Class makes a string into a stream-like object
Methods
Class Public methods
Source: show
# File lib/gdata/http/mime_body.rb, line 75 def initialize(source_string) @string = source_string @bytes_read = 0 end
Instance Public methods
Implement read so that this class can be treated as a stream.
Source: show
# File lib/gdata/http/mime_body.rb, line 81 def read(bytes_requested) if @bytes_read == @string.length return false elsif bytes_requested > @string.length - @bytes_read bytes_requested = @string.length - @bytes_read end buffer = @string[@bytes_read, bytes_requested] @bytes_read += bytes_requested return buffer end


The server is running. For more information about this server, check out the README at
https://github.com/fullstackio/realtime-news


Nemo:
Here is the Maguen Plasma Collector.
Remember these rules:
1. Collect one of each type, or several of the same type.
2. Collecting random Maguen Plasmas can overload the Plasma Collector and will release any plasma you have collected. Yes, this means you'll have to start all over again.


Reads a file and saves the result to a variable.
Enter the name of the variable to use the request data later.


OS X El Capitan Available as Free Update Tomorrow
September 29, 2015OS X El Capitan, the latest major release of the world’s most advanced desktop operating system, users. El Capitan builds on the groundbreaking features and beautiful design of OS X Yosemite. power and ease of use of OS X,” said Craig Federighi, Apple’s senio


This page contains information on the UK’s trade agreement with {{ country_name }}.
There are also links to other sources of UK Government information to help you:


Use the theme scheme to change easily the appearance of your theme or create a new skin. Its fast and easy.


AMPK
Intracellular signaling protein kinases that play a signaling role in the regulation of cellular energy metabolism. Their activity largely depends upon the concentration of cellular AMP which is increased under conditions of low energy or metabolic stress. AMP-activated protein kinases modify enzymes involved in LIPID METABOLISM, which in turn provide substrates needed to convert AMP into ATP.
(mesh:D055372)
Cross-references
Synonyms
| Synonym |
Reference |
Specificity |
| AMPK |
|
Exact
|
| AMP-activated |
|
Exact
|
Incoming Relations
Outgoing Relations
None available.


Please select the evacuation level:
{{$index==0?'Start':('Checkpoint ' + ($index))}} to {{!$last?('Checkpoint ' + ($index+1)):'Evacuation zone'}}:
【LIVE Victims】Number： {{30 + (evacuationLevel-1)*10}} points /victim
【DEAD Victims】Number： {{15 + (evacuationLevel-1)*5}} points /victim
Robot exited the evacuation zone after touching at least one victim: 20 points
Team did show up for start within their time: 3 points


Javascript is Disabled
For full functionality of this site it is necessary to enable JavaScript. Here are the
instructions how to enable JavaScript in your web browser
.


Return To Services
Your Requested Service: {{Service_Name}}
Cost
Service Cost:
${{Cost}}.00
Travel Fee ($5/mile):
$20.00
Taxes:
$9.10
Total:
$79.10
Expected Time of Arrival:
15 minutes
{% csrf_token %}
Enter Payment and Contact Information
Name on the Card
Billing Address
City, State, Zip
Card Number
Expiry Date
CVV
Phone Number (Required)
Email (Required)
Confirm Payment For:
{{Service_Name}}
Cost
Service Cost:
${{Cost}}.00
Travel Fee ($5/mile):
{{Travel_Fee}}
Taxes:
{{Tax}}
Total:
${{Total}}
Expected Time of Arrival: 15 minutes
{% csrf_token %}
Enter Payment Information
Name on the Card
Billing Address
City, State, Zip
Card Number
Expiry Date
Security Code
Enter Contact Information
Phone
Email


Navigation
- ?
- Show/hide this help screen
- ← / →
- Go to previous / next page
- Shift + ← / →
- Go to first / last page
- [ / ]
- Load previous / next book
- M
- Open/close the Menu
- S
- Open/close the Reading Stack
- T
- Open/close the Tag (Metadata) Viewer
Book Viewing
- L / R
- Rotate left ⟲ / Rotate right ⟳
- H / W
- Scale to height / Scale to width
- B
- Best fit mode
- 1 / 2 / 3 / 4
- 1-page / 2-page / Long-strip / Wide-strip
- F
- Toggle Fullscreen Mode (if available)
- P
- Hide metadata viewer and reading stack panel buttons
Loading Books
- O
- Open local books (use Shift to open multiple)
- D
- Open local directory
- U
- Open a book / reading list from a URL
- G
- Open a book / reading list from Google Drive (if available)
| property_name |
property_value |


" Anyone who stops learning is old, whether at twenty or eighty.
Anyone who keeps learning stays young.
The greatest thing in life is to keep your mind young.
Nothing is particularly hard if you divide it into small jobs. "
-Henry Ford (Founder of Ford Motor Co., 1863 - 1947)


WITNESS LIST Human Services Committee February 17, 2005-8:00A HB 24 For: Caldwell, Jim (Self and Texas Silver Haired Legislators) Dunkelberg, Anne (Center for Public Policy Priorities) Ferris, Beth (Texas Advocates for Nursing Home Residents) Higgins, Carlos (Self and Texas Silver-Haired Legislature) Sabo, Jason (United Ways of Texas) Sanchez, Joe (AARP-Texas) On: Stout, Mary Katherine (Texas Public Policy Foundation) Registering, but not testifying: For: Bower, Bruce (Texas Senior Advocacy Coalition) Hutto, Kathy (EduCare Community Living Corp.) Rachofsky, Marcia (Texas Federation of Families for Children's Mental Health) Thomason, David (Texas Association of Homes & Services for the Aging) On: North, Larry (Texas Department of Aging and Disability Services) Willis, John (Texas Department of Aging and Disabilty Services; Nursing Home Ombudsman Program) HB 288 For: Caldwell, Jim (Self and Texas Silver Haired Legislators) Dunkelburg, Anne (Center for Public Policy Priorities) Ferris, Beth (Texas Advocates for Nursing Home Residents) Gadberry, Gavin (Texas Health Care Association) Higgins, Carlos (Self and Texas Silver-Haired Legislature) Sabo, Jason (United Ways of Texas) Sanchez, Joe (AARP-Texas) On: Stout, Mary Katherine (Texas Public Policy Foundation) Registering, but not testifying: For: Bower, Bruce (Texas Senior Advocacy Coalition) Hutto, Kathy (EduCare Community Living Corp.) Kastrin, Deborah (County of El Paso) Rachofsky, Marcia (Texas Federation of Families for Children's Mental Health) Thomason, David (Texas Association of Homes & Services for the Aging) On: North, Larry (Texas Department of Aging and Disablility Services) Willis, John (Texas Department of Aging and Disability Services; Nursing Home Ombudsman Program) HB 404 For: Foster, Mike (Texas Association of Child Placing Agencies;Caring Family Network;Foster Family Based Treatment Asc.) Lorenzi, Wendy (Self and Youth Advocates in Action) Talley, Jennifer (Self) Registering, but not testifying: For: James, Michael (Citizens Commission on Human Rights) Rachofsky, Marcia (Texas Federation of Families for Children's Mental Health) Spiller, Lee (Citizens Commission on Human Rights) HB 445 For: Harracksingh, Rachel (T.A.A. & Life Ambulance Service) Pewitt, Bill (Texas Air Ambulance Medical Services) Sprinkle, G.K. (Texas Ambulance Association) HB 545 For: Blum, Dr. Don (Self and Texas Podiatric Medical Association) Dunkelberg, Anne (Center for Public Policy Priorities) Gadberry, Gavin (Texas Health Care Association) Harkless, Lawrence (Texas Diabetes Council) Howard, James (Self) Robinson, Dr. Donald (Self and Texas Podiatric Medical Association) Registering, but not testifying: For: Bower, Bruce (Texas Welfare Reform Organization) Dennis, Hilary (Texas Medical Association) Ferris, Beth (Texas Advocates for Nursing Home Residents) On: Price, Ann-Marie (Health and Human Services Commission) Willis, John (Texas Department of Aging and Disability Services; Nursing Home Ombudsman Program) HB 723 For: Turley, Gail (County and District Clerks Association) On: Harris, Geraldine (Department of State Health Services) Registering, but not testifying: For: Bacarisse, Charles (Self) Compton, Diane (Travis County District Clerk) Woodfin, Sheri (County & District Clerks Association) HB 794 Registering, but not testifying: For: Banning, Tom (Texas Academy of Family Physicians) Berger, Ed (Seton Healthcare Network) Dennis, Hilary (Texas Medical Association) Hutto, Kathy (Triad Hospitals Inc.) Kolodzey, Patricia (Texas Hospital Association) Overview On: Cockerell, Carey (Department of Family and Protective Services) James, Joyce (Department of Family and Protective Services) Spiser, Diana (Department of Family and Protective Services) Wanser, Debra (Department of Family & Protective Services)


Here we give the latest information on our upcomming projects and our new facilities which we our going to provide to our customers. the upgrades related to our tour packagees.our up comming connectivitiy.Our festive offers and lot more stuff.
VAISHNO, over the years, has strived to deliver easy booking solutions to its customers. Our continued efforts have resulted into VAISHNO becoming one of the leading ticketing platforms in India for various Bus services. We have a strong presence with a ticket inventory from over 2500 bus partners and 100000 route options our website. Founded in the year 2016, VAISHNO(India) Private Limited is a pioneer in providing end-to-end software and other value-added solutions such as e-ticketing systems, fleet management solutions, vehicle tracking systems, passenger information systems, logistics management backed by a 24x7 customer support center. The company also provides technology solutions to more than 300 large private bus partners in India, 5 state transport corporations and 2 international bus partners. Our ever-expanding services now also include Hotels and Rentals for buses. With an array of products lined, we aim to constantly introduce such affordable and first in industry customer centric solutions to the market. Today, VAISNO is also the preferred Information Technology Partner for State Transport Corporations and Private Bus Fleet Bus Partners. VAISHNO is an ISO 9001:2008 certified company.


| Package | Description |
|---|---|
| org.elkoserver.foundation.actor |
Elko server classes representing entities with remote connections to a server.
|
| org.elkoserver.foundation.json |
JSON message handling infrastructure inside Elko servers.
|
| org.elkoserver.foundation.server |
Core common server implementation classes for Elko.
|
| org.elkoserver.server.context |
The Elko Context Server.
|
| org.elkoserver.server.workshop |
The Elko Workshop Server.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
BasicProtocolActor
Interface to be implemented by actor classes making use of the
BasicProtocolHandler message handler implementation, or handlers derived
from it. |
| Modifier and Type | Class and Description |
|---|---|
class |
Actor
An object representing some entity interacting with this server (whatever
server this is) over the net.
|
class |
NonRoutingActor
An
Actor that receives untargeted JSON messages over its connection. |
class |
RoutingActor
An
Actor that receives targeted JSON messages over its connection. |
| Modifier and Type | Method and Description |
|---|---|
void |
NonRoutingActor.debug(Deliverer from,
String msg)
JSON method for the 'debug' message.
|
void |
RefTable.dispatchMessage(Deliverer from,
DispatchTarget target,
JSONObject message)
Dispatch a JSON message directly to the appropriate method of a given
object.
|
void |
RefTable.dispatchMessage(Deliverer from,
JSONObject message)
Dispatch a JSON message to the appropriate method on the object that the
message says it is addressed to.
|
void |
NonRoutingActor.ping(Deliverer from,
OptString tag)
JSON method for the 'ping' message.
|
void |
NonRoutingActor.pong(Deliverer from,
OptString tag)
JSON method for the 'pong' message.
|
| Modifier and Type | Method and Description |
|---|---|
Deliverer |
SourceRetargeter.findEffectiveSource(DispatchTarget target)
Designate an object that should be treated as the source of a message
instead of this object.
|
| Modifier and Type | Method and Description |
|---|---|
void |
MessageDispatcher.dispatchMessage(Deliverer from,
DispatchTarget target,
JSONObject message)
Dispatch a received JSON message by invoking the appropriate JSON method
on the appropriate object with the parameters from the message.
|
void |
DefaultDispatchTarget.handleMessage(Deliverer from,
JSONObject message)
Handle a message for which the
MessageDispatcher could not
find an appropriate specific method to invoke. |
| Modifier and Type | Class and Description |
|---|---|
class |
ServiceActor
Actor for a connection to an external service.
|
class |
ServiceLink
Class representing a connection to a service rather than to a specific
client or server.
|
| Modifier and Type | Class and Description |
|---|---|
class |
Context
A
Context is a place for interaction between connected users. |
class |
InternalActor
Actor for an internal connection to a context server from within the server
farm.
|
class |
User
A User represents a connection to someone entered into a context from a
client.
|
| Modifier and Type | Method and Description |
|---|---|
Deliverer |
User.neighbors()
Obtain a message deliverer for sending messages to the other users
in this user's context.
|
Deliverer |
Context.neighbors(Deliverer exclude)
Obtain a Deliverer that will deliver to all of a user's neighbors in
this context.
|
static Deliverer |
Context.toList(List<BasicObject> toList)
Obtain a Deliverer that will deliver to an arbitrary list of users.
|
static Deliverer |
Context.toListExcluding(List<BasicObject> toList,
Deliverer exclude)
Obtain a Deliverer that will deliver to an arbitrary list of users
except for one distinguished user.
|
| Modifier and Type | Method and Description |
|---|---|
void |
Context.exit(Deliverer from)
Handle the 'exit' verb.
|
void |
BasicObject.handleMessage(Deliverer from,
JSONObject msg)
Handle an otherwise unhandled message.
|
Deliverer |
Context.neighbors(Deliverer exclude)
Obtain a Deliverer that will deliver to all of a user's neighbors in
this context.
|
void |
User.sendObjectDescription(Deliverer to,
Referenceable maker)
Transmit a description of this user as a series of 'make' messages,
such that the receiver will be able to construct a local presence of it.
|
void |
Item.sendObjectDescription(Deliverer to,
Referenceable maker)
Transmit a description of this item as a series of 'make' messages,
such that the receiver will be able to construct a local presence of it.
|
void |
Context.sendObjectDescription(Deliverer to,
Referenceable maker)
Transmit a description of this context as a series of 'make' messages,
such that the receiver will be able to construct a local presence of it.
|
abstract void |
BasicObject.sendObjectDescription(Deliverer to,
Referenceable maker)
Transmit a description of this object as a series of 'make' messages,
such that the receiver will be able to construct a local presence of it.
|
void |
Context.sendToNeighbors(Deliverer exclude,
JSONLiteral message)
Send a message to everyone in this context save one.
|
void |
User.sendUserDescription(Deliverer to,
Referenceable maker,
boolean you)
Transmit a description of this user as a series of 'make' messages.
|
static Deliverer |
Context.toListExcluding(List<BasicObject> toList,
Deliverer exclude)
Obtain a Deliverer that will deliver to an arbitrary list of users
except for one distinguished user.
|
boolean |
BasicObject.visibleTo(Deliverer receiver)
Test if this object is visible to a given receiver.
|
| Modifier and Type | Class and Description |
|---|---|
class |
WorkshopActor
Actor for a connection to a workshop.
|
Copyright © 2017. All rights reserved.


ueforth-{{STABLE_VERSION}}.linux
- Linux 64-bit Executable µEforth
Version: {{STABLE_VERSION}}
ueforth-{{VERSION}}.linux
- Linux 64-bit Executable µEforth
Version: {{VERSION}}
Release Archive - Prior Releases
http://github.com/flagxor/eforth - Complete Unprocessed Source Code (under ueforth)
Linux libraries and the operating system can be accessed via the use
of the DLSYM
word. Functions can be requested by name from
particular modules. As the dynamic linking module is already loaded initially,
a 0 for the module allows the library loading function (dlopen
)
to be loaded from Forth.
DLSYM ( module name-z -- fn )
See posix_main.c.
Native functions all called with CALL(n) (see Windows & Linux Calling below).
Various Linux calls including Xlib are imported in
posix.fs and
xlib.fs.
In addition, TYPE
and KEY
are connected to
stdin
and stdout
.


FAQ: Troubleshooting Genie garage-door products
For expert advice, contact your local Genie Professional Dealer.
-
Why is the Safe-T-Beam® light blinking?
Safe-T-Beam is a government-required safety feature that must be installed in order for your Genie garage door opener to work. A flashing Safe-T-Beam LED indicator means a malfunction has occurred. First, be sure that the lenses are clean, and check for any possible obstructions or loose wires. Also, make sure that lenses are mounted five to six inches from the floor on either side of the garage-door opening and that lenses are aligned facing one another. If the LED indicator continues to flash, see your owner's manual for a list of possible causes and additional troubleshooting.
-
Why does my Genie garage door opener reserve/open when I try closing it?
The likely culprit is an obstruction in the path of the garage door. Check for and clear any obstructions in its way. If the problem persists, check to see if the red Safe-T-Beam LED indicator is blinking. If it is, be sure that the lenses are mounted five to six inches from the floor on either side of the garage-door opening. If the Safe-T-Beam® lenses appear to be installed properly and aligned facing one another, refer to the troubleshooting section of your owner’s manual for additional causes and solutions.
-
Why does the Genie opener run without moving the door?
Your garage door may be disconnected from the opener. Check that the emergency-release cord has not been pulled. If this is the reason, you will need to reengage the carriage. The method to reengage the carriage depends on the model of garage door opener you own. See your owner's manual for more details.
-
Why won’t my Genie remote work?
Be sure that the remote has been properly programmed and that fresh batteries have been installed. If you are still having trouble, refer to your owner's manual, or contact Customer Service.
-
I recently installed some LED light bulbs on my opener and noticed I lost a little range on my remote transmitter about the same time. Are the two items related?
With the obsolescence of the basic incandescent light bulb, it has come to Genie's attention that there are certain brands or types of LED bulbs that can cause interference with the radio signals. These LED bulbs can have an effect on the operation of nearby devices, such as affecting the transmitter range for remote operation of a garage door opener.
Genie has conducted both function and fit tests with many of today's most readily available LED replacement bulbs. The LED bulbs listed here showed minimal radio frequency impact when compared to other bulbs tested. Other LED bulb models will likely work but the effects on your garage door opener transmitter range could vary.
Learn more: LED Replacement Bulb Fit and Function for Genie Openers


Share the maze using JSON and this textfield or share the maze via the share link
share
Width (j/l keys)
Height (i/k keys)
demo mode (no stop watch)
simple mode for beginners
no detours
explorer mode (walls have to be explored)
black trace (makes going back more difficult)
Press the button to create your multiplayer session url and share this url with your friend to challenge him
R - Create new maze
Cursor keys - navigate
u - decrease width and height
o - increase width and height
Cursor keys - navigate
u - decrease width and height
o - increase width and height


I am a front end web developer based in North Carolina. I have been developing on the web for about a year now.
I have built several personal projects such as a connect four game and Wikipedia viewer, but you can check out those and more below.
A graduate of UNCG, my goals for the future are to further my front end and backend programming knowledge with the hopes of building a career.
Thanks for checking out my portfolio, I look forward to hearing from you!
The client wanted a simple site to list products and give out contact information.
A combination of reading "Ready Player One" and wanting to learn HTML canvas lead to this creation.
Built with Ruby on Rails. Creating an account by purchasing a service plan with stripe integration, account verification by email, and storing and
Built with Ruby on Rails. Features include looking up stocks, following stocks to get the latest prices, and following friends to see which stocks they are tracking.
Built with Ruby on Rails. Features include creating and editing articles, classifying articles by category, user accounts capable of updating and deleting articles, and administrator accounts that can manage user accounts and articles posted.
Built with Ruby on Rails. Features include creating lists and items to complete. Check off items by clicking the check box and delete items you no longer need. This app was created while learning ruby on rails by following a tutorial by Mackenzie Child
Designed to be defensive because not being able to win is no fun.
Designed with the color scheme of the original. Built to simulate that old school feel.

Designed to do simple computations.
When the user inputs their data, a request is made to Wikipedia and the data is returned and beautified.
Designed to randomly select a quote from an array of proven and effective motivational quotes.


I can’t really explain the feelings, it’s weird. It seems to come in waves. I did get practially nothing done today, which I would not have expected from me I have to say. All this is so hard to understand and one of the best ways to try to understand, for me, was reading the eye witness accounts on BBC’s homepage.
I am very thankful to know that none of my direct family or friends have been killed in the disaster.
Here is the URL and I added some selected comments below.
http://news.bbc.co.uk/hi/english/talking_point/newsid_1537000/1537530.stm
There are both positive and very sad messages.
A friend of mine was at work on Long Island. A woman who works with him got a call from her husband who works on the top floor of one of the twin towers. He called to say good-bye. He knew he was not going to get out. The woman lost it.
-
She had two cousins on the 102nd floor. They made it out. My entire office made it out. Michele from my office was down getting coffee and saw the second plane hit the building. She ran to the nearest exit and got on the ferry to New Jersey. She made it out safe.
-
Like the naive onlooker I ran closer to see what I thought was an horrific accident as I saw one of the trade centre buildings burning from the upper floors. Thousands of people stood in disbelief as they saw the pinnacle of American Capitalism burn before their eyes.
It was not till I saw more than 6 people jump to their deaths that I knew this was no picture to photograph or to remember.
-
One cop said he could see through to the other side when the wind was strong enough to blow the smoke over. His exact phrase was "if you have a strong arm you can throw a baseball over the world trade center".
-
People are still in shock, but New Yorkers are very proud of their city.
-
Apart from the immediate aftermath, the most amazing thing is that there was very little panic in the streets away from the immediate area. People are calmly trying to get home to their loved ones and are being patient and cooperative despite the difficulties of moving around. It just serves to demonstrate how resilient the spirit of the people of this great city are. New York City will bounce back from this outrage. It will not break us…
-
It’s at moments like these that you feel the most helpless, the most human.
-
Trying to think not about the many people dead but about the many many more people helping and trying to smile at the thought of the power of good in this world. We will succeed. We will grow. We will continue to do our best to bring everyone on the right path.


| Start of Tutorial > Start of Trail > Start of Lesson | Search Feedback Form |
In most programs, to access array elements you merely use an assignment expression as follows:This technique will not work if you don't know the name of the array until runtime.int[10] codes; codes[3] = 22; aValue = codes[3];Fortunately, you can use the
Array
classset
andget
methods to access array elements when the name of the array is unknown at compile time. In addition toget
andset
, theArray
class has specialized methods that work with specific primitive types. For example, the value parameter ofsetInt
is anint
, and the object returned bygetBoolean
is a wrapper for aboolean
type.The sample program that follows uses the
set
andget
methods to copy the contents of one array to another.The output of the sample program is:import java.lang.reflect.*; class SampleGetArray { public static void main(String[] args) { int[] sourceInts = {12, 78}; int[] destInts = new int[2]; copyArray(sourceInts, destInts); String[] sourceStrgs = {"Hello ", "there ", "everybody"}; String[] destStrgs = new String[3]; copyArray(sourceStrgs, destStrgs); } public static void copyArray(Object source, Object dest) { for (int i = 0; i < Array.getLength(source); i++) { Array.set(dest, i, Array.get(source, i)); System.out.println(Array.get(dest, i)); } } }12 78 Hello there everybody
| Start of Tutorial > Start of Trail > Start of Lesson | Search Feedback Form |
Copyright 1995-2002 Sun Microsystems, Inc. All rights reserved.


-
George Pruitt, John R. Hill, Michael Russak (September 2012). Building Winning Trading Systems, page 126, Online Copy
-
Robert C. Miner(October 20, 2008). High Probability Trading Strategies: Entry to Exit Tactics for the Forex, Futures, and Stock Markets, page 37, Online Copy
-


{% extends "general/base.html" %} {% set title = "Privacy Policy | MITRE ATT&CK™" %} {% block content %} {{ super () }}
This privacy policy describes:
All accesses of attack.mitre.org are logged. The following information is recorded for each visitor to the ATT&CK Web site: IP address, date and time of access, the requested URL, the referring URL (if provided by the Web browser), and the browser type (if provided by the Web browser).
The IP address and its associated domain name (if any) are used to determine broad demographic information. The IP address may be used to track how users navigate through the ATT&CK Web site. User-entered keyword search strings are used to gauge user interest in specific types of vulnerability information. Each access of an individual ATT&CK entry or candidate page is also used to gauge user interest.
Web log information may also be provided to limited research groups within MITRE to support research related to the World Wide Web.
MITRE performs due diligence to ensure that subscription information is kept confidential. In addition, all ATT&CK-related mailing lists that are sponsored by MITRE are configured to prevent attackers from identifying the subscribers to such mailing lists.
Optional information that subscribers may provide, such as company name, location, or job function, is used to determine broad demographic information regarding the types of users of these mailing lists. Subscribers are not required to provide this information.
MITRE will not provide any information that identifies specific individuals, e.g., email addresses or IP addresses, to any other organization, except where required by law. MITRE may provide broad demographic information to other organizations.
Due Diligence for Intrusion Detection, Prevention, and Reporting MITRE performs due diligence to preserve the integrity of the information on the ATT&CK Web site. MITRE uses various logging and tracking mechanisms to support the detection, reporting, or recovery from attempted intrusions into attack.mitre.org. MITRE reserves the right to use all available technologies without notice to protect its networks from unauthorized use, and to report attempted intrusions to the appropriate authorities.
If MITRE changes the information that is recorded on attack.mitre.org, or changes the mechanisms by which this information is added, then MITRE will update this privacy statement and send an email notification to ATT&CK-related mailing lists.


Offered from: {{this.comp_name}}
Description: {{this.job_descrip}}
Job Link
Required: {{this.primary_tech_id}}, {{this.secondary_tech_id}}
Remote: {{this.remote}}
Offered from: {{this.comp_name}}
Description: {{this.job_descrip}}
Job Link
Required: {{this.primary_tech_id}}, {{this.secondary_tech_id}}
Remote: {{this.remote}}
Offered from: {{this.comp_name}}
Description: {{this.job_descrip}}
Job Link
Required: {{this.primary_tech_id}}, {{this.secondary_tech_id}}
Remote: {{this.remote}}


Midterm Project Update
Abstract
The goal of our project is to identify specific visual relationships in images, to make progress towards genuine scene understanding. We detect object-object relationships in an image based on a textual description given by the user; a subject, object and predicate triplet (for instance, ‘plate next to pizza’). For this, we plan to optimize a triplet loss function using a pre-trained convolutional neural network (VGG16).
Teaser Figure
Introduction
The existing implementations for visual relationship detection output all possible object-object relationships when fed an image. We intend to detect specific object pairs and a relationship predicate between them that match the given textual input while at the same time try and minimize the number of erroneous pairs our model outputs.
Approach
At this stage in the project, we have explored and obtained results for a few of our proposed modules.
-
Query Parsing - The module is used to extract the <subject, predicate, object> from the input query. After exploring three different approaches to this problem, Spacy, NLTK and Stanford’s CoreNLP, we evaluated their results and determined that Spacy had higher precision in detecting <s,p,o> and would work best for our particular use-case. [Code]
-
Object Detection - This module is used to detect <subject, object> pairs, corresponding to the input query. State-of-the-art object detection models currently have really high accuracy, so we used the pretrained weights from a Resnet50 Faster R-CNN model and obtained bounding boxes and categories for objects in the input image. We then tailored our results to return all pairs relevant to the <s,o> in our input query. [Code]
-
Data Exploration - We did some analysis on the VRD images’ annotations to learn more information about the nature of the dataset and common subjects, predicates and objects, that had more samples. [Code]
-
Data Collection - Using the VR dataset, we determined positive and negative examples for each of the 70 relationship classes (including ‘on’, ‘next to’, ‘behind’, ‘under’). We accomplished this using heuristics to distinguish negative samples from positive samples against the input image. This mapping is then used to train our model with a triplet loss function that tries to minimize the distance with a positive example while maximizing distance from a negative example. [Code]
A challenge here is determining a hard negative sample for every predicate. For instance, given an image with a man ‘next to’ a woman, a good negative image would be one with a man ‘behind’ a woman. A good positive example would be another image with a ‘next to’ relationship between a man and a woman.
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Training the Model - We have also written baseline code to implement model training using the triplet loss function in PyTorch. This is currently under progress. [Code]
Experiments and Results
We have collected 70070 positive and negative pairs for the images in the VRD dataset. These were the most frequent subjects, predicates and objects:
Here are some examples of our sampling:
Here, the input description given is ‘tree behind woman’. The image on the left clearly is a good positive example of this relationship (behind) between the subject (tree) and object (woman). The image on the right is a good negative example because it is close enough to the input (same subject and object) but very different in terms of the relationship (the predicate ‘left of’ instead of ‘behind’).
A challenge we see here is that certain pairs of predicates are semantically very similar (for instance, ‘above’ and ‘over’ or ‘beside’ and ‘by’ could be used interchangeably in most cases). In this case, the negative sample obtained may actually be a good positive sample as a similar relationship is observed by the objects in the image. Due to the scope of the project, we will be limiting predicates to those where our negative sampling works well.
As of now, we have prepared the dataset and implemented the language and vision sub-modules we would be using. We will now start working on training the model with the collected positive and negative examples for each predicate.
Qualitative Results
The language module is able to extract the <s,v,o> from a text input:
For the query <person,car> against the following image, our Object Detection module returns 24 images (every combination of the 6 persons and 4 cars detected in the image):
Conclusion and Future Plan of Action
The next step is to train the model using our prepared dataset. The goal is to train a model that will be able to differentiate between different kinds of relationships and match them to the queried predicate. We use triplet loss to better train the model and use lesser data at the same time. During testing, we would pass an input image and query to the model and expect it to determine the specified relationship.
We plan to make the pipeline adaptable to more natural textual inputs (full sentences and not just <subject,predicate,object>), as an extension to the projet, if time permits. We would also like to include heuristics-based pair filtering in the Object Detection module, as an optimization.


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DevFest 2018
Details are still forthcoming. This will be an all day event and will conclude with the dev competition event in the evening. The tentative topics that will be covered during the conference portion in the day include - Augmented Reality - Firebase & Android Development - Google Cloud Platform - Machine Learning with Tensorflow - iOS and Android UI development with Flutter Formal details will be announced soon …


raco
Racket command-line tools.
More information: home page
- Install a package, automatically installing dependencies:
raco pkg install --auto package_source
- Install the current directory as a package:
raco pkg install
- Build (or rebuild) bytecode, documentation, executables, and metadata indexes for collections:
raco setup collection1 collection2 ...
- Run tests in files:
raco test path/to/tests1.rkt path/to/tests2.rkt ...
- Search local documentation:
raco docs search_terms ...
- Display help:
raco help


WITNESS LIST Appropriations Committee April 14, 1999-8:00A HB 2046 On: Durham, Drew (Office of the Attorney General) Fields, Janie (Children's Trust Fund of Texas) HB 2226 For: Grider, Sylvia (Self) Hull, Richard (Texas Council for the Humanities) Valahu, Dan (Self) HB 2590 For: Simpson, Dee (American Federation of State, County and Municipal Employees, Corrections Council 7) On: Bush, Jim (Texas Department of Criminal Justice) HB 2613 On: Hatlen, Phil (Texas School for the Blind and Visually Impaired) Nesbitt, Debra (Texas School for the Bllind and Visually Impaired) Smith, Jim (Texas School for the Deaf) HB 2909 On: Bost, Eric (Texas Department of Human Services) Graves, Tim (Texas Health Care Association) Halfmann, Bobby (Texas Department of Human Services) Lehrman, Jim (Texas Department of Human Services) HB 2943 For: Simpson, Dee (American Federation of State, County and Municipal Employees Corrections Council) On: Bush, Jim (Texas Department of Criminal Justice) McNutt, David (Texas Department of Criminal Justice) Scott, Wayne (Texas Department of Criminal Justice) HB 3084 On: Griswold, Kathie (Comptroller of Public Accounts)


Make an HTML with some divs, and with CSS (in style tag in the head, or linking a file) change every div position to all different ones: - relative - absolute - static - sticky - fixed
Static
Absolute
Sticky
Fixed
Relative


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GMemoryInputStream is a class for using arbitrary memory chunks as input for GIO streaming input operations.
As of GLib 2.34, GMemoryInputStream implements GPollableInputStream.
GInputStream *
g_memory_input_stream_new (void
);
Creates a new empty GMemoryInputStream.
GInputStream * g_memory_input_stream_new_from_data (const void *data
,gssize len
,GDestroyNotify destroy
);
Creates a new GMemoryInputStream with data in memory of a given size.
data |
input data. |
[array length=len][element-type guint8][transfer full] |
len |
length of the data, may be -1 if |
|
destroy |
function that is called to free |
[allow-none] |
GInputStream *
g_memory_input_stream_new_from_bytes (GBytes *bytes
);
Creates a new GMemoryInputStream with data from the given bytes
.
Since 2.34
void g_memory_input_stream_add_data (GMemoryInputStream *stream
,const void *data
,gssize len
,GDestroyNotify destroy
);
Appends data
to data that can be read from the input stream
stream |
||
data |
input data. |
[array length=len][element-type guint8][transfer full] |
len |
length of the data, may be -1 if |
|
destroy |
function that is called to free |
[allow-none] |
void g_memory_input_stream_add_bytes (GMemoryInputStream *stream
,GBytes *bytes
);
Appends bytes
to data that can be read from the input stream.
Since 2.34
typedef struct _GMemoryInputStream GMemoryInputStream;
Implements GInputStream for arbitrary memory chunks.