Tcl DOM Packages |
||||||||||||||||||
|
TclXML 2.5 and TclDOM 2.5 for WindowsI have uploaded a build of the above two packages for Windows. They have been built using Tcl 8.4 but with stubs enabled so they should work with Tcl 8.3. These packages have been used to test TclSOAP 1.6.6. Get the zip file from tclxmldom25.zip.md5sum: 76abda921e72afcfecc8a9f9d780b586 tclxmldom25.zip TclSOAP depends heavily upon the underlying DOM implementation. Currently the only DOM implementation supported is the TclDOM package from the tclxml project. This code can be obtained by checking out the tcldom module from the tclxml project CVS server. For those who do not wish to, or cannot obtain the source I am providing pre-compiled TclDOM 2.0 dom::c modules for linux and win32. In each case the code is compatible with ActiveTcl <IP_ADDRESS> for the relevant platform. Please note that these binary releases are not official tclxml project releases although they have been built from unmodified tcldom source code from a recent HEAD revision. They are however the versions currently in use by me for TclSOAP development.
The packages should be installed somewhere in your Tcl auto_path. The simplest method is to unpack the archive in the Tcl lib subdirectory. Under Windows, that is probably \Program Files\Tcl\lib. To ensure that you are using this version of the DOM package you should execute the following commands in your tclsh shell checking that the output matches this example. % package require dom 2.0 % info loaded {/opt/tcl/lib/tcldom2.0/tcldom2.0.so Tcldom} ;# Linux {{c:\\Program Files\Tcl\lib\tcldom2.0\tcldom.dll} Tcldom} ;# Windows Frink for WindowsNot everyone is able to get hold of a windows Frink executable so here is one
| |||||||||||||||||
| $Id: dom-packages.html,v 1.6 2003/09/06 17:08:46 patthoyts Exp $ |


Short
@@include('ad-list-view.htm',{
"img-src":"images/products/products-1.jpg",
"heading": "11inch Macbook Air"
})
@@include('ad-list-view.htm',{
"img-src":"images/products/products-2.jpg",
"heading": "Study Table Combo"
})
@@include('ad-list-view.htm',{
"img-src":"images/products/products-3.jpg",
"heading": "11inch Macbook Air"
})
@@include('ad-list-view.htm',{
"img-src":"images/products/products-4.jpg",
"heading": "Study Table Combo"
})
@@include('ad-list-view.htm',{
"img-src":"images/products/products-1.jpg",
"heading": "11inch Macbook Air"
})


{% extends 'base.html'%} {% import 'macros.html' as macro%} {% block content %}
title: {{word.title}}
written by: {{word.user.username}}
your pitch: {{word.pitch}}


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Ignoring Familial Pressure, Trump Reverses On E-Cig Flavor Ban Due To Reelection Fears
President Donald Trump reversed course on a ban of most flavored e-cigarettes due to concerns that he’d anger his supporters and eliminate related jobs just before his reelection.
According to the Washington Post, he let the ban die despite pressure from first lady Melania Trump and White House senior adviser Ivanka Trump. The two pushed the issue after a rash of mysterious deaths linked to vaping.
“We can’t have our kids be so affected,” Trump said a couple of months ago at a policy announcement with his wife. “She’s got a son,” Trump added, referring to their shared son, Barron. “She feels very strongly about it.”
Trump was shaken by a pervasive social media campaign called #IVapeIVote and protesters at his rally. Campaign manager Brad Parscale reportedly told him that he could risk losing voters in the battleground states if he went through with the ban.


Limits to Species’ Distribution and Persistence: A Landscape Genetics Study of Two Amphibian Species in Yellowstone National Park
EPA Grant Number: F6F21367Title: Limits to Species’ Distribution and Persistence: A Landscape Genetics Study of Two Amphibian Species in Yellowstone National Park
Investigators: Murphy, Melanie
Institution: Washington State University
EPA Project Officer: Jones, Brandon
Project Period: September 1, 2006 through September 1, 2009
Project Amount: $111,344
RFA: STAR Graduate Fellowships (2006) RFA Text | Recipients Lists
Research Category: Academic Fellowships , Ecological Indicators/Assessment/Restoration , Fellowship - Terrestrial Systems Ecology
Objective:
My objective is to test how landscape features influence species’ dispersal, species’ distributions, and population persistence. I will address the following questions using the boreal toad (patchy distribution, declining) and boreal chorus frog (continuous distribution, abundant) in Yellowstone National Park:
- What anthropogenic and ecological landscape features limit gene flow in anurans?
- Why do some species have more restricted distributions than others?
- Are amphibians declining in protected areas?
Approach:
A central objective of conservation biology is to understand processes that shape species’ distributions and population persistence. The emerging discipline of landscape genetics provides a conceptual framework to address these processes, through an integration of landscape ecology, spatial statistics, and population genetics. A landscape genetics approach is ideal for modeling amphibian systems because amphibians generally have population genetic structure on appropriate geographic scales and are sensitive to landscape characteristics, including land use change.
In my preliminary research, I developed a unique method to represent gene flow as a continuous spatial response variable. This method newly enables analysis of the influence of continuous (e.g., elevation, moisture), as well as discrete (e.g., roads, land cover), landscape variables on gene flow. I will implement this methodology to create landscape genetic models of gene flow for the two study species and to determine the landscape variables that explain patchy vs. continuous distributions. Finally, I will test for genetic signatures of recent population declines. If population declines are detected; I will model population status (decline vs. no decline) based on landscape variables and presence of a chytrid fungus (B. dendrobatidis), a pathogen implicated in the global decline of amphibians.
Expected Results:
I predict that gene flow in P. maculata will be more limited than B. boreas due to smaller empirically-estimated dispersal distances, and influenced by habitat connectivity and moisture. I also predict that B. boreas is in decline through at least part of its range due to presenceof chytrid fungus (B. dendrobatidis).


void GrSetTextMode( GStateHandle gstate, /* subject GState */ TextMode bitsToSet, /* TextMode flags to set */ TextMode bitsToClear); /* TextMode flags to clear */
Set the text mode associated with a GState. Using this routine, it is possible to change the vertical offset used when drawing text.
Include: graphics.h
void GrSetTextPattern( GStateHandle gstate, /* subject GState */ GraphicPattern pattern); /* new graphic pattern for text */
Set the graphic pattern used when drawing text.
Include: graphics.h
void GrSetTextSpacePad( GStateHandle gstate, /* subject GState */ WWFixedAsDWord padding); /* new space padding */
Set the space pad used when drawing text strings.
Include: graphics.h
void GrSetTextStyle( GStateHandle gstate, /* subject GState */ TextStyle bitsToSet, /* TextStyle flags to set */ TextStyle bitsToClear); /* TextStyle flags to clear */
Set the style to use when drawing text.
Include: graphics.h
void GrSetTrackKern( GStateHandle gstate, /* subject GState */ word tk); /* degree of track kerning */
Set the track kerning to use when drawing text strings.
Include: graphics.h
void GrSetTransform( GStateHandle gstate, /* subject GState */ const TransMatrix * tm); /* new transformation matrix */
Set the GState's coordinate transformation.
Include: graphics.h
void GrSetVMFile( GStateHandle gstate, /* subject GState */ VMFileHandle vmFile); /* new transformation matrix */
with certain kinds of bitmaps and GStrings).
Include: graphics.h
void GrSetWinClipPath( GStateHandle gstate, /* subject GState */ PathCombineType params, /* how paths are combined */ RegionFillRule rule); /* ODD_EVEN or WINDING */
Restrict the window's clipping region by intersecting it with the passed path.
Include: graphics.h
void GrSetWinClipRect( GStateHandle gstate, /* subject GState */ PathCombineType flags, /* how paths are combined */ sword left, /* new clipping rectangle bounds */ sword top, sword right, sword bottom);
Restrict the window's clipping region by intersecting it with the passed rectangle.
Include: graphics.h
WWFixedAsDWord GrSqrRootWWFixed( WWFixedAsDWord i); /* number to get the square root of */
Compute the square root of a fixed point number.
Include: graphics.h
Boolean GrTestPath( GStateHandle gstate, /* subject GState */ GetPathType ptype); /* Type of path to check for */
Determine whether the GState has a path of the specified type.
Include: graphics.h


Server#
ioh-server
is an executable that serves objective function calls for many
problems available in IOHexperimenter.
It holds an Analyzer
logger so that runs performed by a client solver can be
analyzed in IOHanalyzer later on.
It use a simple protocol where messages between the client and the server are
encoded in JSON.
Build and run#
Build#
The ioh-server
is build along with IOHexperimenter if you enabled
the BUILD_SERVER
option.
For example with:
cmake -DBUILD_SERVER=ON ..
Run#
The server expects you to indicates the I/O named pipes FIFO. Under Linux, you would create them with:
mkfifo query reply
You can then run the server with the default configuration as:
./server/ioh-server query reply
To set up the problem actually served, use the following options:
-t
,--type arg
: Problem type (integer
orreal
),-p
, –problem arg: Problem name (default: OneMax),-i
, –instance arg: Instance identifier (default: 0),-d
, –dimension arg: Problem dimension (default: 1).
For example:
ioh-server -t real -p Rosenbrock -i 1 -d 10 query reply
You can list the available problems using the help-problems
option, but you
need to indicate the type of problems (“integer” or “real”):
ioh-server -t real --help-problems
More options are available, see ioh-server --help
.
Messages#
Definition#
Messages can be either queries, from the (solver) client to the (problem) server; or replies, from the problem (server) to the solver (client).
A message is a JSON object always holding a query_type
(string) field.
|
Possible replies: |
Description: |
|---|---|---|
|
|
The solver send a solution and expect its value. |
|
|
The solver ask for reseting the logger state. |
|
|
The solver ask for the server to stop (probably not enabled on production servers). |
Calls and values#
A call
query holds the solution to be evaluated by the objective function, in
the form of an array of number
.
Example of a call
query message:
{
"query_type":"call",
"solution": [10,10]
}
which would be answered by a reply similar to:
{
"reply_type": "value",
"value": 21
}
Optionaly, the value
reply can send back the solution.
Errors#
An error
reply should always provide a description in the message
(string) field.
Optionally, it can give a code
(integer), as a unique identifier of the error
type.
Metadata fields#
All messages have the following optional fields:
id
(integer): a unique identifier of the query (in a reply, refers to the related query),timestamp
(date-time): date and time of the message,remarks
(string): generic comment (e.g. software version).
Service#
The communication between the client and the server goes through named pipe FIFO. There is one named pipe for queries (in which the client writes and the server reads) and one for replies (in which the server writes and the client reads).
Client implementation#
Implementation is simple as it just consists in writing (resp. reading) a query (resp. reply) file, just as you would do with regular files.
The simplest client, making a single query, can be written in Python as:
import json
# Forge a JSON `call` query:
squery = json.dumps( {"query_type":"call", "solution":[0,1,1,0,1]} )
# Send it to the server:
with open("query",'w') as fd:
fd.write(squery)
# Wait for the answer and read it when it's available:
with open("reply",'r') as fd:
sreply = fd.read()
# Decode the JSON:
jreply = json.loads(sreply)
# Extract the objective function value:
value = jreply["solution"]
An example implementation of a solver client is given in Python in
example_client.py
.
Fundamentals#
Named pipes are special files with blocking input/output, which means that a process reading such a file will be suspended until there is something to read. This allows for very simple I/O code, avoiding polling and complex network management: all you have to do to implement a client is to write the query in the query file, then read the reply in the reply file. The execution will advance only when the reply have been written in the file.
The theoretical principle can be represented by this UML sequence diagram:
Named pipes
┌───────┴───────┐
┌──────┐ ┌─────┐ ┌─────┐ ┌──────┐
│Client│ │reply│ │query│ │Server│
└───┬──┘ └─┬───┘ └─┬───┘ └───┬──┘
│ │ │ │
│ │ │ ┌──────╢
│ │ block│ │ wait ║
│query │ │ └─────→║
├───────────────→│ │
╟─────┐│ ├────────→│
║wait ││block │ ║process
║←────┘│ │ ║
│ │←──────────────────┤
│←─────┤ │ reply│
│ │ │ │
┊ ┊ ┊ ┊
Note that the service should be started first, waiting for the input.
Going further#
Validate messages#
The formal description of a queries is available in
ioh-query.schema.yaml
, the one for replies in ioh-reply.schema.yaml
.
The description follows the JSON Scehma format (draft 07), but is presented in the (strictly equivalent) YAML format, easier to read for humans and allowing for comments.
One can validate any message against those schema, using the Singularity
container defined by message_validator.sindef
.
To build this container,
install SingularityCE and run singularity build message_validator.sif
message_validator.sindef
.
To validate a message simply run: `singularity run message_validator.sif
<schema.yaml> <message.json>`.
Network gateway#
If you want to expose such a service as a network server, just use socat.
For example, to get data query from the network for service1
:
socat -v -u TCP-LISTEN:8423,reuseaddr PIPE:./query
You can test it by sending something on the connection:
echo "Hello World!" > /dev/tcp/<IP_ADDRESS>/8423
Conversely, to send automatically back the answer to some server:
socat -v -u PIPE:./reply TCP2:8424:host
Be aware that socat
will terminate as soon as it receives the end of the message.
Thus, if you want to establish a permanent gate, you will have to use the fork
option:
socat TCP-LISTEN:8478,reuseaddr,fork PIPE:/./query


This test is to measure the level of support for AV Content in EPUB3FXL files.
The format is a simple pass/fail, if the content plays, the test passes, if not, the test fails.
For any test that fails, a defect should be filed against the device/app where the failure appeared. Testers should remember to check for existing defects before creating new ones.


|
VirtualSCADA
1.0
VirtualSCADA Senior Design Project
|
Public Member Functions | |
| setSpecificationSubject (Subject $subject) | |
Definition at line 16 of file SubjectContainerInterface.php.
| setSpecificationSubject | ( | Subject | $subject | ) |
| Subject | $subject |
Implemented in ObjectBehavior.


Meatup
Toggle navigation
Organize a Meatup
My Meatups
1. Describe Event
2. Invite Guests
3. Preview & Send
Please describe the event for your guests
What is this event called?
Who is the host?
When does it start?
When does it end?
What is the location?
Show on map
What type of livestock will be on the trading block?
A message for your guests:
Next, invite guests


Quote/escape special characters when using eval, e.g. eval "a=(b)".
eval $var=(a b)
eval "$var=(a b)"
Shells differ widely in how they handle unescaped parentheses in eval
expressions.
eval foo=bar
is allowed by dash, bash and ksh.eval foo=(bar)
is allowed by bash and ksh, but not dash.eval $var=(bar)
is allowed by ksh, but not bash or dash.eval foo() ( echo bar; )
is not allowed by any shell.Since the expression is evaluated as shell script code anyways, it should be passed in as a literal string without relying on special case parsing rules in the target shell. Quote/escape the characters accordingly.
None.


Content to help your visual culture.
Get yourself some good visual culture.
A Show About Streetwear & Fashion - PAQ made a magazine.
Expo by Internet is a Lie - Crack Kids, Lisbon.
Visuals for Skepta and AJ Tracey - Kiss and Tell.
| Some portuguese artists you should search | |
|---|---|
| PHOTOGRAPHY | ARTS |
| Midnight Madness Crew, Pluma,
Miguel Chocobai, DnVision, Nosh Work, Bernvs, Diogo Carvalho,
Wide Boy, Nash Does Work.
| Malibu Ninjas, Cara Trancada, Hatory Pabllo, 2upla, Thunders Crew, Germes Gang, Kid Galindro, Confeere. |


Charli XCX
-
After the Afterparty (Alan Walker Remix)
I think it's almost 4am But baby I'm still feeling just fine Ice all up in a plastic cup And I'ma keep on sipping all ni... -
1999
作曲 : Oscar Holter/Noonie Bao/Troye Sivan/Brett McLaughlin/Charlotte Aitchison I just wanna go back, back to 1999 Took a... -
2099
[by:thismessweare1n] 作曲 : ALEXANDER GUY COOK/Charlotte Aitchison/Nicolas Petitfrere/Troye Sivan I pull up, roll up, ***... -
1999 (R3HAB Remix)
[by:小陀螺Tony] 作曲 : Troye Sivan/Noonie Bao/Brett McLaughlin/Oscar Holter/Charlotte Aitchison I just wanna go back, back t... -
Unlock It
[by:Chatoyantsuga] 作曲 : Charli XCX/Kim Petras/A.G. Cook/Jay Park Lock it, lock it, lock-lock it, lock it, lock it Unloc... -
Backseat
[by:Sherry_Esther] 作曲 : Charli XCX/Carly Rae Jepsen/A.G. Cook/Easyfun I can't escape all the voices, and so, I turn it ...  -
Explode
[by:鱼见] I'm standing close to you We got the city breaking down Stuck in an avalanche We got the whole world shaking You... -
Girls
作曲 : Jordan Thorpe/Brian D Lee/Jonny Coffer/Klenord Raphael/Belcalis Almanzar/Rita Sahatçiu Ora/Alexandra Tamposi/Andre... -
Dream Glow (BTS WORLD OST Part.1)
作曲 : Tor Hermansen/Mikkel Errikson/Charli XCX/Ryn Weaver/정바비 作词 : Tor Hermansen/Mikkel Errikson/Charli XCX/Ryn Weaver/... -
Blame It On Your Love
作曲 : Finn Keane/Lizzo/Noonie Bao/Sasha Sloan/Charlotte Aitchison/StarGate Hey, listen, hahah I blame it on you, I blame... -
Cross You Out
[by:Trap_Girl] 作曲 : ALEXANDER GUY COOK/Charlotte Aitchison/Linus Wiklund/Noonie Bao Built a world All in my mind, oh On... -
No Angel
[by:Trap_Girl] 作曲 : Charli XCX/Invisible Men/Salt Wives Always been a little bit fast and wild And mama always said I w... -
Focus
[by:Trap_Girl] 作曲 : Charli XCX/Svante Halldin/Alexander G Cook/Jakob Hazell I just want you to focus on my love Just fo... -
White Mercedes
[by:thismessweare1n] 作曲 : Ali Tamposi/Andrew Wotman/Charlotte Aitchison/Nathan Perez Don't say you love me 'Cause I can... -
Drop That Kitty (feat. Charli XCX and Tinashe)
[by:九九Lrc歌词网～www.99Lrc.net] Drop that kitty down low Pop that kitty down low Shop that like a window I'm gon' make you e... -
Out Of My Head
[by:Trap_Girl] Glitter in my sheets Dancing on no sleep I don't learn wanna burn wanna turn all the way up yeah I don't ... -
Miss U
[by:Trap_Girl] 作曲 : Charli XCX/Noonie Bao/Linus Wiklund/Madison Love 作词 : Charli XCX/Noonie Bao/Linus Wiklund/Madison ... -
XXXTC
[by:Trap_Girl] Brooke Candy： Drip drop I'm a lip-lock lady Lipgloss on the thick c**k candy Tick-tock t*****s flip-flop ... -
Spicy
作曲 : Victoria Beckham/Melanie Brown/Emma Bunton/Melanie Chisholm/Geraldine Halliwell/Matthew Rowe/Richard Stannard/Joel...  -
Moonlight
[by:Trap_Girl] 作曲 : Diego Leanos/Matthew Day/Robert Mandell 作词 : Diego Leanos/Matthew Day/Robert Mandell (Ear Drummers... -
100 Bad (Charli XCX Remix)
[by:Trap_Girl] 作曲 : Tommy Genesis/Charlotte Emma Aitchison 作词 : Tommy Genesis/Charlotte Emma Aitchison Huh-uh, Ooh (10... -
3AM (Pull Up)
[by:蠢梨Sherry] Ahh, da-da, ooh, your love Ahh, da-da, ooh, your love Yeah, I know, yeah, I know, yeah, I know I'll always... -
I Got It
[by:Trap_Girl] 作曲 : Charli XCX/Pablo Bispo/Rodrigo Gorky/Jesse Shatkin/Arthur Marques/A.G. Cook/CupcakKe Brooke Candy f... -
Dreamer
[by:蠢梨Sherry] Eh-XCX I'm a dreamer Step, step out the Beemer 'Bout to do it big Stretch, stretch limousine-uh I'm a drea... -
I Don't Wanna Know
[by:thismessweare1n] 作曲 : ALEXANDER GUY COOK/Charlotte Aitchison Laying in silence You were a diamond bright Yeah, touc... -
Red Balloon
[by:超级无敌香芋卷] [ti:Red Balloon] [ar:Charli XCX] [al:Home (Original Motion Picture Soundtrack)] [by:0] [offset:0] If you go... -
Official
[by:thismessweare1n] 作曲 : ALEXANDER GUY COOK/Charlotte Aitchison/Finn Keane/Noonie Bao/Patrik Berger Hard to read You c... -
Silver Cross
[by:thismessweare1n] 作曲 : ALEXANDER GUY COOK/Charlotte Aitchison Do you feel alright? Do you need me by your side? We g... -
London Queen
Right away from Hollywood I said to mom, this isn't a holiday Listen up, I ain't going back To London to the shackler wi...  -
Porsche
[by:yvvoonnnnee] 作曲 : Charli XCX/Karen Marie Ørsted/King Henry/A.G. Cook/Cassia O'Reilly (Bonzai) [Charli XCX] I've bee... -
After the Afterparty (VIP Mix)
[by:小陀螺Tony] R.I.P, XCX I, feel the afterparty We all wind and I spend my money We all stay and I pop the champagne We p... -
If It's Over
[by:Trap_Girl] 作曲 : Karen Marie Ørsted/Charlotte Emma Aitchison/Tor Erik Hermansen/Ori Kaplan/Ross Birchard/Jocelyn Don... -
Fancy
First things first, I'm the realest (realest) Drop this and let the whole world feel it (let them feel it) And I'm still... -
Playboy Style
[by:Trap_Girl] 作曲 : Grace Chatto/Ryan Alan/Salt Wives/Jack Patterson/Invisible Men/Danielle Bregoli Uh, oh damn Uh, uh,... -
Blame It On Your Love (Seeb & Kid Joki Remix)
[by:Trap_Girl] 作曲 : Finn Keane/Lizzo/Noonie Bao/Sasha Sloan/Charlotte Aitchison/StarGate I blame it on you I blame it o... -
After the Afterparty
[by:hondoes] After the after the party we're gonna keep it going We're gonna rip it up, the neighbours might complain I... -
Boys
[by:immaculatewhore] 作曲 : Emily Warren/Michael Pollack/Jerker Hansson/Ari Leff/Ingrid Andress/Cass Lowe I was busy thin... -
I Love It
I got this feeling on the summer day when you were gone. I crashed my car into the bridge. I watched, burn.I let it I... -
Next Level Charli
[by:thismessweare1n] 作曲 : ALEXANDER GUY COOK/Charlotte Aitchison I go hard, I go fast And I never look back I go speedi... -
Gone
作曲 : Noonie Bao/Heloise Letissier/Linus Wiklund/Nicolas Petitfrere/Charlotte Aitchison I have to go, I'm so sorry Bu... -
Vroom Vroom
[ti:Vroom Vroom ] [ar:Charli XCX] 作曲 : Noonie Bao/Amanda Lucille Warner/Charlotte Aitchison/SOPHIE Let's ride Let's ri... -
Break the Rules
Electric lights Blow my mind I feel alright Never stop, it’s how we ride Coming up until we die You catch my eye *****, ... -
February 2017
[by:Sherry_Esther] Uh, yeah, yeah, yeah, yeah, yeah, yeah Uh, yeah, yeah, yeah, yeah, yeah, yeah Yeah Know I keep on say... -
Doing It
We re staying all night We never slow down I think we better do it like we re doing it now It s been a long time Since w... -
Warm
[by:Trap_Girl] 作曲 : Alana Haim/ALEXANDER GUY COOK/Charlotte Aitchison/Danielle Haim/Este Haim You gotta tell me the rea... -
Click (feat. Kim Petras and Slayyyter) [No Boys Remix]
[by:希文戳了你一下] 作曲 : ALEXANDER GUY COOK/Charlotte Aitchison/Dylan Brady/Jaan Umru Rothenberg/Slayyyter/Theron Thomas Get ... -
Boys中文版 (Howie Lee Remix)
作曲 : Jerker Hansson/Cass Lowe/Emily Warren/Ingrid Andress/Michael Pollack/Ari Leff 作词 : Jerker Hansson/Cass Lowe/Emily... -
Flash Pose
[by:thismessweare1n] 作曲 : Charli XCX/Rodrigo Gorky/Pablo Bispo/Zebu/Arthur Marques/Maffalda/Aluna Francis Composed by：C...


Colombian born in 1997, current Computer Science student at Universidad de los Andes, coursing a double program with Music Production.
Some common pastimes include learning songs on guitar, friendly tennis matches and playing chess online.


Thank you for using Sahi MTM Bridge, version 1.0. The readme contains following main sections:
To use Sahi MTM Bridge, copy Sahi.cs and Utils.cs in your test solution. Correct the namespace in both the files to match your own namespace(the present namespace is SahiLibraryMtm). Now you will have access to the Sahi MTM Bridge in your test cases. Refer to Usage guide for using the bridge.
MTM lets you associate a test case with a test scenario. For each test case in MTM, you need to have a Sahi script which will be called in the unit test for the scenario.
For example if we have a test called "test"(not that creative name!) for which we have a Sahi script test_demo.sah(You can fund this script in sahi_home/userdata/scripts/demo/plugins folder). We will be using Nunit to run the unit test for our case. The test case will look like this:
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using NUnit.Framework; //remove this as you will not be using Nunit
//change namespace to your own solution
namespace SahiLibraryMtm
{
[TestFixture]
public class SahiTest
{
private static String sahiHost = "localhost";
private static String sahiPort = "9999";
private static String browserType = "chrome+ie+firefox";
private static String userDataScriptsFolder = "D:/sahi/sahi_pro_g/userdata/scripts/demo/plugins/";
[Test]
public void test()
{
String scriptPath = userDataScriptsFolder + "test_demo.sah";
Sahi sahiHelper = new Sahi(sahiHost, sahiPort);
Boolean s = sahiHelper.executeInParallel("http://sahi.co.in/demo", browserType, scriptPath);
Console.WriteLine(s);
}
}
}
Above code can be found in SahiTest.cs. All we need to do is call executeInParallel method of Sahi.cs as shown above. browserType can take one or multiple browser and will execute them in parallel for multiple browsers. In case of any errors, it will be thrown as exception and will be available to MTM.
In case you face any problems with Sahi MTM Bridge, please send an email to<EMAIL_ADDRESS>with complete reproduction steps and any relevant error messages available with you.


Just share this URL to your friends you want to share files with. Drag & Drop or Select file to share.
Currently online in this drop:
Drag file here to send to active connections.
{{msg.author}}: {{msg.content}}


--- layout: post date: 2010-09-08 time: "09:00:00" authors: ["Greg Wilson"] title: Slides for the First Four Episodes on Make tags: ["Content"] ---
I don't like Make, but I'm resigned to teaching it: other tools have different, rather than lesser, flaws. I've posted slides for the first four episodes of the lecture about it, and hope to have scripts and screencasts up soon. I'd welcome feedback—in particular, if anyone knows a clean solution to the problem at the end of the fourth episode (getting summary data to depend on stats.py), please let me know.
Later: scripts for these four episodes have been added; screencasts should go up next week. And for those who are wondering, the fifth and sixth episodes will cover macros, and how to use Make with Subversion to track the provenance of created files.


Owning Palette: Labstache Classes, Controls, and VIs
Requires: Labstache
The classes, controls, and VIs to create custom lexers, parsers, renderers, etc. for Mustache templates.
| Folder Item | Description |
|---|---|
| Lexer | Extracts and identifies tokens from a Mustache template. |
| Lex | Extracts and identifies tokens from a Mustache template. |
| Loaders | VIs and classes for using and creating custom partial loaders. |
| Nodes | VIs and classes that represent an Abstract Syntax Tree of a Mustache template. |
| Parse | Organizes a series of tokens from a Mustache template into an Abstract Syntax Tree. |
| Readers | VIs and classes for using and creating custom readers of Mustache templates. |
| Render | Write an Abstract Syntax Tree (AST) to a destination based on the Mustache data values and types. |
| Tokens | VIs and classes for tokens identified and extracted from a Mustache template. |
| Writers | VIs and classes for using and creating custom writers of rendered Mustache templates. |


Installation¶
The easiest way to get started with apper is to start from a template project.
This will download and structure a new add-in for you on your local system.
You can set some basic parameters and the template will generate everything you need to get started.
Prerequisites¶
Python interpreter
Install Git
Adjust your path
Packaging tools
Python interpreter¶
Install Python for your operating system. Fusion 360 uses Python 3.7 so it is recommended to install this version locally as it will simplify setting up your development environment in general.
Consult the official Python documentation for details.
You can install the Python binaries from python.org.
Install Git¶
Git is a free and open source distributed version control system designed to handle everything from small to very large projects with speed and efficiency.
You will need to have git installed to properly setup your local environment. It is recomended to just install github desktop if you do not already have git installed locally.
Alternatively you can review other installation options.
Adjust your path¶
Ensure that your bin
folder is on your path for your platform. Typically ~/.local/
for UNIX and macOS, or %APPDATA%\Python
on Windows. (See the Python documentation for site.USER_BASE for full details.)
MacOS¶
For bash shells, add the following to your .bash_profile
(adjust for other shells):
# Add ~/.local/ to PATH
export PATH=$HOME/.local/bin:$PATH
Remember to load changes with source ~/.bash_profile
or open a new shell session.
Windows¶
Ensure the directory where cookiecutter will be installed is in your environment’s Path
in order to make it possible to invoke it from a command prompt. To do so, search for “Environment Variables” on your computer (on Windows 10, it is under System Properties
–> Advanced
) and add that directory to the Path
environment variable, using the GUI to edit path segments.
Example segments should look like %APPDATA%\Python\Python3x\Scripts
, where you have your version of Python instead of Python3x
.
You may need to restart your command prompt session to load the environment variables.
See also
See Configuring Python (on Windows) for full details.
Install cookiecutter¶
cookiecutter creates projects from project templates and is an amazing resource
For more detailed installation instructions see their documentation
First install cookie cutter into your local python environment
pip install cookiecutter
Or potentially if you have a separate python 3 installation you may need to use:
pip3 install cookiecutter
Using the Template¶
Run the cookiecutter template¶
This will create your add-in directory.
cookiecutter https://github.com/tapnair/cookiecutter-fusion360-addin.git
Open your new add-in¶
In Fusion 360 click on the tools tab and select the Scripts and Add-ins command
You can now either Run your new add-in or select Edit to open it in VS Code


Fairhaven Police investigating fatal one-car crash
by Manoella MacedoFAIRHAVEN, Mass. - Police in Fairhaven are investigating a fatal single-car crash that happened on Wednesday evening.
At around 5:15 p.m., officers responded to the area of 475 Bridge Street after receiving 911 calls regarding the crash.
The car involved in the crash, a 2008 Ford F-150, veered off the road and struck a tree before becoming engulfed in flames.
The driver and sole occupant, 31-year-old Shane Pacheco, of North Dartmouth, was pronounced deceased on scene.
Authorities continue to investigate this incident.


{% macro displayPitchList(pitches_list)%} {%if not pitches_list%}
{{pitch.pitch}}
{{comment.comment}}
{{post.pitch}}


data class ActivityViewHolder
object FluidContentResizer
data class KeyboardVisibilityChanged
object KeyboardVisibilityDetector


When people think big and try to find the solutions to their problems arising where their needs stand,
that is the same place where new ways spring out. Online shopping is the best way these days which takes
care of the needs of the people in all possible ways. There are many stores around the world which tries
to bring the maximum comfort level to their customers. Australia is one of the regions where people are
getting the awareness and are trying their best to opt for all those trends which modern world
appreciates.
Super Saver Mama has partnered with all the top stores in Australia making the task of getting the top
notch products to the people from across the country and the world at this one platform. These popular
stores have been the source of bringing the ease and expediency to the customers through discounts &
deals. To us, quality is the best plan along with markdown.


The Strategist quiz #640
The Strategist quiz #640
by Gaurav Sri Krishna1. Connect the Aurora Borealis phenomenon with a popular Internet tool/product and what do you arrive at?
2. Every year on a particular day in February this state in India celebrates the bus day. EG Salter was responsible for it 77 years ago. Name state and mention the reason..
3. Whose famous quote is this: "The Hot line which used to connect the Kremlin with the white House, has been replaced by the Help line, which connects everyone in America to call centres in Bangalore?"
4. Way back in the mid-2000s in the Indian market, chocolate chip cookies were launched using an Australian cricketer's name. Who was he?
5. Name this entity that was founded in the late 1920s to carry mail between the US and Cuba.
6. Connect a Chinese car manufacturer and the TX4, a purpose-built taxicab and what to you arrive at?
7. When Microsoft released Internet Explorer 5 in 1999, what was created or supported for the first time?
8. The Namiki Manufacturing Company is better known as what now?
9. One of this brand's latest ad films is titled "Act of God", name it.
10. This is one of the first logos of a global brand. Name it.
One lucky winner will receive a cheque for Rs 2,000. Send your entries to<EMAIL_ADDRESS>All entries must carry the postal address of the contestant. Last date for receiving entries is November 19 till 8 pm. Previous winners and employees of Business Standard and their families are not eligible to participate. The winner is chosen on the basis of the first correct entry received.
There was an inadvertent error due to which answers to Quiz number 639 were published below the questions in the November 11 issue. Thus that edition of the quiz stands cancelled. The error is regretted


THE WAY OF THE GUN (Artisan) Starring: Ryan Phillippe, Benicio Del Toro, Juliette Lewis, Taye Diggs, Nicky Katt, Scott Wilson, James Caan, Dylan Kussman, Kristin Lehman. Screenplay: Christopher McQuarrie. Producer: Kenneth Kokin. Director: Christopher McQuarrie. MPAA Rating: R (violence, profanity, adult themes) Running Time: 119 minutes. Reviewed by Scott Renshaw.
THE WAY OF THE GUN -- the directing debut by Oscar-winning screenwriter Christopher McQuarrie (THE USUAL SUSPECTS) -- opens the way you always hope a film will open: with so much energy and potential that the whole theater seems electrified. In that opening, a pair of career criminals identified simply as "Parker" (Ryan Phillippe) and "Longbaugh" (Benicio Del Toro) perch on the hood of a car in a nightclub parking lot, drawing the ire of the car's owner and his loud-mouthed female companion. The scene is violent, profane, surprising and hilarious. As a tone-setter, it's marvelous; as a stand-alone piece of writing and directing, it's hella-fun.
Filled with individual moments of loopy creativity, genuinely unsettling violence and wicked dialogue, THE WAY OF THE GUN should have been one of the best films of the year (though in a painfully lackluster 2000, it still has a shot at that dubious honor). The only reason it's not is a fundamental narrative miscalculation on McQuarrie's part: There's no good reason for Parker and Longbaugh to be the film's ostensible protagonists. The story follows the pair as they launch their latest scheme, which involves kidnapping a nine-month-pregnant surrogate mother named Robin (Juliette Lewis). They know the baby's biological parents are paying Robin $1 million for the child, so they know there's money to be had. What they don't know is that the father, Hale Chidduck (Scott Wilson), launders money for organized crime. They also don't know that Chidduck can call on associates like Joe Sarno (James Caan), who has a knack for dealing with problems like Parker and Longbaugh.
For at least the first half-hour, THE WAY OF THE GUN is so skillfully rendered that it seems destined for glory. From Parker and Longbaugh's torment of a clerk at a sperm bank, to the unconventional staging of the kidnapping itself, to the splendid slow-speed chase that follows, McQuarrie twists the crime caper genre 90 degrees at virtually every opportunity. Even playing the Tarantino comparison card doesn't entirely do justice to McQuarrie's ability to throw a wrench into expectations. The connections between the characters become evident only after a bit of reflection; there's no guarantee that bad-asses still won't get their bad asses kicked, or that those who appear likely to take the most punishment might not end up dishing it out. It's almost never exactly what you expect it to be.
And, in at least one case, that's not exactly a compliment. As THE WAY OF THE GUN unfolds, it gradually becomes evident that the true protagonist of the story is not Parker and Longbaugh. That distinction goes to Caan's Sarno, a veteran tough guy with his own priorities in the whole kidnapping episode. While a flurry of sub-plots spin through the film -- attempts by Chidduck's two chief bodyguards (Taye Diggs and Nicky Katt) to double-cross their boss; the manipulations of Chidduck's young wife (Kristin Lehman); the obstetrician (Dylan Kussman) with a tragic past -- it's ultimately Sarno's story. McQuarrie, however, never seems aware of that fact. He lingers on Parker and Longbaugh as though they were the modern-day Butch and Sundance suggested by their names, despite the fact that we're almost never allowed inside the criminals' heads. Telling the story largely from their perspective isn't a celebration of the anti-hero; it's a narrative blunder.
Is that blunder enough to throw THE WAY OF THE GUN entirely off course? Fortunately not. The climax at a Mexican brothel showcases both a nerve-wracking episode of impromptu surgery and a good old-fashioned shoot-out (with a couple of new-fashioned variations). McQuarrie's compositions are unusually rich for a writer-turned-director -- watch for Mrs. Chidduck appearing in the background and at the edge of the frame -- yet he still ends on a kicker of a line of dialogue. The only thing missing from THE WAY OF THE GUN is soul, the soul that would have been provided by Sarno as its center. It's a good film that's a 90 degree twist away from greatness -- the one 90 degree twist McQuarrie didn't take.
On the Renshaw scale of 0 to 10 unusual suspects: 7.
Visit Scott Renshaw's Screening Room http://www.inconnect.com/~renshaw/ *** Subscribe to receive new reviews directly by email! See the Screening Room for details, or reply to this message with subject "Subscribe".
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


|
OpenCV <IP_ADDRESS> | |||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object org.opencv.ml.CvStatModel org.opencv.ml.CvRTrees org.opencv.ml.CvERTrees
public class CvERTrees
The class implements the Extremely randomized trees algorithm.
CvERTrees
is inherited from "CvRTrees" and has the same
interface, so see description of "CvRTrees" class to get details. To set the
training parameters of Extremely randomized trees the same class "CvRTParams"
is used.
| Constructor Summary | |
|---|---|
CvERTrees()
|
| Method Summary | |
|---|---|
boolean |
train(Mat trainData,
int tflag,
Mat responses)
Trains the Random Trees model. |
boolean |
train(Mat trainData,
int tflag,
Mat responses,
Mat varIdx,
Mat sampleIdx,
Mat varType,
Mat missingDataMask,
CvRTParams params)
Trains the Random Trees model. |
| Methods inherited from class org.opencv.ml.CvRTrees |
|---|
clear, getVarImportance, predict_prob, predict_prob, predict, predict |
| Methods inherited from class org.opencv.ml.CvStatModel |
|---|
load, load, save, save |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public CvERTrees()
| Method Detail |
|---|
public boolean train(Mat trainData, int tflag, Mat responses)
CvRTrees
Trains the Random Trees model.
The method "CvRTrees.train" is very similar to the method "CvDTree.train"
and follows the generic method "CvStatModel.train" conventions. All the
parameters specific to the algorithm training are passed as a "CvRTParams"
instance. The estimate of the training error (oob-error
) is
stored in the protected class member oob_error
.
The function is parallelized with the TBB library.
train
in class CvRTrees
trainData
- a trainDatatflag
- a tflagresponses
- a responsespublic boolean train(Mat trainData, int tflag, Mat responses, Mat varIdx, Mat sampleIdx, Mat varType, Mat missingDataMask, CvRTParams params)
CvRTrees
Trains the Random Trees model.
The method "CvRTrees.train" is very similar to the method "CvDTree.train"
and follows the generic method "CvStatModel.train" conventions. All the
parameters specific to the algorithm training are passed as a "CvRTParams"
instance. The estimate of the training error (oob-error
) is
stored in the protected class member oob_error
.
The function is parallelized with the TBB library.
train
in class CvRTrees
trainData
- a trainDatatflag
- a tflagresponses
- a responsesvarIdx
- a varIdxsampleIdx
- a sampleIdxvarType
- a varTypemissingDataMask
- a missingDataMaskparams
- a params
|
OpenCV <IP_ADDRESS> Documentation | |||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


The first step in creating a resizable Blockly workspace is to use CSS or tables to create an area for it. Next, inject Blockly over that area.
→ More info on injecting resizable Blockly…


| 034:043 Khan | : |
And when Our Clear Verses are recited to them, they say: "This (Muhammad SAW) is naught but a man who wishes to hinder you from that which your fathers used to worship." And they say: "This is nothing but an invented lie." And those who disbelieve say of the truth when it has come to them (i.e. Prophet Muhammad SAW when Allah sent him as a Messenger with proofs, evidences, verses, lessons, signs, etc.): "This is nothing but evident magic!" |
| 034:043 Maulana | : |
And when Our clear messages are recited to them, they say: This is naught but a man who desires to turn you away from that which your fathers worshipped. And they say: This is naught but a forged lie! And those who disbelieve say of the Truth when it comes to them: This is only clear enchantment! |
| 034:043 Pickthal | : |
And if Our revelations are recited unto them in plain terms, they say: This is naught else than a man who would turn you away from what your fathers used to worship; and they say: This is naught else than an invented lie. Those who disbelieve say of the truth when it reacheth them: This is naught else than mere magic. |
| 034:043 Rashad | : |
When our proofs were recited to them, perfectly clear, they said, "This is simply a man who wants to divert you from the way your parents are worshipping." They also said, "These are fabricated lies." Those who disbelieved also said about the truth that came to them, "This is obviously magic." |
| 034:043 Sarwar | : |
When Our illustrious revelations are recited to them, they say, "This man only wants to prevent you from worshipping what your father's had worshipped." They say "This, (the Quran), is a mere invented lie." The unbelievers have said about the truth when it came to them, "This only is plain magic." |
| 034:043 Shakir | : |
And when Our clear communications are recited to them, they say: This is naught but a man who desires to turn you away from that which your fathers worshipped. And they say: This is naught but a lie that is forged. And those who disbelieve say of the truth when it comes to them: This is only clear enchantment. |
| 034:043 Sherali | : |
And when Our manifest Signs are recited to them, they say, 'This is but a man who seeks to turn you away from that which your fathers worshiped.' And they say, 'This Qur'an is but a forged lie.' And those who disbelieve say about the truth when it comes to them, 'This is nothing but manifest sorcery.' |
| 034:043 Yusufali | : |
When Our Clear Signs are rehearsed to them, they say, "This is only a man who wishes to hinder you from the (worship) which your fathers practised." And they say, "This is only a falsehood invented!" and the Unbelievers say of the Truth when it comes to them, "This is nothing but evident magic!" |
Concepts/Themes Covered: أركان الإسلام > التوحيد > توحيد الله تعالي > إنذار من لا يعترف بتوحيد الله تعالي بالانتقام Pillars of Islam> Islamic> Oneness of Allah>A Warning to all who do not Acknowledge his Glory Oneness that He'll take Retribution from them أركان الإسلام > التوحيد > الشرك والمشركون > عبادة غير الله تعالى Pillars of Islam> Islamic> Polytheism and the Polytheists> Worshiping Otherwise His Glory أركان الإسلام > (محمد (صلى الله عليه وسلم > أقوال الكافرين فيه Pillars of Islam> The Blessed Muhammad(PBUH)> The Disbelievers' Tales About Him(PBUH) أركان الإسلام > (محمد (صلى الله عليه وسلم > تسليته وتثبيته Pillars of Islam> The Blessed Muhammad(PBUH)> Cheering and Consolidating Him العمل > العمل الطالح > التقليد في العمل Action(Work)> Bad Deeds>Immitation الإنسان والعلاقات الاجتماعية > المجتمع > التقليد الأعمى Man and The Social Relations>The Society>Following the Predecessors Unconsciously
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


constructor Create; virtual;
Creates and initializes an instance of TInvertedDistanceWeightingSampler.
After calling the inherited constructor, Create initializes:


All parts of poison oak contain poisonious oil, Urushiol. Urushiol is highly potent and will cause severe rash and discomfort. The oil binds with skin proteins within 10-15 minutes, making it hard to remove. Rashes can form anywhere from 6 hours to 5 days after exposure.
Tecnu poison oak soap and other products are available at most drug stores. Please make sure the product is safe and will not exacerbate or irriate symptoms. Good luck!


This package provides an automatic product comparison matrix generator using HTML 5, JavaScript, JQuery and Bootstrap without the need of server backends.
For more information please visit the GitHub Project Repository or the developer website: www.danbp.org.
| Loading data... |
Copyright© 2016 - Daniel Brooke Peig


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11:20 am
So the day has come. Today marks the day that I embark on a digital detox. That means today, I won't be using any electronic devices. As in 0.
Already, I can geel the pangs of FOMO [Fear of Missing Out]. I was going to head out with a few friends to Dubau, but last night, I had to message them saying I wouldn't come.
Even figuring out the time is hard. I've had the urge of hitting the home button on my phone to figure out the time. then, I realized I couldn't and looked for my watch instead.
To lessen any temptation, I'm going to leave my phone and laptop in my dorm room as I go about my daily tasts. This will keep me from getting distracted.
But the hardships are real. I've started to realize how hard it is for people without knowledge of computers to function especially in a university like ours. Case in point: I wanted to plan out my GRE prep, with the academic calendar in mind, but what did I realize? Yup, no physical academic calendar is to be found, and lo and behold-- I have no access to the calendar.
What's interesting is that this sort of information nowadays serves as both a barries and an opportunity. It's a barrier to the million so fpeople who do not have access to them, yet also an opportunity to those who have.
In fact, I would agree that it would be [almost] impossible in a life without technology. It simply isn't possible to function at our levels of productivity without it. In fact, I'm now keeping a list of things I need to do when I get back on the net tomorrow. It seems difficult, but I'll get through!
P.S.--Also, no music for me!
4:40 pm
It's been a few hours since I've been awake, and it's so interesting how I haven't actually studied. I've been wanting to do that over the weekend, but I haven't. I guess that's one of the downsides of not having technology, I just can't do my homework.
Specifically, I have a WebAssign homework for Linear Algebra class that works online. Literally, the whole Math homework is online. Hence, now I can't do that homework. My computer security homework is also online. Hence, I casn't do that either. Not being online is terrible, as honestly, a lot of my education has gone online.
Similarly, its been so hard to live life without technology. I've just wanted to take a nap right now, but realized I couldn't do so. I wouldn't have an alarm to wake me up, lest I sleep through the afternoon.
In a certain way though, I think I'm liking this disconnection. I like that I have my own time, that my time is my own, and that no one can demand a response from me unless I give it. I feel that contrary to popular belief that being connected means more freedom--work from home, etc., in fact, being connected restrains me more than ever. I t requires me to keep my mind half-ready for that next message, next ding from Messenger, or next phone call. Being disconnected allows me to see beyond and know who I really interact with in the real world, and see how I could further develop those and other relationships. In a sense, it helps you become a "real" person.
I honestly like this being disconnected thing. It clears my mind more than I can ever imagine, and helps me to see what is really important.
This disconnection is both paralyzing and enabling. Sometimes, I think the paralyzing helps the enabling--the fact that you can't connect, helps you to concentrate more on what is important.
You know what, maybe, I should consider getting those non-smartphone phones. (See, they're so uncommon I don't even know what non-smartphone phones are called!)
So yes, I am super excited about this. Maybe, just maybe, I should do this even longer.
8:40 pm
Almost done with the day, and the temption is just growing even more. I just really want to open my phone and message people.
Two thoughts I have though are:
- I had to meet with someone for an event, and it was just impossible to plan. While previously, I could just message the person if I was going to be late, now that's not possible. I just had to be there on time.
- It's very lonely without technology. I can't just message someone and go say: "Hey, are you busy?" That's not possible no more. Whereas previoysly, I could have chosen to message someone, now I can't. :(
I guess people back then must have found a way to communicate even without technology! But the feedback time would have been terrible. Imagine! For snail mail, it could have taken weeks and days. For telegraphs, hours and minutes. And now for IM's, minutes and seconds. What a difference!
One of the things I find fascinating though is how more anxious I am getting without technology. The FOMO is real, and it's killing me!
10:20 pm
The day is about to come to a close. I know people are hanging out, having parties, but without Messenger, I wouldb't really know what's happenning today--which parties are happenening and where they are happenning.
The good side about that is that I feel that I have ample time myself. I was able to generally fix my table, my room and the common area of my apartment. On the side, I even did a little bit of FRE prepping. I think it is quite rewarding to be disconnected on so many levels.
I've also started to feel the tremors from the construction site across the campus more for some weird reason--maybe that's because I've had less instances to feel and hear these tremors when I've had my earphones on.
I've also thought of skyping and calling home, but then I realized that no, I can't do that. So, I'm all the more excited to talk to my family tomorrow.
I think that I'm also more mindful of the technology that I use and how long and what I use it for. I realize how much time I actually waste on it, and how much better life would be without them--how much more I might be able to concentrate.
In a certain sense though, I almost feel that technology and being always connected is a necessary evil. You just can't function in a high-paced environment without it. On a sidenote, I wanted to check what the exact prompt was for these responses, but I realiuze that I can't actually check. Oh well.
In terms of my technology use, I hope I can curb it in a few ways:
- Lessen vibrates on my phone. They can usually wait. My life can't.
- Limit usage by doing detox days. This would be a day where I would just remove myself from technology.
These are the two ideas I have for now. I'll update them tomorrow as I write a post-script. I want to be able to write that down on a computer in my blog and see how my respoinses have differed. (Do I still feel the same way when I have computer access already?)
It's honestly been such a great experience detox-ing. I feel less anxious right now than before. I feel much more able to believe that I can live in a life without technology and can now better imagine how life back then (the better days, in some cases) might have been.
Super thankful for the experience, yet also super excited for tomorrow. Here is PWee signing off for my last detox blog as I'm going to sleep.
P.S.-- I was eventually able to take a nao ysing my body clocky by being super careful about sleeping. i.e., keeping the blinds up and the lights on--woke up just about the right time!


NEW
Added "-addexpr" and "-delexpr" console commands: See help ("-h") in the debug console. With addexpr you can add expressions/labels to the VARIABLES pane. With delexpr you can remove them. Functionality is similar to the WATCHes pane. But if you add labels to VARIABLES you are able to modify the values. The WATCHes pane just allows to display values.
NEW
Added "-msetb" and "-msetw" console commands: See help ("-h") in the debug console. With mset you can change single memory locations or fill a complete area. You can fill by byte or word and use little or big endian.
NEW
Added console command "-mvw" to display a memory viewer that displays the memory organized in words instead of
bytes. You can use either little or big endian.
NEW
Added new editor command. Rightclick in your sources and choose "Disassembly at Cursor Position". This will output the disassembly of the instruction at the cursor position in the debug console.
CHANGED
Debug session restart (the green debug button with the circle arrow) now behaves differently. In the past it has been simply a shortcut for STOP and RUN a new debug session. Now it just reloads the binary file and restarts it. I.e. all additional setup you have done so far, e.g. adding memory views, will persist now (until you stop the debug session with the red square button).
FIXED
Register colors in memory views were not updated if the memory view was not focused.
FIXED
Memory views were not updated if the debug session was restarted.
FIXED
DeZog Help: The table of contents is now scrollable.


f9Tiles
modules
Displays a set of Scrabble tiles, which can be dragged to create a chosen word
GameService
StateMachineService
<f9-tiles> </f9-tiles>
<ANY f9-tiles> ... </ANY>
Informs a Service what items have been selected


WITNESS LIST Public Health Committee February 23, 2005-2:00P HB 162 For: Jones, Chris W. (Combined Law Enforcement Associations of Texas (Cleat)) On: Taylor, Jeff (Department of State Health Services) Registering, but not testifying: For: Corona, Bob (Texas Association of Local Health Officials (TALHO)) Glasscock, Bruce (City of Plano) Higgins, Mike (Texas State Association of Fire Fighters) Welsh, Dinah (Texas Hospital Association) HB 842 For: Carl, Lila (Self) Dittman, Dr. Kathryn (Self and Prevent Child Abuse Texas and The Shaken Baby Alliance) Hendee, Jr. M.D., Robert W. (Prevent Child Abuse Texas) On: Bednar, Cynthia (Department of State Health Services) Registering, but not testifying: For: Kroll, Carrie (Texas Pediatric Society) HB 880 On: Bailey, Don W. (Office of the Attorney General) Mattax, David (Office of the Attorney General) Wassdorf, Pete (Office of the Attorney General) Registering, but not testifying: For: Rogers, Johnnie B (Texas Academy of Independent Pharmacists) HB 952 For: Hymel, Ray (Texas Public Employees Association (TPEA)) O'Connor, Caroline (Texas State Employees Union) Ross, Joan (Coalition for Nurses in Advanced Practice) On: Faulkner, Grace Montgomery (TCEQ) Huang, MD, Philip (Texas Dept. of State Health Services) Smith, Jennifer (Department of State Health Services) Registering, but not testifying: For: Pope, Amy H. (Self) Woolbert, Lynda (Coalition for Nurses in Advanced Practice)


--- date: 2010-04-07T00:00:00Z published: true title: U.S. Approves Targeted Killing of American Cleric - NYTimes.com url: /2010/04/07/u-s-approves-targeted-killing-of-american-cleric-nytimes-com/ ---
The Obama administration has taken the extraordinary step of authorizing the targeted killing of an American citizen, the radical Muslim cleric Anwar al-Awlaki, who is believed to have shifted from encouraging attacks on the United States to directly participating in them, intelligence and counterterrorism officials said Tuesday.


// There is not a single listener for connection events in the NATS Go Client.
// Instead, you can set individual event handlers using:
DisconnectHandler(cb ConnHandler)
ReconnectHandler(cb ConnHandler)
ClosedHandler(cb ConnHandler)
DiscoveredServersHandler(cb ConnHandler)
ErrorHandler(cb ErrHandler)
class MyConnectionListener implements ConnectionListener {
public void connectionEvent(Connection natsConnection, Events event) {
System.out.println("Connection event - "+event);
}
}
public class SetConnectionListener {
public static void main(String[] args) {
try {
Options options = new Options.Builder().
server("nats://demo.nats.io:4222").
connectionListener(new MyConnectionListener()). // Set the listener
build();
Connection nc = Nats.connect(options);
// Do something with the connection
nc.close();
} catch (Exception e) {
e.printStackTrace();
}
}
}
let nc = NATS.connect("nats://demo.nats.io:4222");
nc.on('error', (err) => {
t.log('error', err);
});
nc.on('connect', () => {
t.log('client connected');
});
nc.on('disconnect', () => {
t.log('client disconnected');
});
nc.on('reconnecting', () => {
t.log('client reconnecting');
});
nc.on('reconnect', () => {
t.log('client reconnected');
});
nc.on('close', () => {
t.log('client closed');
});
nc.on('permission_error', (err) => {
t.log('permission_error', err);
});
# Asyncio NATS client can be defined a number of event callbacks
async def disconnected_cb():
print("Got disconnected!")
async def reconnected_cb():
# See who we are connected to on reconnect.
print("Got reconnected to {url}".format(url=nc.connected_url.netloc))
async def error_cb(e):
print("There was an error: {}".format(e))
async def closed_cb():
print("Connection is closed")
# Setup callbacks to be notified on disconnects and reconnects
options["disconnected_cb"] = disconnected_cb
options["reconnected_cb"] = reconnected_cb
# Setup callbacks to be notified when there is an error
# or connection is closed.
options["error_cb"] = error_cb
options["closed_cb"] = closed_cb
await nc.connect(**options)
# There is not a single listener for connection events in the Ruby NATS Client.
# Instead, you can set individual event handlers using:
NATS.on_disconnect do
end
NATS.on_reconnect do
end
NATS.on_close do
end
NATS.on_error do
end
// connect will happen once - the first connect
nc.on('connect', (nc) => {
// nc is the connection that connected
t.log('client connected');
});
nc.on('disconnect', (url) => {
// nc is the connection that reconnected
t.log('disconnected from', url);
});
nc.on('reconnecting', (url) => {
t.log('reconnecting to', url);
});
nc.on('reconnect', (nc, url) => {
// nc is the connection that reconnected
t.log('reconnected to', url);
});


C++ Standard Library, The: A Tutorial and Reference
Preface
Acknowledgments
1. About this Book
1.1 Why this Book
1.2 What You Should Know Before Reading this Book
1.3 Style and Structure of the Book
1.4 How to Read this Book
1.5 State of the Art
1.6 Example Code and Additional Information
1.7 Feedback
2. Introduction to C++ and the Standard Library
2.1 History
2.2 New Language Features
2.3 Complexity and the Big-O Notation
3. General Concepts
3.1 Namespace std
3.2 Header Files
3.3 Error and Exception Handling
3.4 Allocators
4. Utilities
4.1 Pairs
4.1.1 Convenience Function make_pair()
4.1.2 Examples of Pair Usage
4.2 Class auto_ptr
4.3 Numeric Limits
4.4 Auxiliary Functions
4.5 Supplementary Comparison Operators
4.6 Header Files <cstddef> and <cstdlib>
5. The Standard Template Library
5.1 STL Components
5.2 Containers
5.3 Iterators
5.4 Algorithms
5.5 Iterator Adapters
5.6 Manipulating Algorithms
5.7 User-Defined Generic Functions
5.8 Functions as Algorithm Arguments
5.9 Function Objects
5.10 Container Elements
5.11 Errors and Exceptions Inside the STL
5.12 Extending the STL
6. STL Containers
6.1 Common Container Abilities and Operations
6.2 Vectors
6.3 Deques
6.4 Lists
6.5 Sets and Multisets
6.6 Maps and Multimaps
6.7 Other STL Containers
6.8 Implementing Reference Semantics
6.9 When to Use which Container
6.10 Container Types and Members in Detail
7. STL Iterators
7.1 Header Files for Iterators
7.2 Iterator Categories
7.3 Auxiliary Iterator Functions
7.4 Iterator Adapters
7.5 Iterator Traits
8. STL Function Objects
8.1 The Concept of Function Objects
8.2 Predefined Function Objects
8.3 Supplementary Composing Function Objects
9. STL Algorithms
9.1 Algorithm Header Files
9.2 Algorithm Overview
9.3 Auxiliary Functions
9.4 The for_each() Algorithm
9.5 Nonmodifying Algorithms
9.6 Modifying Algorithms
9.7 Removing Algorithms
9.8 Mutating Algorithms
9.9 Sorting Algorithms
9.10 Sorted Range Algorithms
9.11 Numeric Algorithms
10. Special Containers
10.1 Stacks
10.2 Queues
10.3 Priority Queues
10.4 Bitsets
11. Strings
11.1 Motivation
11.2 Description of the String Classes
11.3 String Class in Detail
12. Numerics
12.1 Complex Numbers
12.2 Valarrays
12.3 Global Numeric Functions
13. Input/Output Using Stream Classes
13. Input/Output Using Stream Classes
13.1 Common Background of I/O Streams
13.2 Fundamental Stream Classes and Objects
13.3 Standard Stream Operators << and >>
13.4 State of Streams
13.5 Standard Input/Output Functions
13.6 Manipulators
13.7 Formatting
13.8 Internationalization
13.9 File Access
13.10 Connecting Input and Output Streams
13.11 Stream Classes for Strings
13.12 Input/Output Operators for User-Defined Types
13.13 The Stream Buffer Classes
13.14 Performance Issues
14. Internationalization
14.1 Different Character Encodings
14.2 The Concept of Locales
14.3 Locales in Detail
14.4 Facets in Detail
15. Allocators
15.1 Using Allocators as an Application Programmer
15.2 Using Allocators as a Library Programmer
15.3 The Default Allocator
15.4 A User-Defined Allocator
15.5 Allocators in Detail
15.6 Utilities for Uninitialized Memory in Detail
Internet Resources
Where You Can Get the Standard
Internet Addresses/URLs
Bibliography


|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface NativeBuffer
The interface NativeBuffer
is implemented by the framework
to encapsulate a native memory block.
When an instance is garbage collected, the native memory is freed automatically if the buffer owns the native memory.
Use with care if this object is got from a native instance, it may interfere with the normal life cycle of the related native instance.
The sizes used to read and write the native memory are the Java
sizes of the primitive types ever: boolean=1,
byte=1, char=2, short=2, int=4, long=8, float=4, double=8. They are not
affected by methods like NativeTypeManager.setDefaultBooleanSize(long)
with two exceptions:
NativeTypeManager.setWCharTSize(long)
NativeBuffer's methods are not multithread safe.
NativeManager.allocateBuffer(long)
,
NativeManager.attachBuffer(long)
,
NativeManager.attachBuffer(long,long)
,
NativeStateManager.getBuffer()
| Method Summary | |
|---|---|
void |
disconnect()
Disconnects this buffer of the owned native memory, if buffer does not own the native memory does nothing. |
void |
free()
Frees the associated native memory if buffer owns it, else does nothing. |
void |
free(boolean force)
Frees the associated native memory. |
long |
getAddress(long offset)
Returns a platform address value read from the native memory in the buffer address + the specified offset. |
java.lang.String |
getAnsiString(long offset)
Returns a java.lang.String read from the native memory in the buffer address + the specified offset until a '\0' character is found, converting each byte (C char) read to a Java char. |
java.lang.StringBuffer |
getAnsiStringBuffer(long offset)
Returns a java.lang.StringBuffer read from the native memory in the buffer address + the specified offset until a '\0' character is found, converting each byte (C char) read to a Java char. |
int |
getAnsiStringLength(long offset)
Returns the length of the '\0' ended string from the native memory in the buffer address + the specified offset. |
boolean |
getBoolean(long offset)
Returns a boolean read from the native memory in the buffer address + the specified offset. |
boolean[] |
getBooleanArray(long offset,
boolean[] buf,
int index,
int length)
Returns a boolean array read from the native memory in the buffer address + the specified offset. |
boolean |
getBooleanArray(long offset,
int index)
Returns a boolean array element read from the native memory in the buffer address + the specified offset with the specified index. |
NativeBuffer |
getBuffer(long offset,
long size)
Returns a new native buffer mapping a native memory part of the buffer. |
byte |
getByte(long offset)
Returns a byte read from the native memory in the buffer address + the specified offset. |
byte[] |
getByteArray(long offset,
byte[] buf,
int index,
int length)
Returns a byte array read from the native memory in the buffer address + the specified offset. |
byte |
getByteArray(long offset,
int index)
Returns a byte array element read from the native memory in the buffer address + the specified offset with the specified index. |
char |
getChar(long offset)
Returns a char read from the native memory in the buffer address + the specified offset. |
char[] |
getCharArray(long offset,
char[] buf,
int index,
int length)
Returns a char array read from the native memory in the buffer address + the specified offset. |
char |
getCharArray(long offset,
int index)
Returns a char array element read from the native memory in the buffer address + the specified offset with the specified index. |
double |
getDouble(long offset)
Returns a double read from the native memory in the buffer address + the specified offset. |
double[] |
getDoubleArray(long offset,
double[] buf,
int index,
int length)
Returns a double array read from the native memory in the buffer address + the specified offset. |
double |
getDoubleArray(long offset,
int index)
Returns a double array element read from the native memory in the buffer address + the specified offset with the specified index. |
float |
getFloat(long offset)
Returns a float read from the native memory in the buffer address + the specified offset. |
float[] |
getFloatArray(long offset,
float[] buf,
int index,
int length)
Returns a float array read from the native memory in the buffer address + the specified offset. |
float |
getFloatArray(long offset,
int index)
Returns a float array element read from the native memory in the buffer address + the specified offset with the specified index. |
int |
getInt(long offset)
Returns an int read from the native memory in the buffer address + the specified offset. |
int |
getIntArray(long offset,
int index)
Returns an int array element read from the native memory in the buffer address + the specified offset with the specified index. |
int[] |
getIntArray(long offset,
int[] buf,
int index,
int length)
Returns an int array read from the native memory in the buffer address + the specified offset. |
long |
getLong(long offset)
Returns a long read from the native memory in the buffer address + the specified offset. |
long |
getLongArray(long offset,
int index)
Returns a long array element read from the native memory in the buffer address + the specified offset with the specified index. |
long[] |
getLongArray(long offset,
long[] buf,
int index,
int length)
Returns a long array read from the native memory in the buffer address + the specified offset. |
short |
getShort(long offset)
Returns a short read from the native memory in the buffer address + the specified offset. |
short |
getShortArray(long offset,
int index)
Returns a short array element read from the native memory in the buffer address + the specified offset with the specified index. |
short[] |
getShortArray(long offset,
short[] buf,
int index,
int length)
Returns a short array read from the native memory in the buffer address + the specified offset. |
java.lang.String |
getUnicodeString(long offset)
Returns a java.lang.String read from the native memory in the buffer address + the specified offset until a C L'\0' character is found converting each 2 byte (Win32 wchar_t) or 4 byte (Linux/Mac/Solaris wchar_t) read to a Java char. |
java.lang.StringBuffer |
getUnicodeStringBuffer(long offset)
Returns a java.lang.StringBuffer read from the native memory in the buffer address + the specified offset until a '\0' character is found, converting each byte (C char) read to a Java char. |
int |
getUnicodeStringLength(long offset)
Returns the length of the L'\0' (wide char) ended string from the native memory in the buffer address + the specified offset. |
boolean |
isAttached()
Returns true if buffer does not own the associated native memory. |
boolean |
isAttachedTo(NativeAddress address,
long offset)
Returns true if buffer is attached to the specified parent address and offset. |
NativeBufferIterator |
newBufferIterator()
Creates a new native buffer iterator of this buffer. |
void |
setAddress(long offset,
long value)
Updates with a platform address data the native memory in the buffer address + the specified offset. |
void |
setAnsiString(long offset,
java.lang.String value)
Writes on the native memory the specified java.lang.String in the buffer address + the specified offset, each character is converted to one byte (C char), the '\0' character is written in the end. |
void |
setAnsiStringBuffer(long offset,
java.lang.StringBuffer value)
Writes on the native memory the specified java.lang.StringBuffer in the buffer address + the specified offset, each character is converted to one byte (C char), the '\0' character is written in the end. |
void |
setBoolean(long offset,
boolean value)
Updates with a boolean data the native memory in the buffer address + the specified offset. |
void |
setBooleanArray(long offset,
boolean[] buf,
int index,
int length)
Updates with a boolean data array the native memory in the buffer address + the specified offset. |
void |
setBooleanArray(long offset,
int index,
boolean value)
Updates a boolean array element on the native memory in the buffer address + the specified offset with the specified index. |
void |
setBuffer(long offset,
NativeBuffer value)
|
void |
setByte(long offset,
byte value)
Updates with a byte data the native memory in the buffer address + the specified offset. |
void |
setByteArray(long offset,
byte[] buf,
int index,
int length)
Updates with a byte data array the native memory in the buffer address + the specified offset. |
void |
setByteArray(long offset,
int index,
byte value)
Updates a byte array element on the native memory in the buffer address + the specified offset with the specified index. |
void |
setChar(long offset,
char value)
Updates with a char data the native memory in the buffer address + the specified offset. |
void |
setCharArray(long offset,
char[] buf,
int index,
int length)
Updates with a char data array the native memory in the buffer address + the specified offset. |
void |
setCharArray(long offset,
int index,
char value)
Updates a char array element on the native memory in the buffer address + the specified offset with the specified index. |
void |
setDouble(long offset,
double value)
Updates with a double data the native memory in the buffer address + the specified offset. |
void |
setDoubleArray(long offset,
double[] buf,
int index,
int length)
Updates with a double data array the native memory in the buffer address + the specified offset. |
void |
setDoubleArray(long offset,
int index,
double value)
Updates a double array element on the native memory in the buffer address + the specified offset with the specified index. |
void |
setFloat(long offset,
float value)
Updates with a float data the native memory in the buffer address + the specified offset. |
void |
setFloatArray(long offset,
float[] buf,
int index,
int length)
Updates with a float data array the native memory in the buffer address + the specified offset. |
void |
setFloatArray(long offset,
int index,
float value)
Updates a float array element on the native memory in the buffer address + the specified offset with the specified index. |
void |
setInt(long offset,
int value)
Updates with an int data the native memory in the buffer address + the specified offset. |
void |
setIntArray(long offset,
int[] buf,
int index,
int length)
Updates with an int data array the native memory in the buffer address + the specified offset. |
void |
setIntArray(long offset,
int index,
int value)
Updates an int array element on the native memory in the buffer address + the specified offset with the specified index. |
void |
setLong(long offset,
long value)
Updates with a long data the native memory in the buffer address + the specified offset. |
void |
setLongArray(long offset,
int index,
long value)
Updates a long array element on the native memory in the buffer address + the specified offset with the specified index. |
void |
setLongArray(long offset,
long[] buf,
int index,
int length)
Updates with a long data array the native memory in the buffer address + the specified offset. |
void |
setShort(long offset,
short value)
Updates with a short data the native memory in the buffer address + the specified offset. |
void |
setShortArray(long offset,
int index,
short value)
Updates a short array element on the native memory in the buffer address + the specified offset with the specified index. |
void |
setShortArray(long offset,
short[] buf,
int index,
int length)
Updates with a short data array the native memory in the buffer address + the specified offset. |
void |
setUnicodeString(long offset,
java.lang.String value)
Writes on the native memory the specified java.lang.String in the buffer address + the specified offset, each character is converted to two bytes (C wchar_t), the C L'\0' character is written in the end. |
void |
setUnicodeStringBuffer(long offset,
java.lang.StringBuffer value)
Writes on the native memory the specified java.lang.StringBuffer in the buffer address + the specified offset, each character is converted to two bytes (C wchar_t), the C L'\0' character is written in the end. |
long |
size()
Returns the native memory size of the buffer or -1 if unknown. |
| Methods inherited from interface com.innowhere.jnieasy.core.mem.NativeAddress |
|---|
getOffset, getParentAddress, getValue |
| Method Detail |
|---|
void free()
Current implementation calls free(boolean)
with force
set to false.
void free(boolean force)
If force
is true native memory is freed ever, else is
freed if buffer owns it, else does nothing.
If native memory is freed this buffer can not be used anymore.
force
- if true native memory is freed ever, if false is freed if buffer owns the memory.void disconnect()
When this buffer is garbage collected native memory is not freed.
The buffer remains attached and may be used after to invoke this method.
boolean isAttached()
When this buffer is garbage collected native memory is not freed.
boolean isAttachedTo(NativeAddress address, long offset)
Parent address and offset must be coincident.
If buffer owns the native memory returns false.
address
- the parent address.offset
- the relative offset to parent address.
long size()
If the size is unknown the buffer does not impose a superior limit.
boolean getBoolean(long offset)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
void setBoolean(long offset, boolean value)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new value to write.byte getByte(long offset)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
void setByte(long offset, byte value)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new value to write.char getChar(long offset)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
void setChar(long offset, char value)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new value to write.short getShort(long offset)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
void setShort(long offset, short value)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new value to write.int getInt(long offset)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
void setInt(long offset, int value)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new value to write.long getLong(long offset)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
void setLong(long offset, long value)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new value to write.float getFloat(long offset)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
void setFloat(long offset, float value)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new value to write.double getDouble(long offset)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
void setDouble(long offset, double value)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new value to write.long getAddress(long offset)
In a 32 bit platform an int value is read, in a 64 bit will be a long value read.
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
void setAddress(long offset, long value)
In a 32 bit platform an int value is written, in a 64 bit will be a long value written.
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new value to write.java.lang.String getAnsiString(long offset)
The '\0' finalizer is not assigned to the String.
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
void setAnsiString(long offset, java.lang.String value)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new ANSI string to write.java.lang.String getUnicodeString(long offset)
The '\0' finalizer is not assigned to the String.
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
NativeTypeManager.setWCharTSize(long)
void setUnicodeString(long offset, java.lang.String value)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new UNICODE string to write.NativeTypeManager.setWCharTSize(long)
java.lang.StringBuffer getAnsiStringBuffer(long offset)
Current implementation reads a String with
getAnsiString(long)
and copies it to a new StringBuffer.
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
void setAnsiStringBuffer(long offset, java.lang.StringBuffer value)
Current implementation gets a String from the StringBuffer and
writes to native memory with setAnsiString(long,String)
.
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new ANSI string to write.java.lang.StringBuffer getUnicodeStringBuffer(long offset)
Current implementation reads a String with
getUnicodeString(long)
and copies it to a new StringBuffer.
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
void setUnicodeStringBuffer(long offset, java.lang.StringBuffer value)
Current implementation gets a String from the StringBuffer and
writes to native memory with setUnicodeString(long,String)
.
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.value
- the new UNICODE string to write.NativeTypeManager.setWCharTSize(long)
int getAnsiStringLength(long offset)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
int getUnicodeStringLength(long offset)
If accessed memory is out of bounds, an exception is thrown.
offset
- the relative address offset.
NativeTypeManager.setWCharTSize(long)
boolean[] getBooleanArray(long offset, boolean[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.void setBooleanArray(long offset, boolean[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the source array to write data in native memory. Can not be null.index
- the starting index of buf
to write.length
- the number of elements to be written.byte[] getByteArray(long offset, byte[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.void setByteArray(long offset, byte[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the source array to write data in native memory. Can not be null.index
- the starting index of buf
to write.length
- the number of elements to be written.char[] getCharArray(long offset, char[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.void setCharArray(long offset, char[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the source array to write data in native memory. Can not be null.index
- the starting index of buf
to write.length
- the number of elements to be written.short[] getShortArray(long offset, short[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.void setShortArray(long offset, short[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the source array to write data in native memory. Can not be null.index
- the starting index of buf
to write.length
- the number of elements to be written.int[] getIntArray(long offset, int[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.void setIntArray(long offset, int[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the source array to write data in native memory. Can not be null.index
- the starting index of buf
to write.length
- the number of elements to be written.long[] getLongArray(long offset, long[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.void setLongArray(long offset, long[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the source array to write data in native memory. Can not be null.index
- the starting index of buf
to write.length
- the number of elements to be written.float[] getFloatArray(long offset, float[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.void setFloatArray(long offset, float[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the source array to write data in native memory. Can not be null.index
- the starting index of buf
to write.length
- the number of elements to be written.double[] getDoubleArray(long offset, double[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.void setDoubleArray(long offset, double[] buf, int index, int length)
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.buf
- the source array to write data in native memory. Can not be null.index
- the starting index of buf
to write.length
- the number of elements to be written.boolean getBooleanArray(long offset, int index)
Final address is calculated as (Java boolean size is 1 byte):
buffer address + offset + index * 1
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.
void setBooleanArray(long offset, int index, boolean value)
Final address is calculated as (Java boolean size is 1 byte):
buffer address + offset + index * 1
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.value
- the new value.byte getByteArray(long offset, int index)
Final address is calculated as (Java byte size is 1):
buffer address + offset + index * 1
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.
void setByteArray(long offset, int index, byte value)
Final address is calculated as (Java byte size is 1 byte):
buffer address + offset + index * 1
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.value
- the new value.char getCharArray(long offset, int index)
Final address is calculated as (Java char size is 2 bytes):
buffer address + offset + index * 2
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.
void setCharArray(long offset, int index, char value)
Final address is calculated as (Java char size is 2 bytes):
buffer address + offset + index * 2
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.value
- the new value.short getShortArray(long offset, int index)
Final address is calculated as (Java short size is 2 bytes):
buffer address + offset + index * 2
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.
void setShortArray(long offset, int index, short value)
Final address is calculated as (Java short size is 2 bytes):
buffer address + offset + index * 2
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.value
- the new value.int getIntArray(long offset, int index)
Final address is calculated as (Java int size is 4 bytes):
buffer address + offset + index * 4
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.
void setIntArray(long offset, int index, int value)
Final address is calculated as (Java int size is 4 bytes):
buffer address + offset + index * 4
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.value
- the new value.long getLongArray(long offset, int index)
Final address is calculated as (Java long size is 8 bytes):
buffer address + offset + index * 8
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.
void setLongArray(long offset, int index, long value)
Final address is calculated as (Java long size is 8 bytes):
buffer address + offset + index * 8
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.value
- the new value.float getFloatArray(long offset, int index)
Final address is calculated as (Java float size is 4 bytes):
buffer address + offset + index * 4
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.
void setFloatArray(long offset, int index, float value)
Final address is calculated as (Java float size is 4 bytes):
buffer address + offset + index * 4
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.value
- the new value.double getDoubleArray(long offset, int index)
Final address is calculated as (Java double size is 8 bytes):
buffer address + offset + index * 8
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.
void setDoubleArray(long offset, int index, double value)
Final address is calculated as (Java double size is 8 bytes):
buffer address + offset + index * 8
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset, where the array starts.index
- the element array index.value
- the new value.NativeBuffer getBuffer(long offset, long size)
The returned buffer is ever attached to the native memory (does not own the memory) and is independent of parent buffer (native memory shared is the only one dependency).
If accessed memory is out of bounds, an exception is thrown.
offset
- the specified offset.size
- the size of the native memory.
void setBuffer(long offset, NativeBuffer value)
NativeBufferIterator newBufferIterator()
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Encrypt the communication channels when interacting with other software across the network. Encrypting the communication links allows the application to preserve the confidentiality and integrity of the transmitted data.
The following code establishes a connection between two servers. Unfortunately, the communication is not encrypted; therefore, it is possible for an attacker to eavesdrop on the connection.
String remoteHost = "server02.example.com";
int remotePort = "1337";
Socket sock = new Socket(remoteHost, remotePort);
InputStreamReader isr = new InputStreamReader(sock.getInputStream());
BufferedReader input = new BufferedReader(isr);
PrintWriter output = new PrintWriter(sock.getOutputStream(), true);
The following code establishes a connection between two servers. Because the communication is encrypted, the confidentiality of the data in transit is preserved; therefore, it is impossible for an attacker to eavesdrop on the connection.
String remoteHost = "server02.example.com";
int remotePort = "1337";
SSLSocketFactory sslSF = (SSLSocketFactory) SSLSocketFactory.getDefault();
SSLSocket sslSock = (SSLSocket) sslSF.createSocket(remoteHost, remotePort);
InputStreamReader isr = new InputStreamReader(sslSock.getInputStream());
BufferedReader input = new BufferedReader(isr);
PrintWriter output = new PrintWriter(sslSocket.getOutputStream(), true);


IU lives in a world saturated in blues in MV for new single 'Blueming'
by danisurstIU is officially back!
On November 18 KST, the idol dropped the music video for her new single "Blueming," the title track off her fifth mini album 'Love Poem.' The upbeat single is matched with a vibrant video, complete with a blue-haired IU living in a very blue apartment, maintaining a garden of deep blue roses, and taking off on adventures on her bright blue bicycle.
Meanwhile, earlier on the same day, IU released the music video for "Above The Time," the companion song for her 2011 hit single "You & I."
Check out the full music video for "Blueming" above!