Code | Result |
| Unordered List | [list] [*]Item One [list=1] [*]Item One [*]Item Two [list=I] [*]Item One [*]Item Two [*]Item Three [list=i] [*]Item One [*]Item Two [*]Item Three [/list] [/list] [*]Item Three [/list] [*]Item Two [*]Item Three [/list] |
|
List items may use any formatting or link tags that you wish and may include images. Lists themselves however may only be contained in other list tags.
Smilies, also know as "emoticons" are expressive codes appended to text. They are generally seen as small picture turned 90 degrees to the right so that ":^)" is a "smiling face". There are many different kinds of smilies and some can become very, very elaborate. DP_ParseBBML can convert a subset of these smilies codes into graphical images. Most of the smilies have at least one alternative way to type it and some have several. For our purposes all smilies are made up of three characters however (generally "eyes", "nose" and "mouth").
Here is a list of the smilies supported by DP_ParseBBML and the graphic that will replace it:
| Meaning | What to Type | Classic Set |
| Very Happy | :D | |
| Smile | :) | |
| Sad | :( | |
| Surprised | :o | |
| Shocked | :shock: | |
| Confused | :? | |
| Cool | 8) | |
| Laughing | :lol: | |
| Mad | :x | |
| Razz | :P | |
| Embarassed | :oops: | |
| Crying or Very sad | :cry: | |
| Evil or Very Mad | :evil: | |
| Twisted Evil | :twisted: | |
| Rolling Eyes | :roll: | |
| Wink | :wink: | |
| Exclamation | :!: | |
| Question | :?: | |
| Idea | :idea: | |
| Arrow | :arrow: |
The precediing documentation was written by Jim Davis, author of the DP_ParseBBML coldfusion custom tag.
DP_ParseBBML translates a customized dialect of Bulletin Board Markup Language ("BBML", originally created for use in the popular Ultimate Bulletin Board™) in to browser-ready HTML markup. BBML is easy to learn and use and gives end users safe access to many of HTML's formatting controls.


--- layout: documentation title: CompressionType ---
The CompressionType captures any compression packaging details for an artifact.
| Field Name | Type | Description |
|---|---|---|
| @compression_mechanismoptional | string |
The compression_mechanism field is optional and specifies the compression algorithm utilized to protect the Raw_Artifact content. |
| @compression_mechanism_refoptional | anyURI |
The compression_mechanism_ref field is optional and conveys a reference to a description of the compression algorithm utilized to protect the Raw_Artifact content. |


#include <gcallbacklist.h>
Public Member Functions | |
| GCallbackConnection () | |
| GCallbackConnection (const CallbackType &cb) | |
| CallbackType * | getCallback () const |
The connection object is used to manage callback which added to callback list.
The container returned by getDirectList() in callback list holds a list of connection object.
Use GCallbackList<Params>::ConnectionType to access the instantialized type.
To use tag or auto remove features, or want to write your own connection type, see GCallbackExtendedConnection.
| cpgf::GCallbackConnection< CallbackType >::GCallbackConnection | ( | ) |
Construct an empty connection.
| cpgf::GCallbackConnection< CallbackType >::GCallbackConnection | ( | const CallbackType & | cb ) | [explicit] |
Construct a connection from a callback.
Note: cb will be destroyed after connected. If it's not intended to destroy cb, use cb.copy() to make a copy.
| CallbackType* cpgf::GCallbackConnection< CallbackType >::getCallback | ( | ) | const |
Get the callback.


Technological Skills
Semantic HTML5
Responsive CSS3
Interctive JavaScript
git
github
Sass
Bootstrap
C# ( WinForms, WPF) + ASP.NET
MVC
PL / SQL
Entity Framework
Problem Solving skills
Attention to detail
Projects
Why work with me?
There are many advantages to working with me. Here are a few:
Passionate about development
I believe that with great passion, great results are achieved.
Quick learner
Like many, I may not know everything, but I have confidence in my ability to learn something new and put it into production.
Adaptable
I am always excited to learn new things. The most valuable thing I can provide to your company is the ability to be molded to your stack.


--- title: Ada Lovelace Day date: 2009-03-24 08:20:28.000000000 +02:00 categories: - tech tags: - ada lovelace - geeks - girls status: publish type: post published: true meta: _edit_last: '600927' delicious: a:3:{s:5:"count";s:1:"0";s:9:"post_tags";s:0:"";s:4:"time";s:10:"1277049573";} reddit: a:2:{s:5:"count";s:1:"0";s:4:"time";s:10:"1276548462";} author: login: kouk email<EMAIL_ADDRESS>display_name: Konstantinos Koukopoulos first_name: '' last_name: '' excerpt: !ruby/object:Hpricot::Doc options: {} ---
[caption id="" align="alignright" width="200" caption="Ada Lovelace"][/caption]In order to celebrate Ada Lovelace Day, after having signed the pledge started by Suw Charman-Anderson, I decided to dedicate a post to the Geek Girls. Geek Girls, lovely and interesting. Geek Girls like the kind I studied with at university.  Here's to you!


[1]
Great paper weight; Does not perfrom its main function...to play Blu rays
[2]
Netflix connection.; Won't play current blu-ray titles. No firmware updates.


The Akan people of Ghana frequently name their children after the day of the week they were born and the order in which they were born. These names have further meanings concerning the soul and character of the person. Know your Akan name today!!!
The Akan people of Ghana frequently name their children after the day of the week they were born and the order in which they were born. These names have further meanings concerning the soul and character of the person.
Know your Akan name today!!!


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| Package | Description |
|---|---|
| edu.umass.cs.benchlab.har |
Core classes of the HAR library (
HarLog is the top object representing a HAR file in memory) |
| edu.umass.cs.benchlab.har.tools |
Main helper classes to read and write HAR files.
|
| Class and Description |
|---|
| AbstractNameValueComment
This class defines a AbstractNameValueComment
|
| HarBrowser
This class defines a HarBrowser ("browser" element of the HAR specification)
|
| HarCache
This class defines a HarCache
|
| HarCacheRequest
This class defines a HarCacheRequest
|
| HarContent
This class defines a HarContent
|
| HarCookie
This class defines a HarCookie
|
| HarCookies
This class defines a HarCookies
|
| HarCreator
This class defines a HarCreator ("creator" element of the HAR specification)
|
| HarCustomFields
This class defines a HAR custom fields.
|
| HarCustomFields.Type
Defines constants for HarCustomFields database entry
|
| HarDatabaseConfig
This class defines a HarDatabaseConfig
|
| HarEntries
This class defines a HarEntrys
|
| HarEntry
This class defines a HarEntry
|
| HarEntryTimings
This class defines a HarEntryTimings
|
| HarHeader
This class defines a HarHeader
|
| HarHeaders
This class defines a HarHeaders
|
| HarPage
This class defines a HarPage
|
| HarPages
This class defines a HarPages
|
| HarPageTimings
This class defines a HarPageTimings
|
| HarPostData
This class defines a HarPostData
|
| HarPostDataParam
This class defines a HarPostDataParam
|
| HarPostDataParams
This class defines a HarPostDataParams
|
| HarQueryParam
This class defines a HarQueryParam
|
| HarQueryString
This class defines a HarQueryString
|
| HarRequest
This class defines a HarRequest
|
| HarResponse
This class defines a HarResponse
|
| HarTimeStamp |
| HarTimeStamps |
| HarWarning
This class defines a HarWarning
|
| Class and Description |
|---|
| HarLog
This class defines a HarLog
|
| HarWarning
This class defines a HarWarning
|
Copyright © 2011 Emmanuel Cecchet - University of Massachusetts - All Rights Reserved.