Rename Refactoring
The operation of the Rename refactoring is quite similar to that of Find Usages. It uses the same rules for locating the element to be renamed, and the same index of words for locating the files which may have references to the element being renamed.
When the rename refactoring is performed, the method PsiNamedElement.setName() is called for the renamed element, and PsiReference.handleElementRename() is called for all references to the renamed element. Both of these methods perform basically the same action: replace the underlying AST node of the PSI element with the node containing the new text entered by the user. Creating a fully correct AST node from scratch is quite difficult. Thus, surprisingly, the easiest way to get the replacement node is to create a dummy file in the custom language so that it would contain the necessary node in its parse tree, build the parse tree and extract the necessary node from it.
Example: setName() implementation for a Properties language plugin
Another interface related to the Rename refactoring is
NamesValidator.
This interface allows a plugin to check if the name entered by the user in the Rename
dialog is a valid identifier (and not a keyword) according to the custom language rules.
If an implementation of this interface is not provided by the plugin, Java rules for validating identifiers are used.
Implementations of
NamesValidator
are registered in the com.intellij.lang.namesValidator
extension point.
Example: NamesValidator for Properties language plugin
Further customization of the Rename refactoring processing is possible on multiple levels. Providing a custom implementation of the RenameHandler interface allows you to entirely replace the UI and workflow of the rename refactoring, and also to support renaming something which is not a PsiElement at all.
Example: RenameHandler for renaming a resource bundle in the Properties language plugin
If you’re fine with the standard UI but need to extend the default logic of renaming, you can provide an implementation of the RenamePsiElementProcessor interface. This allows you to:
-
Rename an element different from the one on which the action was invoked (a super method, for example)
-
Rename multiple elements at once (if their names are linked according to the logic of your language)
-
Check for name conflicts (existing names etc.)
-
Customize how search for code references or text references is performed
-
etc.
Example: RenamePsiElementProcessor for renaming a property in Properties plugin language


Class
SnapshotWaiter
public final class SnapshotWaiter
A snapshot timing manager to wait and fulfillment for the scenario content to be rendered.
Initializers
Properties
Methods
wait(until:)
public func wait(until timeout: DispatchTime)
Wait for the snapshot until the specified timeout period.
Parameters
| Name | Type | Description |
|---|---|---|
| timeout | DispatchTime |
A timeout period for waiting the snapshot. |


Telemetry is a service in Windows 10 which Contains technical data about the how the Windows devices and its related software is working and send this data periodically to Microsoft so as to enhance the user experience by fixing the Potential issues that occur.
Patch 7-Zip or Adobe Flash
OEM bloatware removal(-sdb)
Defrag places each part of a program together instead of scattered throughout the hard drive, allowing the read-write head to access the data faster on the hard drive.
Perform KVRT, MBAM and SAV scans
Metro apps are touch-screen-friendly apps written especially for Microsoft's WinRT programming interfaces.
The Deployment Image Servicing and Management (DISM) tool can be used to scan and repair potential issues with the .wim store in Windows that may impact system files.
Run through script without executing any jobs
Has no effect if you haven't supplied custom scripts
Send tron.log and the system GUID dump to the Tron developer
Tron deletes itself after running and leaves logs intact
Requires you to configure SwithMailSettings.xml


Puzzle 4
Starting at zero...
- Continually add 3
- If you have a number greater than 10, subtract 10.
- If you get to exactly 10, stop.
If you have done it properly, you should have the sequence:
0 3 6 9 2 5 8 1 4 7 10
Is this a puzzle?
It is so simple and mechanical that it is doesn’t involve any brain power.
It is not
puzzling.
This puzzle-solving technique is called a
Sieve.
It means, continually applying a simple set of steps
until you arrive at the right answer.
The Two-Bucket Problem
You have a 4-gallon bucket and a 7-gallon bucket.
Measure exactly 2 gallons.
You could probably solve this one after a short while.

Both problems are trivially the same, they just require a sieve
Starting at zero...
- Continually add 4 (that is, fill the 4-gallon bucket and tip it into the 7-gallon bucket)
- If you have a number greater than 7, subtract 7 (that is, if you fill the 7-gallon bucket, tip it away and pour in the rest of the 4-gallon bucket)
- If you get to exactly 2, stop.
To slow this down a bit ...
- Start with two empty buckets. We will represent this as the sum: 0+0
- Fill the smaller bucket. You now have 4+0
- Tip it into the bigger bucket. You have 0+4
- Fill the smaller bucket. You have 4+4
- Tip as much as you can (3 gallons) into the bigger bucket. You have 1+7
- Empty the bigger bucket. You have 1+0
- Tip the remainder into the bigger bucket. You have 0+1
- Fill the smaller bucket. You have 4+1
- Tip it into the bigger bucket. You have 0+5
- Fill the smaller bucket. You have 4+5
- Tip as much as you can (2 gallons) into the bigger bucket. You have 2+7
- Stop, because you have 2 gallons in the smaller bucket.
Now try it with the 33cl and 50cl bottles.
It will take a few more steps, but it is just continually adding 33 and subtracting 50 when we go above it.
Simple, and unpuzzling. And this is supposed to be a classic puzzle.


ALIEN: RESURRECTION
108 min., Rated R, Colour Review by Robert Michael Perry
This fourth, and seemingly innocuous, installment in the "Alien" franchise marks the return of Ellen Ripley, cloned by scientists apparently 200 years after her quazi-religious death in ALIEN 3. Why? To revive the tiny alien fetus living inside of her, with hopes of using its DNA to breed a new batch of aliens. However, the film, with all its clutching ambition develops into just another in an endless variation on 1950's style Horror/SF, dressed up with no place to go. At least the first ALIEN knew what it was and where it was headed.
But amidst the familiar rank claustrophobia that permeates the movie's every corner there is a glimmer of an idea here, a possibility of delving further into its inherent seductive terror: By bringing it all back again, mankind is essentially inviting back the devil. It is the Frankenstein myth reborn in the darkness of space, inspiring a range of possibilities: What reason would they have after such a long time to do this? Have they encountered the alien species in the interim? Has humanity grown beyond war and profit to encompass more high-reaching possibilities for alien study? In other more pleading words, has anything changed?
Apparently not, since the initial premise, like so much well-worn machinery, is discarded - except for a few incongruent interludes - after the first act. Scientists, we learn, just like those "company" executives in the previous films, are greedy and get what's coming to them. As Ripley states, once revived and told of their plans: "They'll breed. You'll die." If only Victor Frankenstein had had such sage advice he may never have gone to Ingolstadt.
Given then that the film has no intention of furthering our knowledge of this universe, we are left with the conventions of the universe itself reinterpreted. Certainly, the director, French stylist Jean-Pierre Jeunet, is capable of this. He was, after all, the manic visionary that gave us the wonderfully bleak DELICATESSEN and the fantastical bizarre masterpiece CITY OF LOST CHILDREN. His strengths are essentially visceral, not intellectual, and as the premise falls away to contrivance, we await his ability to dazzle us with new visual stimulation. Jeunet has the gift (one shared perhaps by directors like Terry Gilliam or Tim Burton) to find humour in the grotesque, pleasure in the sadistic nihilism of the world. And this is what we see emerging. There is no doubt the "Alien" franchise could use some of this; after Ridley Scott first turned out its lights, James Cameron flexed its muscle, and David Fincher eroded its landscape, what was there left to do but laugh at the whole sloppy mess? But while Jeunet is doing weird best, he just can't seem to think of a punch line. At first, you sense his pleasure in the material's visual possibilities; he sees the entire situation, indeed the concept itself, all as a nightmarish joke. But he doesn't have much affection for the material to make the horror comic. Rather, he is left to dabble in moments, at his best when concocting clever variations on what we know of the "Alien" universe: deploying acidic blood as a tool rather than a hazard; suspending test subjects over a series of alien incubation pods, and never actually showing the results.
But consider, for instance, the potential in a scene where the lead scientist Gediman (played by the always comically creepy Brad Dourif) watches the movements of one of the many aliens he has bread in a sealed chamber. He and the creature mimic one another, as if reaching a cognitive understanding; one is jailer, the other jailed, but there is a moment when something more might be happening, an epiphany, some primal exchange of intelligence. The scene is both funny and frightening, partly because of its execution, and partly because of its implications - disturbing in its hilarity, the furthering relationship between human and alien. But as the scene progresses it becomes mechanically obvious that there's no such intent behind it - it's there merely to scare.
A similar thing happens later in the picture. Everything has invariably gone to hell, and a mixed bag of space pirates (including a uncharacteristically ineffectual Winona Ryder) follow Ripley through the bowels of the space station to safety. Conspicuously, the movie pauses for a moment allowing the cloned Ripley to discover the seven previous attempts at cloning her DNA. The grotesque carnival of pickled mutants echoes the imagery of CITY OF LOST CHILDREN - you're almost waiting for one of them to open their eyes and say hello. But the seen is, I assume, intended to be serious, affecting, as Ripley shares familial agony with her aborted sisters. Regardless of its purpose, it is perhaps the only truly haunting segment in the film, but like earlier scenes it promises much and delivers nothing. Perhaps if she'd laughed at it all, tearfully, painfully thrown her arms in the air to her whole living purgatory, the scene might have paid off. Instead she destroys it in a belch of rifle-flame and the scene closes with an impotent one-liner. And again the whole scene is rendered vacuous.
Weaver herself is part of the problem. As Ripley, she seems to slither through the film as if eager to shed any emotional skin that might be left from the previous three pictures, enabling her to stand outside of it all, making one venomous quip after another. As a result, the few moments of intimacy she allows herself - the most laughable involving a caressing sequence between her and an alien queen - appear all the more uninvolved. To be sure, Weaver has a presence, but the emotional conviction she gave the previous pictures underscores how little she seems to care about running away from the bogeyman one more time; she seems tired. It's probably the best motivation to take, however, certainly the most genuine.
As the picture winds up to its second half, and the obligatory machinations of the genre start doing the pumping, all this seems little more than an abortive exercise. Of the plot beyond this point there is little else to say, except that it is retread of old material, less inventively concocted, and self-consciously executed. But what else can there be? How many times can characters slide under doors and crawl along air ducts before the whole thing registers with little more effect than a video game? In the end the brief stabs at comic invention and true menace give way to the grotesque veneer of the "alien" concept. The climax of the film, centring on the birth of a new alien personifies this notion. The product of human/alien breeding - thanks to Ripley and the greedy scientists - it assumes to be the culmination of both, but possesses the qualities of neither. Like some poster-boy for "Phantasmagoria" magazine, it's simply grotesque.
Ridley Scott's original ALIEN was also gory, but suggestive, it played with shadow and light as much as with pyrotechnics, latex, and goo. It had a Gothic beauty. The designs by H.R. Giger were truly original - symmetrical, mechanical, yet hauntingly, frighteningly organic, infused with a horrifying sexual certainty. ALIEN exploited this; seeing the alien's ship for the first time you could sense there was a logic to it, an almost invasive design. Yet as each successive film in the series has emerged, the design has grown increasingly sloppy. ALIEN: RESURRECTION takes this slovenly progression to its ultimate gooey apex; the human/alien hybrid creature looks the antithesis of what Giger intended. Or maybe that's the punchline.
copyright 1997 Robert Michael Perry
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


Please select an adventure
Thanks for scheduling the hike on . We will be emailing a confirmation to you at .
Thanks for scheduling the hike on . We will be emailing a confirmation to you at .
Thanks for scheduling the hike on . We will be emailing a confirmation to you at .


Qalingo: Remote Rest Services
CMS Context List
Set the MarketPlace
Set the Market
Set the Market Area
Set the Retailer
Set the Localization
Get the catalog categories
Get the category products
Catalog List
Retailer List
Store List


?
Back
Save
Time setup
Get time from NTP server:
Use 24h format:
Time zone:
GMT(UTC)
GMT/BST
CET/CEST
EET/EEST
US-EST/EDT
US-CST/CDT
US-MST/MDT
US-AZ
US-PST/PDT
CST(AWST)
JST(KST)
AEST/AEDT
NZST/NZDT
North Korea
IST (India)
CA-Saskatchewan
ACST
ACST/ACDT
HST (Hawaii)
UTC offset:
seconds (max. 18 hours)
Current local time is
unknown
.
Clock
Clock Overlay:
None
Analog Clock
Single Digit Clock
Cronixie Clock
First LED:
Last LED:
12h LED:
Show 5min marks:
Seconds (as trail):
Cronixie Display:
Cronixie Backlight:
Countdown Mode:
Countdown Goal:
Year: 20
Month:
Day:
Hour:
Minute:
Second:
Macro presets
Macros have moved!
Presets now also can be used as macros to save both JSON and HTTP API commands.
Just enter the preset id below!
Use 0 for the default action instead of a preset
Alexa On/Off Preset:
Button short press Preset:
Long Press:
Double press:
Countdown-Over Preset:
Timed-Light-Over Presets:
Time-controlled presets
Back
Save


Jewellery worth ₹3.18 cr. seized
Two traders from Mumbai, Vijayawada held
by Staff ReporterIn a raid conducted at Ibrahimpatnam, the outskirts of the city on Sunday, the Commissioner’s Task Force police seized gold ornaments weighing 8.86 kg being transported without any bills.
On a tip-off, the team, led by Task Force Additional Deputy Commissioner of Police K.V. Srinivas Rao and Assistant Commissioner of Police V.S.N. Varma intercepted two persons and recovered the jewellery worth ₹3.18 crore, said Police Commissioner Ch. Dwaraka Tirumala Rao.
According to him, the two persons --Jayesh Jain of Mumbai and P. Srinivas Rao of Vijayawada, both traders, -- were shifting the gold ornaments without any documents. The modus operandi of the traders is to procure gold in huge quantity in Mumbai and shift it without paying any taxes to Vijayawada and other places and supply the same to jewellery showrooms there. The seized jewellery and the two traders were handed over to the Ibrahimpatnam police. The officials of the Income Tax and the Sales Tax Departments were alerted.


When people mention JavaScript, they always think of it is the language of web. However, Ruby also plays a very important role in web application nowadays. So what is the real difference between JavaScript and Ruby?
To determine what type of value something is (a number, a fixnum, a string, an Object, an array, etc), in JavaScript you write typeof and then then the object; in Ruby, you append .class to the end of the object.
In JavaScript, the triple equals sign helps determine if two objects are the same exact object (having the same typeof and the same value). For example: 3 === 3 returns true In Ruby, that is accomplished through the double equals. (3 == 3 returns true)
JavaScript has its own double equals, which shouldn’t be confused with Ruby’s: double equals in JavaScript only determines if the values match. For example: "3" == 3 returns true
Objects (similar to Ruby’s hash), declared as variables, are a way of organizing key/value pairs. For example, var cat = {color: "grey", name: "Spot", age: "12"}; To access the value of an associated key, you can call that on the variable name: cat.name returns "Spot". You can also easily delete a key/value pair by writing delete cat.name. To declare a new key/value pair, write: cat.gender = "male";. This appends this new data point to the end of the Object.
Both Ruby and JavaScript have Arrays, which are more of less logically the same; however, the Object Array functions (JavaScript) and the Class Array methods (Ruby) have different syntax. For example, to find the index of an element in an array, in JavaScript you write arrayName.indexOf("element");. In Ruby, this is accomplished by array_name.index("element")
And of course, there are still a lot of difference between JavaScript and Ruby. Can you identify some?


{% extends 'school/homebase.html' %}
Welcome to Mikaelson Academy.
You can access various features after Login.
Login


The Lineup So Far...
Stay Home Fest is going to be the biggest event of the year and we're working around the clock to bring you the best acts for each day of the festival! Look at the amazing talent we have signed on so far and know that there's even more to come!
Day One
- The Dismemberment Plan (Listen below!)
- Poe
- Tilt
- Shawn Colvin
- Ladytron
- Chromatics
- Royksopp
- Gypsy Kings
- Pentatonix
- Dolly Parton
Day Two
- Bob Seger and the Silver Bullet Band
- Ludacris
- Ariana Grande
- Keith Urban
- Third Eye Blind
- Harry Styles
- Barenaked Ladies
- The Roots
- Steve Miller Band
- The Black Keys
Day Three
- Childish Gambino
- The Jaybirds
- Bass Drum of Death
- Black Pumas
- Nathaniel Rateliff & The Night Sweats
- Washed Out
- Guantanamo Baywatch
- Black Marble
- Durand Jones & The Indications
- Run The Jewels


Currently there is a single endpoint, /messages
, that can be used to create a message (with a POST
request) as well as to obtain a list of messages between users (with a GET
request). The endpoint returns JSON.
Create a POST
request to /messages
with the following parameters:
{
"sender": "sender_username",
"receiver": "receiver_username",
"text": "a text message"
}
The response looks like:
{
"message": {
"id": "message id",
"sender": "sender_username",
"receiver": "receiver_username",
"text": "the text of the message",
"created": "time in UTC",
"updated": "time in UTC"
}
}
Create a GET
request to /messages?user1=username1&user2=username2
to view the conversation between two users. Note that the order does not matter!
The response looks like:
{
"messages": [
{
"id": "an id",
"sender": "username1",
"receiver": "username2",
"text": "hi username2!",
"created": "time in UTC",
"updated": "time in UTC"
},
{
"id": "another id",
"sender": "username2",
"receiver": "username1",
"text": "hi username1!!",
"created": "time in UTC",
"updated": "time in UTC"
}
]
}
message
A json object with:
id
stringsender
username stringreceiver
username stringtext
the text of the message (string)created
time in UTCupdated
time in UTCFor example,
{
"id": "an id",
"sender": "bar",
"receiver": "foo",
"text": "hi foo!!",
"created": "time in UTC",
"updated": "time in UTC"
}
/messages
GET
GET /messages?user1=foo&user2=bar
retrieves a list of messages between foo
and bar
. Note that this includes messages sent by foo
to bar
as well as messages sent by bar
to foo
and that the order does not matter.
user1
a string usernameuser2
a string usernameThe json response has a top level attribute messages
that is an array of message
objects.
{
"messages": [
{
"id": "an id",
"sender": "foo",
"receiver": "bar",
"text": "hi bar!",
"created": "time in UTC",
"updated": "time in UTC"
},
{
"id": "another id",
"sender": "bar",
"receiver": "foo",
"text": "hi foo!!",
"created": "time in UTC",
"updated": "time in UTC"
}
]
}
POST
POST /messages?sender=foo&receiver=bar&text=something
creates a message from foo
to bar
with the text something
.
sender
a string usernamereceiver
a string usernametext
the text of the message (string)The json response has a top level attribute message
that is a message
object.
{
"message": {
"id": "an id",
"sender": "foo",
"receiver": "bar",
"text": "something",
"created": "time in UTC",
"updated": "time in UTC"
}
}


Validation
Home
Validation
Quick Example
jQuery Validation
Email address
Password
I agree to the
terms of service
.


|
Clint
Eastwood
(Gorillaz) |
|
I
ain't happy, I'm feeling glad
I got sunshine, in a bag I'm useless,but not for long The future is coming on I ain't happy, I'm feeling glad I got sunshine, in a bag I'm useless, but not for long The future is coming on It's coming on It's coming on It's coming on Yeah... Ha Ha! Finally someone let me out of my cage Now, time for me is nothing cos I'm counting no age Nah I couldn't be there Nah you shouldn't be scared I'm good at repairs And I'm under each snare Intangible Bet you didn't think so I command you to Panoramic view Look I'll make it all manageable Pick and choose Sit and lose All you different crews Chicks and dudes Who you think is really kickin' tunes?


Objects vs Hashes
August 23, 2015
JavaScript's objects are very similar to ruby's hash objects. The differences can be subtle.
First, let's look at how you access a value from each. Both JavaScript objects and ruby hashes contain key/value pairs, like so:secretAgent = {codeName: "Pink Panter"}
In JavaScript, you would access the value of codeName
by typing secretAgent.codeName
to get Pink Panter
. In ruby, however, you'd get the same value by typing secretAgent[:codeName]
. (I told you the differences were subtle.)
The difference in creating new key/value pairs is much the same. In JavaScript, you could add to our secretAgengt object with this: secretAgent.secretWeapon = "exploding lighter";
. In ruby, you'd do this: secretAgent[:secretWeapon] = "ticking timebomb pocketwatch"
.
Also, JavaScript objects are variables within a variable. Ruby hashes contain instance variables. (Did I mention how subtle the differences could be?) This difference mainly has to do with scope. In JavaScript, there are essentially only 2 levels of scope--in a function and outside a function. In ruby, however, there are a few more levels of scope. Instance variables are accessed only by an instance of the class in which the hash is created.


| Group ID |
Run Date |
GW Model |
GW IP |
SS Ver |
SSL card |
Cipher |
Product |
GW Mode |
Capping |
Test Name |
CPS |
TPS |
Throughput |
RSAs |
Latency |
CPU |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
| {{ test.GroupID }} |
{{ test.RunDate }} |
{{ test.GatewayModel }} |
{{ test.GatewayIP }} |
{{ test.SSVer }} |
{{ test.SSLCard }} |
{{ test.Cipher }} |
{{ test.Product }} |
{{ test.GwMode }} |
{{ test.Capping }} |
{{ test.TestName }} |
{{ test.CPS }} |
{{ test.TPS }} |
{{ test.Throughput }} |
{{ test.RSAs }} |
{{ test.Latency }} |
{{ test.CPU }} |
0">


So you want to be a Domino developer - revisited
It has been a long time since part 1 and a lot of things have changed since the original graphic. XPages came along, Dojo got some decent documentation and everything became social. However the the graphic hasn't changed that much:
There's ServerSide JavaScript and XPages, which isn't hard to snap up if you had sufficient exposure to JavaScript and XML (as suggested before). For die-hard-LotusScript-Forms-Only developers the new HTML/JavaScript driven way of doing things is a big learning curve. There is a Domino Designer that looks more and more like an Eclipse plug-in (which IMHO is a good thing) and made you put SSD and RAM on the Christmas wish list. What is new (and don't tell me next year you haven't seen it coming) is the convergence in all IBM APIs towards a set of common standards. Moving forward you must make yourself familiar with them. In a future version of Notes they will become the API of choice for exceptional work experiences (I shamelessly borrow a term from IBM marketing here). Since you are already familiar with XML, HTTP and JSON, these APIs are actually easy to comprehend:
There's ServerSide JavaScript and XPages, which isn't hard to snap up if you had sufficient exposure to JavaScript and XML (as suggested before). For die-hard-LotusScript-Forms-Only developers the new HTML/JavaScript driven way of doing things is a big learning curve. There is a Domino Designer that looks more and more like an Eclipse plug-in (which IMHO is a good thing) and made you put SSD and RAM on the Christmas wish list. What is new (and don't tell me next year you haven't seen it coming) is the convergence in all IBM APIs towards a set of common standards. Moving forward you must make yourself familiar with them. In a future version of Notes they will become the API of choice for exceptional work experiences (I shamelessly borrow a term from IBM marketing here). Since you are already familiar with XML, HTTP and JSON, these APIs are actually easy to comprehend:
- ATOM Publishing Protocol (AtomPub): XML based format for reading and writing information with structured meta data. Properly implemented is makes heavy use of Dublin Core meta data descriptions. ATOM is behind a lot of data exchange and API including OData (the format Microsoft and SAP have committed to). There is Apache Abdera for Java, support for Atom in Dojo and even jQuery
- OpenSocial: Framework to build applications for integrated experiences. The title might be a bit misleading, since it is much more than "add a share this" button to your page. It is a complete widget definition and interaction standard. Extends iWidgets. Both IBM Portal as well as the IBM XPages server will be both OpenSocial containers and widget contributors. Already today a Domino server cann serve a component in RCP Widget and iWidget format, so we can expect that the component model will support OpenSocial too
- ActivityStreams: While OpenSocial defines interaction up to the UI level, ActivityStreams are the pipes feeding new information into your experience. The ver brief definition: ActivityStreams are ATOM data feeds that have at minimum the agreed set of attributes ad defined by the ActivityStreams working group. I expect ready ActivityStreams controls to first appear in the XPages Extension Library before they move to the product core control set
- Last not least the IBM Social Business Toolkit: It brings all the above components together. The real remarkable aspect: As of today there is no shipping IBM product supporting the full API, nevertheless IBM provides a working test environment, so you can test and be prepared
Posted by Stephan H Wissel on 02 May 2011 | Comments (4) | categories: SYWTBADD


Grand Magister Devon:
Assassins are stealthy killers and fighters in the service of darkness. But to become an Assassin, your level must be at least 20 and you must pass the Test of the Assassin.
Description of Assassin
Change profession to Assassin
Return


--- layout: post title: s-exp operations in emacs categories: [technology] tags: [lisp, clojure, emacs] ---
Structural editing is very useful for lisp dialect languages, such as emacs-lisp, scheme, clojure and so on. Vanilla emacs ships Lisp editing commands for Emacs(lisp.el) and smartparens provides a minor mode for Emacs that deals with parens pairs and tries to be smart about it. If we combine the power of lisp.el and smartparens, we will gain super productivity.
Let’s demo these keys and functions with code examples.
down-lisp(C-M-d)
will go down from ❶ to ❷ ❸ ❹ till ❺, and stop at ❺,
because there is no inner place to go.
sp-down-sexp
from smartparens achieves the same thing as lisp-down
.
❶(❷deftest size-test (❸let [❹ndm (❺nd/new-base-manager)] (is (= 0 (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
backward-up-list(C-M-u)
will move the point backward, in from of each
parenthesis. If the point starts from ❺, wherever inside the internal
expression, it will move to ❹ ❸ ❷ ❶, respectively on each press of
C-M-u
.
❶(deftest size-test ❷(let ❸[ndm ❹(nd/new-ba❺se-manager)] (is (= 0 (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
up-list
is actually forward-up-list
, if compares to backward-up-list~
,
it will let the point move forward out of one level of parentheses,
from ❶, wherever inside the internal expression, to ❷ ❸ ❹ till ❺. This
function is not bound to any keys as default.
(deftest size-test (let [ndm (nd/new-ba❶se-manager)❷]❸ (is (= 0 (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100)))))❹)❺
forward-sexp (C-M-f)
will move forward across one balanced expression (sexp).
Continue press C-M-f
, will move point from ❶ to ❷ and ❸, and stop at
❸. While the smartparens version sp-forward-sexp
, will jump one level
out from ❸.
(deftest size-test (let [ndm (nd/new-base-manager)] ❶(is (= 0 (nd/size (nd/arange ndm 0 0))))❷ (is (= 100 (nd/size (nd/arange ndm 0 100))))❸))
backward-sexp (C-M-b)
move backward across one balanced expression (sexp).
The point will move from ❶ to ❺, and stop here, because there is no backward sexp at the same level.
sp-backward-sexp
will jump one level up.
(deftest size-test (❺let ❹[ndm (nd/new-base-manager)] ❸(is (= 0 (nd/size (nd/arange ndm 0 0)))) ❷(is (= 100 (nd/size (nd/arange ndm 0 100))))❶))
beginning-of-defun (C-M-a)
move backward to the beginning of a
defun. Actually, it moves to the beginning of whatever a top level
parenthesis.
end-of-defun (C-M-e)
move forward to next end of defun, at the next
line of last )
of the defun.
From anywhere between ❶ and ❷, C-M-a
will move the point to ❶ and
C-M-e
moves it to ❷:
❶(deftest size-test (let [ndm (nd/new-base-manager)] (is (= 0 (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100)))))) ❷
mark-sexp (C-M-SPC)
can be used to mark next sexp and more if
repeatedly pressed.
If the cursor is at ❶, press C-M-SPC
once will mark the region from ❶
to ❷, press twice, will mark the region from ❶ to ❸.
sp-mark-sexp
works the same as this function.
(deftest size-test (let [ndm (nd/new-base-manager)] ❶(is (= 0 (nd/size (nd/arange ndm 0 0))))❷ (is (= 100 (nd/size (nd/arange ndm 0 100))))❸))
kill-sexp (C-M-k)
, Kill the sexp (balanced expression) following
point. When the cursor is at ❶:
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= ❶(+ 0 0) (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
C-M-k
will remain the code as below:
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= ❶ (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
sp-kill-sexp(M-k)
does the same operations as kill-sexp
.
But sp-kill-hybrid-sexp(C-k)
will kill all expresses after point till
end of the list:
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= ❶)) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
sp-backward-kill-sexp
and backward-kill-sexp(ESC C-<backspace>)
kills
the sexp (balanced expression) preceding point. (+ 0 0)
is killed when
press ESC C-<backspace>
:
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= (+ 0 0)❶ (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
sp-backward-copy-sexp(C-M-<backspace>)
, will copy previous balanced
expression. For example, this command will copy (+ 0 0)
to kill ring.
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= (+ 0 0)❶ (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
sp-copy-sexp(C-M-w)
does the same operation forwardly comparing to
sp-backward-copy-sexp
. (nd/size (nd/arange ndm 0 0))
is copied in
below example.
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= (+ 0 0)❶ (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
sp-forward-slurp-sexp(C-<right>)
adds sexp following the current list
in it by moving the closing delimiter. When the point is at ❶:
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= (+❶) 0 0 (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
C-<right>
will slurp the next 0
in the parenthesis. The new position
of the right parenthesis is at ❷.
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= (+❶ 0❷) 0 (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
Continue press C-<right>
, twice, the next 0
and ()
will be slurped:
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= (+❶ 0❷ 0❸ (nd/size (nd/arange ndm 0 0))❹))) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
Press C-<right>
again, it will slurp next (is ..)
sexp, and put the
right parenthesis to ❺:
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= (+❶ 0 0 (nd/size (nd/arange ndm 0 0)) (is (= 100 (nd/size (nd/arange ndm 0 100))))❺)))))
sp-forward-barf-sexp(C-<left>)
does the opposite operation that the
delimiter will move one level inside. When the point is at ❺,
continuously press C-<left>
will move the point from ❶ to ❺:
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= (+❺ 0❹ 0❸ (nd/size (nd/arange ndm 0 0))❷ (is (= 100 (nd/size (nd/arange ndm 0 100))))❶)))))
sp-backward-slurp-sexp(M-<left>)
will slurp sexp from left side. When
the point is at ❶:
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= (+ 0❶ 0) (nd/size (nd/arange ndm 0 0)) (is (= 100 (nd/size (nd/arange ndm 0 100))))))))
M-<left>
will slurp =
inside left parenthesis:
(deftest size-test (let [ndm (nd/new-base-manager)] (is ((= + 0❶ 0) (nd/size (nd/arange ndm 0 0)) (is (= 100 (nd/size (nd/arange ndm 0 100))))))))
Next, it will slurp is
:
(deftest size-test (let [ndm (nd/new-base-manager)] ((is (= + 0❶ 0) (nd/size (nd/arange ndm 0 0)) (is (= 100 (nd/size (nd/arange ndm 0 100))))))))
and is
again:
(deftest size-test (let [ndm (nd/new-base-manager)] (((is = + 0❶ 0) (nd/size (nd/arange ndm 0 0)) (is (= 100 (nd/size (nd/arange ndm 0 100))))))))
That means the backward slurp will always slurp the nearest sexp, if there is no sexp in the inner parenthesis, it will slurp outer sexp.
sp-backward-barf-sexp(M-<right>)
is the opposite operation to
sp-backward-slurp-sexp
.
sp-wrap-arround
, sp-wrap-curly
and sp-wrap-square
wraps the region
with ()
, {}
or []
.
sp-unwrap-sexp
unwrap next sexp, while sp-backward-unwrap-sexp
unwraps
previous sexp.
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= (+ 0 0) ❶ (nd/size (nd/arange ndm 0 0)) (is (= 100 (nd/size (nd/arange ndm 0 100))))))))
If point is at ❶, sp-unwrap-sexp
will remove parenthesis of next expression.
❿(deftest size-test ❾(let [ndm (nd/new-base-manager)] ❽(is ❼(= (+ 0 0) ❶ nd/size ❷(nd/arange ndm 0 0) ❸(is ❹(= 100 ❺(nd/size ❻(nd/arange ndm 0 100))))))))
If continuously invoke it, emacs will remove parenthesis at ❷, ❸, ❹, ❺ and ❻. And it will continue to remove outer parenthesis ❼, ❽, ❾, and ❿.
sp-backward-unwrap-sexp
will remove parenthesis of previous expression
(+ 0 0)
.
❼(deftest size-test ❻(let ❹[ndm ❺(nd/new-base-manager)] ❸(is ❷(= + 0 0 ❶ (nd/size (nd/arange ndm 0 0)) (is (= 100 (nd/size (nd/arange ndm 0 100))))))))
If continuously invoked, if will remove ❷, ❸, ❹, ❺, ❻ till ❼. Remind the order of ❹ and ❺, because ❹ is the previous parenthesis when ❸ is removed and ❺ is the previous parenthesis, when ❹ is removed.
sp-splice-sexp
will remove the outer parenthesis, and splice the sexp
from the list. When point is at ❶, this command will remove
parenthesis pair of ❷.
(deftest size-test (let [ndm (nd/new-base-manager)] (is ❷(= (+ 0 0) ❶ (nd/size (nd/arange ndm 0 0)) (is (= 100 (nd/size (nd/arange ndm 0 100))))))))
sp-splice-sexp-killing-around
will keep next expression (nd/size
(nd/arange ndm 0 0))
and kill all other expressions and spaces inside
current list.
(deftest size-test (let [ndm (nd/new-base-manager)] (is ❶(nd/size (nd/arange ndm 0 0)))))
sp-splice-sexp-killing-forward(M-<down>)
will remove parenthesis and
kill following expressions:
(deftest size-test (let [ndm (nd/new-base-manager)] (is = (+ 0 0)❶)))
sp-splice-sexp-killing-backward(M-<up>)
will remove parenthesis and
kill preceeding expressions:
(deftest size-test (let [ndm (nd/new-base-manager)] (is ❶(nd/size (nd/arange ndm 0 0)) (is (= 100 (nd/size (nd/arange ndm 0 100)))))))
sp-split-sexp
will add two parenthesis before and after ) (
:
(deftest size-test (let [ndm (nd/new-base-manager)] (is (= (+ 0 0)) ❶ ((nd/size (nd/arange ndm 0 0)) (is (= 100 (nd/size (nd/arange ndm 0 100))))))))
sp-join-sexp
is the reverse operation of sp-split-sexp
.
sp-convolut-sexp
will put proceeding sexp outside of outer proceeding
sexp:
(deftest size-test (let [ndm (nd/new-base-manager)] ❶(is (= 0 (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
(let [ndm (nd/new-base-manager)] (deftest size-test ❶(is (= (+ 0 0) (nd/size (nd/arange ndm 0 0)))) (is (= 100 (nd/size (nd/arange ndm 0 100))))))
| Key | Map | Description |
|---|---|---|
| Navigation | ||
C-M-d |
down-list |
Move forward down one level of parentheses. |
C-M-u |
backward-up-list |
Move backward out of one level of parentheses. |
C-M-f |
forward-sexp |
Move forward across one balanced expression (sexp). |
sp-forward-sexp |
Same as above, will forward up. | |
C-M-b |
backward-sexp |
Move backward across one balanced expression (sexp). |
sp-backward-sexp |
Same as above, will backward up. | |
C-M-n |
forward-list |
Move forward across one balanced group of parentheses. |
C-M-p |
backward-list |
Move backward across one balanced group of parentheses. |
C-M-a |
beginning-of-defun |
Move backward to the beginning of a defun. |
C-M-e |
end-of-defun |
Move forward to next end of defun. |
| Kill and Yank | ||
C-M-k |
kill-sexp |
Kill the sexp (balanced expression) following point. |
M-k |
sp-kill-sexp |
Kill the balanced expression following point. |
C-k |
sp-kill-hybrid-sexp |
Kill a line as if with ‘kill-line’, but respecting delimiters. |
ESC C-<backspace> |
backward-kill-sexp |
Kill the sexp (balanced expression) preceding point. |
sp-backward-kill-sexp |
Kill the balanced expression preceding point. | |
C-M-<backspace> |
sp-backward-copy-sexp |
Copy the previous ARG expressions to the kill-ring. |
C-M-w |
sp-copy-sexp |
Copy the following ARG expressions to the kill-ring. |
| Slurp and Barf | ||
C-<right> |
sp-forward-slurp-sexp |
Add following sexp by moving the closing delimiter. |
C-<left> |
sp-forward-barf-sexp |
Remove the last sexp by moving the closing delimiter. |
M-<left> |
sp-backward-slurp-sexp |
Add preceding sexp by moving the opening delimiter. |
M-<right> |
sp-backward-barf-sexp |
Remove the first sexp by moving the opening delimiter. |
| Wrap and Unwrap | ||
sp-wrap-arround |
Wrap region with () |
|
sp-wrap-curly |
Wrap region with {} |
|
sp-wrap-square |
Wrap region with [] |
|
sp-unwrap-sexp |
remove parenthesis of next expression | |
sp-backward-unwrap-sexp |
Remove parenthesis of previous expression | |
| Splice, Split, Join | ||
sp-splice-sexp |
Remove delimiters | |
sp-splice-sexp-killing-around |
Remove delimiters and keep next expression | |
M-<down> |
sp-splice-sexp-killing-forward |
Remove delimiters and kill following expressions |
M-<up> |
sp-splice-sexp-killing-backward |
Remove delimiters and kill proceeding expressions |
sp-split-sexp |
Add ) and ( |
|
sp-join-sexp |
Remove ) and ( |
|
sp-convolute-sexp |
Put proceeding sexp outside of outer proceeding sexp |


We enhance cats!
- monetize B2B networks
- target one-to-one mindshare
- synthesize B2C e-tailers
- architect customized models
- syndicate integrated action-items
- benchmark collaborative e-services
- streamline value-added synergies
- integrate B2C bandwidth
- optimize B2B deliverables
- transition cutting-edge solutions


hello, ${text.name}. do you want to go to ${link('test/resources/linked.html', 'test/resources/linked.json', 'other site?')}


Header
Welcome to ForgeBank!
This is a demo for OpenBanking. This application will play the role of the ASPS resource server, which in real life, will be in charge of your accounts and all the transactions.


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java.lang.Object reader.plugins.CSVReader
public class CSVReader
Provides the ability to parse CSV formatted files. This implementation is mostly compliant with the RFC 4180 CSV specification. In particular, 1) each record is expected to be on a single line; 2) fields may be enclosed in double quotes; 3) double quotes inside of a double-quoted string should be escaped with a double quote; 4) space and tab characters are not trimmed from the beginning or end of fields. This implementation has some additional features and/or limitations that might not be supported by other CSV libraries. First, if a field is double-quoted, there should be no additional characters outside of the double quotes. Second, records must not span multiple lines. Third, standard escape sequences (e.g., "\"\t") are also supported inside of quoted fields. Fourth, blank lines are ignored. Finally, note that this class expects text to consist of simple ASCII (1 byte) characters, and that characters 0-8 and 10-31 are all treated as empty whitespace and ignored (unless they occur within a quoted string).
| Constructor Summary | |
|---|---|
CSVReader()
|
| Method Summary | |
|---|---|
void |
closeFile()
Close the open data source, if there is one. |
java.lang.String |
getCurrentTableName()
Get the name of the active table in the data source. |
java.lang.String[] |
getFileExtensions()
Get the standard file extension(s) for the file formats supported by this TabularDataReader. |
java.lang.String |
getFormatDescription()
Get a human-friendly description of the file format(s) supported by this reader. |
java.lang.String |
getFormatString()
Get a short string identifying the file format(s) supported by this reader. |
java.lang.String |
getShortFormatDesc()
Get a short, human-friendly description of the file format(s) supported by this reader. |
boolean |
hasNextTable()
Test if there is at least one table waiting to be processed in the data source. |
void |
moveToNextTable()
Set the active table to the next table in the data source. |
boolean |
openFile(java.lang.String filepath)
Open the specified file for reading. |
java.lang.String[] |
tableGetNextRow()
Get the next row of data from the active table of the data source. |
boolean |
tableHasNextRow()
Test if there is at least one more row of data waiting to be read from the active table of the opened data source. |
boolean |
testFile(java.lang.String filepath)
See if the specified file is a CSV file. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public CSVReader()
| Method Detail |
|---|
public java.lang.String getFormatString()
TabularDataReader
getFormatString
in interface TabularDataReader
public java.lang.String getShortFormatDesc()
TabularDataReader
getShortFormatDesc
in interface TabularDataReader
public java.lang.String getFormatDescription()
TabularDataReader
getFormatDescription
in interface TabularDataReader
public java.lang.String[] getFileExtensions()
TabularDataReader
getFileExtensions
in interface TabularDataReader
public boolean testFile(java.lang.String filepath)
testFile
in interface TabularDataReader
filepath
- The file to test.
public boolean openFile(java.lang.String filepath)
TabularDataReader
openFile
in interface TabularDataReader
filepath
- A file from which to read data.
public boolean hasNextTable()
TabularDataReader
hasNextTable
in interface TabularDataReader
public void moveToNextTable()
TabularDataReader
moveToNextTable
in interface TabularDataReader
public java.lang.String getCurrentTableName()
TabularDataReader
getCurrentTableName
in interface TabularDataReader
public boolean tableHasNextRow()
TabularDataReader
tableHasNextRow
in interface TabularDataReader
public java.lang.String[] tableGetNextRow()
TabularDataReader
tableGetNextRow
in interface TabularDataReader
public void closeFile()
TabularDataReader
closeFile
in interface TabularDataReader
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Link Leaf
About This Project
Link Leaf is world's first and only open source platform where user can create profile and add all his online presence links at one place. This project is targeted to make the contact sharing hasle free and easy. It's kind of Digital Business Card for your online presence. What's more? Our designers are building large number of templates and designs for you to make your LinkLeaf catchy. It completely free and open source. So developers can also contribute in this project. Only the design department is open-source, the core managagement system is secure and highly encrypted for user security. Stay Tuned for more updates.


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Missing Image & CT Evaluation
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Sample, Sammy G
ST0001
CT Evaluation Form
1234567890
Scan
Nodules
Emphysema/Coronary Calcifications
Other Abnormalities
Impression & Follow-Up
Scan information
CT study date
MM/DD/YYYY
Signing radiologist
—
Radiologist
Clinical information
Include in impression
CT scan performed at outside institution
Type of exam
Baseline
Annual repeat
Follow-up (not annual repeat)
Only select Baseline if there is no prior CT or there is a prior CT scan more than 3 years ago
CT protocol
Low-Dose CT
Standard CT
Limited CT
Reconstructed slice thickness (mm)
-
0.5
0.625
0.75
0.8
1.0
Other
Specify
CDTI (vol)
DLP
Size-specific dose estimates (SSDE)
Baseline CT
MM/DD/YYYY
0
months since baseline
Most recent comparative study
MM/DD/YYYY
Prior scans
Nodules
READ before completing the Nodule Grid
BASELINE: Include all nodules >= 6.0 mm in average diameter. Others are OPTIONAL.
ANNUAL REPEAT: include all NEW nodules >= 3.0 mm in average diameter.
For BASELINE CT, all nodules are new unless there is a CT more than 3 years earlier.
For BASELINE CT, the nodules will automatically be sorted with the largest non-calcified nodules with a solid component coming first.
Note: hilar masses and focal consolidation should be included in the nodule grid.
The same nodule ID will be used on all subsequent CT and other forms. NEW nodules, even if LARGER, must follow nodules already listed.
For nodules recommended for biopsy or antibiotics, list the reason in the comments field in the corresponding column.
If no nodules were detected, you may skip this section.
Add nodule
Add nodule
Nodule ID
Nodule 1
Nodule 2
Nodule 3
Nodule 4
Nodule 5
Nodule 6
Nodule 7
Nodule 8
Nodule 9
Nodule 10
Is it new?
Is it new?
-
Newly seen
Prev seen, no change
Prev seen, slight decr
Prev seen, marked decr
Prev seen, slight incr
Prev seen, marked incr
Prev seen, obscured
Prev seen, resolved
Prev seen, not a nodule
Prev seen, resected
Retrospect, no chg
Retrospect, decrease
Retrospect, slight incr
Retrospect, marked incr
Not in outside report
Not included in scan
Is it new?
-
Newly seen
Prev seen, no change
Prev seen, slight decr
Prev seen, marked decr
Prev seen, slight incr
Prev seen, marked incr
Prev seen, obscured
Prev seen, resolved
Prev seen, not a nodule
Prev seen, resected
Retrospect, no chg
Retrospect, decrease
Retrospect, slight incr
Retrospect, marked incr
Not in outside report
Not included in scan
Is it new?
-
Newly seen
Prev seen, no change
Prev seen, slight decr
Prev seen, marked decr
Prev seen, slight incr
Prev seen, marked incr
Prev seen, obscured
Prev seen, resolved
Prev seen, not a nodule
Prev seen, resected
Retrospect, no chg
Retrospect, decrease
Retrospect, slight incr
Retrospect, marked incr
Not in outside report
Not included in scan
Is it new?
-
Newly seen
Prev seen, no change
Prev seen, slight decr
Prev seen, marked decr
Prev seen, slight incr
Prev seen, marked incr
Prev seen, obscured
Prev seen, resolved
Prev seen, not a nodule
Prev seen, resected
Retrospect, no chg
Retrospect, decrease
Retrospect, slight incr
Retrospect, marked incr
Not in outside report
Not included in scan
Is it new?
-
Newly seen
Prev seen, no change
Prev seen, slight decr
Prev seen, marked decr
Prev seen, slight incr
Prev seen, marked incr
Prev seen, obscured
Prev seen, resolved
Prev seen, not a nodule
Prev seen, resected
Retrospect, no chg
Retrospect, decrease
Retrospect, slight incr
Retrospect, marked incr
Not in outside report
Not included in scan
Is it new?
-
Newly seen
Prev seen, no change
Prev seen, slight decr
Prev seen, marked decr
Prev seen, slight incr
Prev seen, marked incr
Prev seen, obscured
Prev seen, resolved
Prev seen, not a nodule
Prev seen, resected
Retrospect, no chg
Retrospect, decrease
Retrospect, slight incr
Retrospect, marked incr
Not in outside report
Not included in scan
Is it new?
-
Newly seen
Prev seen, no change
Prev seen, slight decr
Prev seen, marked decr
Prev seen, slight incr
Prev seen, marked incr
Prev seen, obscured
Prev seen, resolved
Prev seen, not a nodule
Prev seen, resected
Retrospect, no chg
Retrospect, decrease
Retrospect, slight incr
Retrospect, marked incr
Not in outside report
Not included in scan
Is it new?
-
Newly seen
Prev seen, no change
Prev seen, slight decr
Prev seen, marked decr
Prev seen, slight incr
Prev seen, marked incr
Prev seen, obscured
Prev seen, resolved
Prev seen, not a nodule
Prev seen, resected
Retrospect, no chg
Retrospect, decrease
Retrospect, slight incr
Retrospect, marked incr
Not in outside report
Not included in scan
Is it new?
-
Newly seen
Prev seen, no change
Prev seen, slight decr
Prev seen, marked decr
Prev seen, slight incr
Prev seen, marked incr
Prev seen, obscured
Prev seen, resolved
Prev seen, not a nodule
Prev seen, resected
Retrospect, no chg
Retrospect, decrease
Retrospect, slight incr
Retrospect, marked incr
Not in outside report
Not included in scan
Is it new?
-
Newly seen
Prev seen, no change
Prev seen, slight decr
Prev seen, marked decr
Prev seen, slight incr
Prev seen, marked incr
Prev seen, obscured
Prev seen, resolved
Prev seen, not a nodule
Prev seen, resected
Retrospect, no chg
Retrospect, decrease
Retrospect, slight incr
Retrospect, marked incr
Not in outside report
Not included in scan
Endobronchial?
Endobronchial?
-
No
Trachea
Rt. Main
Lt. Main
BI
RUL
RML
RLL
LUL
LLL
Endobronchial?
-
No
Trachea
Rt. Main
Lt. Main
BI
RUL
RML
RLL
LUL
LLL
Endobronchial?
-
No
Trachea
Rt. Main
Lt. Main
BI
RUL
RML
RLL
LUL
LLL
Endobronchial?
-
No
Trachea
Rt. Main
Lt. Main
BI
RUL
RML
RLL
LUL
LLL
Endobronchial?
-
No
Trachea
Rt. Main
Lt. Main
BI
RUL
RML
RLL
LUL
LLL
Endobronchial?
-
No
Trachea
Rt. Main
Lt. Main
BI
RUL
RML
RLL
LUL
LLL
Endobronchial?
-
No
Trachea
Rt. Main
Lt. Main
BI
RUL
RML
RLL
LUL
LLL
Endobronchial?
-
No
Trachea
Rt. Main
Lt. Main
BI
RUL
RML
RLL
LUL
LLL
Endobronchial?
-
No
Trachea
Rt. Main
Lt. Main
BI
RUL
RML
RLL
LUL
LLL
Endobronchial?
-
No
Trachea
Rt. Main
Lt. Main
BI
RUL
RML
RLL
LUL
LLL
Most likely location?
Most likely location?
-
Endobr
LUL
LLL
RUL
RML
RLL
Most likely location?
-
Endobr
LUL
LLL
RUL
RML
RLL
Most likely location?
-
Endobr
LUL
LLL
RUL
RML
RLL
Most likely location?
-
Endobr
LUL
LLL
RUL
RML
RLL
Most likely location?
-
Endobr
LUL
LLL
RUL
RML
RLL
Most likely location?
-
Endobr
LUL
LLL
RUL
RML
RLL
Most likely location?
-
Endobr
LUL
LLL
RUL
RML
RLL
Most likely location?
-
Endobr
LUL
LLL
RUL
RML
RLL
Most likely location?
-
Endobr
LUL
LLL
RUL
RML
RLL
Most likely location?
-
Endobr
LUL
LLL
RUL
RML
RLL
Nodule seen in series
Nodule seen in series
Nodule seen in series
Nodule seen in series
Nodule seen in series
Nodule seen in series
Nodule seen in series
Nodule seen in series
Nodule seen in series
Nodule seen in series
Nodule seen in series
Nodule seen in images
Nodule seen in image (Low)
-
Nodule seen in image (High)
Nodule seen in image (Low)
-
Nodule seen in image (High)
Nodule seen in image (Low)
-
Nodule seen in image (High)
Nodule seen in image (Low)
-
Nodule seen in image (High)
Nodule seen in image (Low)
-
Nodule seen in image (High)
Nodule seen in image (Low)
-
Nodule seen in image (High)
Nodule seen in image (Low)
-
Nodule seen in image (High)
Nodule seen in image (Low)
-
Nodule seen in image (High)
Nodule seen in image (Low)
-
Nodule seen in image (High)
Nodule seen in image (Low)
-
Nodule seen in image (High)
Nodule status
Nodule status
-
Unknown
Benign (Ca++)
Prob benign, prob Ca++
Resolved
Resolving
No change - 2 yrs
PET - positive
PET - negative
PET - indeterminate
Biopsy - unknown
Biopsy - benign
Biopsy - malignant
Biopsy - atyp bronch prolif
Biopsy - metastatic
Resected - malignant
Resected - benign
Nodule status
-
Unknown
Benign (Ca++)
Prob benign, prob Ca++
Resolved
Resolving
No change - 2 yrs
PET - positive
PET - negative
PET - indeterminate
Biopsy - unknown
Biopsy - benign
Biopsy - malignant
Biopsy - atyp bronch prolif
Biopsy - metastatic
Resected - malignant
Resected - benign
Nodule status
-
Unknown
Benign (Ca++)
Prob benign, prob Ca++
Resolved
Resolving
No change - 2 yrs
PET - positive
PET - negative
PET - indeterminate
Biopsy - unknown
Biopsy - benign
Biopsy - malignant
Biopsy - atyp bronch prolif
Biopsy - metastatic
Resected - malignant
Resected - benign
Nodule status
-
Unknown
Benign (Ca++)
Prob benign, prob Ca++
Resolved
Resolving
No change - 2 yrs
PET - positive
PET - negative
PET - indeterminate
Biopsy - unknown
Biopsy - benign
Biopsy - malignant
Biopsy - atyp bronch prolif
Biopsy - metastatic
Resected - malignant
Resected - benign
Nodule status
-
Unknown
Benign (Ca++)
Prob benign, prob Ca++
Resolved
Resolving
No change - 2 yrs
PET - positive
PET - negative
PET - indeterminate
Biopsy - unknown
Biopsy - benign
Biopsy - malignant
Biopsy - atyp bronch prolif
Biopsy - metastatic
Resected - malignant
Resected - benign
Nodule status
-
Unknown
Benign (Ca++)
Prob benign, prob Ca++
Resolved
Resolving
No change - 2 yrs
PET - positive
PET - negative
PET - indeterminate
Biopsy - unknown
Biopsy - benign
Biopsy - malignant
Biopsy - atyp bronch prolif
Biopsy - metastatic
Resected - malignant
Resected - benign
Nodule status
-
Unknown
Benign (Ca++)
Prob benign, prob Ca++
Resolved
Resolving
No change - 2 yrs
PET - positive
PET - negative
PET - indeterminate
Biopsy - unknown
Biopsy - benign
Biopsy - malignant
Biopsy - atyp bronch prolif
Biopsy - metastatic
Resected - malignant
Resected - benign
Nodule status
-
Unknown
Benign (Ca++)
Prob benign, prob Ca++
Resolved
Resolving
No change - 2 yrs
PET - positive
PET - negative
PET - indeterminate
Biopsy - unknown
Biopsy - benign
Biopsy - malignant
Biopsy - atyp bronch prolif
Biopsy - metastatic
Resected - malignant
Resected - benign
Nodule status
-
Unknown
Benign (Ca++)
Prob benign, prob Ca++
Resolved
Resolving
No change - 2 yrs
PET - positive
PET - negative
PET - indeterminate
Biopsy - unknown
Biopsy - benign
Biopsy - malignant
Biopsy - atyp bronch prolif
Biopsy - metastatic
Resected - malignant
Resected - benign
Nodule status
-
Unknown
Benign (Ca++)
Prob benign, prob Ca++
Resolved
Resolving
No change - 2 yrs
PET - positive
PET - negative
PET - indeterminate
Biopsy - unknown
Biopsy - benign
Biopsy - malignant
Biopsy - atyp bronch prolif
Biopsy - metastatic
Resected - malignant
Resected - benign
Nodule consistency
Nodule consistency
-
Solid
Part-solid
Nonsolid
Other (see comment)
Nodule consistency
-
Solid
Part-solid
Nonsolid
Other (see comment)
Nodule consistency
-
Solid
Part-solid
Nonsolid
Other (see comment)
Nodule consistency
-
Solid
Part-solid
Nonsolid
Other (see comment)
Nodule consistency
-
Solid
Part-solid
Nonsolid
Other (see comment)
Nodule consistency
-
Solid
Part-solid
Nonsolid
Other (see comment)
Nodule consistency
-
Solid
Part-solid
Nonsolid
Other (see comment)
Nodule consistency
-
Solid
Part-solid
Nonsolid
Other (see comment)
Nodule consistency
-
Solid
Part-solid
Nonsolid
Other (see comment)
Nodule consistency
-
Solid
Part-solid
Nonsolid
Other (see comment)
Length (mm)
length (mm)
length (mm)
length (mm)
length (mm)
length (mm)
length (mm)
length (mm)
length (mm)
length (mm)
length (mm)
Maximum width (mm)
Maximum width
Maximum width
Maximum width
Maximum width
Maximum width
Maximum width
Maximum width
Maximum width
Maximum width
Maximum width
Mean diameter (mm)
-
-
-
-
-
-
-
-
-
-
Height (mm)
Height
Height
Height
Height
Height
Height
Height
Height
Height
Height
Volume (mm
3
)
Volume
Calculate
Manually entered
Volume
Calculate
Manually entered
Volume
Calculate
Manually entered
Volume
Calculate
Manually entered
Volume
Calculate
Manually entered
Volume
Calculate
Manually entered
Volume
Calculate
Manually entered
Volume
Calculate
Manually entered
Volume
Calculate
Manually entered
Volume
Calculate
Manually entered
Solid comp. of part-solid
Solid comp. length
x
Solid comp. width
Solid comp. length
x
Solid comp. width
Solid comp. length
x
Solid comp. width
Solid comp. length
x
Solid comp. width
Solid comp. length
x
Solid comp. width
Solid comp. length
x
Solid comp. width
Solid comp. length
x
Solid comp. width
Solid comp. length
x
Solid comp. width
Solid comp. length
x
Solid comp. width
Solid comp. length
x
Solid comp. width
Solid mean diameter(mm)
-
-
-
-
-
-
-
-
-
-
Smooth edges
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Calcifications
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Index Nodule
Index nodule
Index nodule
Index nodule
Index nodule
Index nodule
Index nodule
Index nodule
Index nodule
Index nodule
Index nodule
Spiculated
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Distance from the costal pleura (mm)?
Distance
Distance
Distance
Distance
Distance
Distance
Distance
Distance
Distance
Distance
Action
Action
-
Annual repeat CT
Follow-up CT
Abx + follow-up CT
PET
CT w contrast
CT-guided biopsy
Bronchoscopy
Resection
Action
-
Annual repeat CT
Follow-up CT
Abx + follow-up CT
PET
CT w contrast
CT-guided biopsy
Bronchoscopy
Resection
Action
-
Annual repeat CT
Follow-up CT
Abx + follow-up CT
PET
CT w contrast
CT-guided biopsy
Bronchoscopy
Resection
Action
-
Annual repeat CT
Follow-up CT
Abx + follow-up CT
PET
CT w contrast
CT-guided biopsy
Bronchoscopy
Resection
Action
-
Annual repeat CT
Follow-up CT
Abx + follow-up CT
PET
CT w contrast
CT-guided biopsy
Bronchoscopy
Resection
Action
-
Annual repeat CT
Follow-up CT
Abx + follow-up CT
PET
CT w contrast
CT-guided biopsy
Bronchoscopy
Resection
Action
-
Annual repeat CT
Follow-up CT
Abx + follow-up CT
PET
CT w contrast
CT-guided biopsy
Bronchoscopy
Resection
Action
-
Annual repeat CT
Follow-up CT
Abx + follow-up CT
PET
CT w contrast
CT-guided biopsy
Bronchoscopy
Resection
Action
-
Annual repeat CT
Follow-up CT
Abx + follow-up CT
PET
CT w contrast
CT-guided biopsy
Bronchoscopy
Resection
Action
-
Annual repeat CT
Follow-up CT
Abx + follow-up CT
PET
CT w contrast
CT-guided biopsy
Bronchoscopy
Resection
Comment
Comment
Comment
Comment
Comment
Comment
Comment
Comment
Comment
Comment
Comment
Pathologic diagnosis
Pathologic diagnosis
-For Pathology Use Only-
AAH
Atyp bronch prolif
AIS
MIA
Unspec. non-small cell
Adenocarcinoma
Adenosquamous
Large cell
Squamous cell
Small cell
Carcinoid - typical
Carcinoid - atypical
Not malignant
Benign specific
Other (specify)
Pathologic diagnosis
-For Pathology Use Only-
AAH
Atyp bronch prolif
AIS
MIA
Unspec. non-small cell
Adenocarcinoma
Adenosquamous
Large cell
Squamous cell
Small cell
Carcinoid - typical
Carcinoid - atypical
Not malignant
Benign specific
Other (specify)
Pathologic diagnosis
-For Pathology Use Only-
AAH
Atyp bronch prolif
AIS
MIA
Unspec. non-small cell
Adenocarcinoma
Adenosquamous
Large cell
Squamous cell
Small cell
Carcinoid - typical
Carcinoid - atypical
Not malignant
Benign specific
Other (specify)
Pathologic diagnosis
-For Pathology Use Only-
AAH
Atyp bronch prolif
AIS
MIA
Unspec. non-small cell
Adenocarcinoma
Adenosquamous
Large cell
Squamous cell
Small cell
Carcinoid - typical
Carcinoid - atypical
Not malignant
Benign specific
Other (specify)
Pathologic diagnosis
-For Pathology Use Only-
AAH
Atyp bronch prolif
AIS
MIA
Unspec. non-small cell
Adenocarcinoma
Adenosquamous
Large cell
Squamous cell
Small cell
Carcinoid - typical
Carcinoid - atypical
Not malignant
Benign specific
Other (specify)
Pathologic diagnosis
-For Pathology Use Only-
AAH
Atyp bronch prolif
AIS
MIA
Unspec. non-small cell
Adenocarcinoma
Adenosquamous
Large cell
Squamous cell
Small cell
Carcinoid - typical
Carcinoid - atypical
Not malignant
Benign specific
Other (specify)
Pathologic diagnosis
-For Pathology Use Only-
AAH
Atyp bronch prolif
AIS
MIA
Unspec. non-small cell
Adenocarcinoma
Adenosquamous
Large cell
Squamous cell
Small cell
Carcinoid - typical
Carcinoid - atypical
Not malignant
Benign specific
Other (specify)
Pathologic diagnosis
-For Pathology Use Only-
AAH
Atyp bronch prolif
AIS
MIA
Unspec. non-small cell
Adenocarcinoma
Adenosquamous
Large cell
Squamous cell
Small cell
Carcinoid - typical
Carcinoid - atypical
Not malignant
Benign specific
Other (specify)
Pathologic diagnosis
-For Pathology Use Only-
AAH
Atyp bronch prolif
AIS
MIA
Unspec. non-small cell
Adenocarcinoma
Adenosquamous
Large cell
Squamous cell
Small cell
Carcinoid - typical
Carcinoid - atypical
Not malignant
Benign specific
Other (specify)
Pathologic diagnosis
-For Pathology Use Only-
AAH
Atyp bronch prolif
AIS
MIA
Unspec. non-small cell
Adenocarcinoma
Adenosquamous
Large cell
Squamous cell
Small cell
Carcinoid - typical
Carcinoid - atypical
Not malignant
Benign specific
Other (specify)
Add nodule
Additional non-calcified nodules
Additional calcified nodules
Emphysema/Coronary Calcifications
Emphysema
Not visible
None
Mild
Moderate
Severe
Coronary calcifications
None
Mild
Moderate
Severe
Coronary Artery Calcifications Score
Left main
-
None
Minimal < ⅓
Moderate
Extensive > ⅔
LAD
-
None
Minimal < ⅓
Moderate
Extensive > ⅔
Circumflex
-
None
Minimal < ⅓
Moderate
Extensive > ⅔
RCA
-
None
Minimal < ⅓
Moderate
Extensive > ⅔
Visual
CAC
score
Other Abnormalities
Pulmonary
RUL
RML
RLL
LUL
LLL
Cysts
Yes
Blebs/Bullae
Yes
Regional or diffuse consolidation
(focal - put in nodule grid)
Yes
Scarring
Yes
Apical
Unilateral
Bilateral
Bronchiectasis
Yes
Small airways disease
Yes
Post-surgical findings
(i.e. bronchial resection margin)
N/A
Normal
Abnormal
Not visible
Right
Left
Early and Late Findings of Interstitial Lung Disease
RUL
RML
RLL
LUL
LLL
Traction bronchiectasis in a peripheral location
Yes
Peripheral ground-glass opacities
Yes
Reticulations
Yes
Honeycombing
Yes
Additional comments on pulmonary abnormalities
Include in impression
Pleural or pleural-related
Pleural thickening/plaques
Yes
Right
Left
Calcification
Rounded atelectasis
Yes
RUL
RML
RLL
LUL
LLL
Pleural effusion
Yes
Right
-
None
Small
Moderate
Large
Left
-
None
Small
Moderate
Large
Pleural tumor
Yes
Additional comments on pleural abnormalities
Include in impression
Cardiac and aorta
Aortic calcifications
Aortic Calcifications
-
None
Minimal < ⅓
Moderate
Extensive > ⅔
Pericardial effusion severity
-
None
Minimal
Moderate
Extensive
Pulmonary artery width (mm)
Ascending aorta width (mm)
Ascending Aorta Width
Pulmonary artery/aorta ratio
(calculated)
Additional comments on cardiac abnormalities
Include in impression
Neck and mediastinal
Thyroid
Yes
Calcification
Cyst/nodule < 15 mm
Mass
Other
Specify
Thymus
(report if ovoid > 7 mm or if thymic shape with width > 1.3cm)
Yes
Calcification
Cyst
Mass
Other
Specify
Lymph Nodes
(w/o central fat)
Any enlarged or growing hilar or mediastinal lymph nodes
(short axis > 10mm)
(any size for para-esophageal)
Yes
Level
8
th
edition classification: CHEST 2017; 151: 193-203
N1: Low cervical, supraclavicular, and sternal notch nodes
N2R: Upper paratracheal (right)
N2L: Upper paratracheal (left)
N3A: Prevascular
N3P: Retrotracheal
N4R: Lower paratracheal (right)
N4L: Lower paratracheal (left)
N5: Subaortic
N6: Para-aortic (ascending aorta or phrenic)
N7: Subcarinal
N8: Paraesophageal (below carina)
N9: Pulmonary ligament
N10: Hilar
N11: Interlobar
N12: Lobar
N13: Segmental
N14: Subsegmental
Any calcified hilar or mediastinal lymph nodes
Yes
Abnormal axillary lymph nodes
Yes
Right
Left
Specify
Other Vascular Abnormalities
Yes
Aorta
Pulmonary arteries
Other
Specify
Esophageal
Yes
Air-fluid level
Wall thickening
Mass
Other
Specify
Hiatal Hernia
Yes
Specify
Other Mediastinal Masses
Yes
Calcification
Cyst
Mass
Other
Specify
Additional comments on neck and mediastinal abnormalities
Include in impression
Breast
Right Breast
Yes
Calcification
Cyst
Mass
Other
Specify
Right Breast Density Classification (BI-RADS)
Right Breast Density Classification
-
1 - Almost entirely fatty
2 - Scattered areas of fibroglandular density
3 - Heterogeneously dense
4 - Extremely dense
Left Breast
Yes
Calcification
Cyst
Mass
Other
Specify
Left Breast Density Classification (BI-RADS)
Left Breast Density Classification
-
1 - Almost entirely fatty
2 - Scattered areas of fibroglandular density
3 - Heterogeneously dense
4 - Extremely dense
Additional comments on breast abnormalities
Include in impression
Bone
Specify bone abnormalities
Include in impression
Abdominal
Gallbladder
Yes
Cholecystectomy
Stones
Sludge
Other
Specify
Spleen
Yes
Calcification
Cyst
Mass
Other
Specify
Liver
Yes
Calcification
Cyst
Mass
HU < 40
Other
Specify
Pancreas
Yes
Calcification
Cyst
Mass
Other
Specify
Adrenals
Yes
Calcification
Cyst
Mass
Other
Specify
Kidneys
Yes
Calcification
Cyst
Mass
Other
Specify
Additional comments on abdominal abnormalities
Include in impression
Impression
Annual repeat and follow-up CT scans should utilize the same low-dose protocol used for baseline low-dose CT scans.
Nodules
No evidence of nodules. Follow-up as recommended.
Nodule(s) as described. Consistent with old granulomatous disease. Follow-up as recommended.
Nodule(s) unchanged, as described. Follow-up as recommended.
Nodule(s) as described. Follow-up as recommended.
Other Findings
No other significant abnormalities.
Other abnormalities and suggested follow-up as described above.
Impression remarks
Follow-Up
Follow-up approach:
Lung-RADS
I-ELCAP
Options
select one or more
LDCT follow-up:
Annual repeat
Now
1 month
3 months
6 months
Other
Approximate follow-up date:
MM/DD/YYYY
Other follow-up:
Antibiotics
Contrast CT
PET
Percutaneous biopsy
Bronchoscopy
Pulmonary consultation
Refer to tumor board
No other further follow-up
Other
Specify
Lung-RADS
Category
Not applicable
0 (incomplete)
1 (negative)
2 (benign appearance or behavior)
3 (probably benign)
4A (suspicious)
4B (suspicious)
4X (suspicious)
Modifiers
S - clinically significant or potentially clinically significant findings (non lung cancer)
C - prior diagnosis of lung cancer who return to screening
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Jake Hayes
A software developer from Columbus, Ohio, who graduated from The Ohio State University, with a degree in Geographic Information Science and a minor in Design. Currently, I work as a software consultant supporting the client’s main customer management system.
Programming
My passion is learning new technologies and ways to implement them.
Python
I am highly experienced with Python—a highly versatile language I have used in a variety of settings, including :
- Geospatial analysis (arcpy)
- Simple web scraping (beautiful soup, requests)
- A simple Discord bot (discord.py)
- Basic level web applications (django and flask tutorials)
- Excel scripting (openpyxl)
- Easy CLI applications (Click)
- Testing (pytest)
Go
My main focus with this language has been on backend web development with some CLI applications as well.
JavaScript
As the language of the Internet, JavaScript is a critical component to any web developers portfolio. I have taught myself a variety of JavaScript frameworks and have supported an internal project that used React. I have also used Vue.js in multiple personal projects.
I even have 2 certifications related to JavaScript from FreeCodeCamp.org:
Design
With my background in design, I have an affinity for the aesthetics of software. I also enjoy making both mobile and desktop wallpapers and use whatever application will help me complete my vision the best. I am not afraid to venture into unknown applications and languages, as I strive to create the best possible outcome for my clients.
Adobe Illustrator
I am well versed in Adobe Illustrator My work has focused on logo designs, book cover illustrations, holiday celebrations, and web pages.
Adobe Photoshop
Photoshop is another avenue of expertise. Digital painting, photo editing, and photo compositions are just a few examples of the work I have done. In my free time I have edited I a variety of sports related graphics for fun, as this is a passion of mine.
Other
Adobe Creative Cloud products, including InDesign, XD, Premiere Pro, AfterEffects, and Lightroom, round out my repertoire of experience. As an eager and avid learner, I seek out opportunities to learn new programming languages and applications. No job is too small and no one will out work me or out learn me. I would welcome the opportunity to show you and your business all the possibilities I can create for an innovative, leading-edge web presence.


Trump clears army officers in war crimes cases - Premium Times Nigeria
by Agency ReportU.S. President Donald Trump cleared three army officers who had been accused of war crimes in high-profile cases, pardoning two and restoring the rank of another.
The move on Friday came in spite of reported objection to the president’s plan within the Pentagon and military, but amid prodding by conservatives, including lawmakers staunchly allied with Trump.
The president has previously voiced support for the soldiers, including on Twitter.
The three cases of Clint Lorance, Mathew Golsteyn and Edward Gallagher are unrelated.
Two took place in Afghanistan and one in Iraq.
Gallagher was found not-guilty of murder this year, but was convicted of a lesser charge and was demoted.
Trump now restored his previous rank.
Golsteyn is awaiting trial for murder while Lorance is currently serving a 19-year jail sentence for two murders.
Both were granted full pardons.
The New York Times had reported that top officials, including Defense Secretary Mark Esper, were opposed to clearing the soldiers, saying it would undermine justice and serve as a bad example.
Earlier this year, Trump pardoned an army officer who had already served his prison term and was released on parole, following a guilty verdict for a murder in Iraq.
“The President, as Commander-in-Chief, is ultimately responsible for ensuring that the law is enforced and when appropriate, that mercy is granted,” the White House said in a statement. (dpa/NAN)


Trailblazer is a fast-paced action-puzzle game for PC (Windows). You player as an anthropomorphic blob of oil. As the player moves around the grid-based levels, they leave behind a trail of oil - and along with it, fire! The goal of the game is to reach to end of each level before the fire catches up to you, all while avoiding dangers such as traps and enemies.
This project was the very first game that I made (overall and at VGDC UCI).
Status: Complete (Download)
My primary role for this project was level designer.
Levels
Stephen Chow
Richard Creencia
Jimmy Huynh
Thomas Iu
Hongde Jin
Caroline Kilby
Jason Ames Lee
Shannon Lewis
Scott Mobley
Connor Richards
Ryan Torres
Lamar West
Franklin Ye
Yan Zhao


Creating and deploying the Twitter to Salesforce sample integration
To create and deploy an integration that uses the Twitter and Salesforce connections that you created, the main steps are:
-
You registered your {prodname} environment as a Twitter client and created a {prodname} Twitter connection.
-
You registered your {prodname} environment as a Salesforce client and created a {prodname} Salesforce connection.
-
{prodname} is open and you are logged in.
Choosing the start connection
In {prodname}, to create the sample Twitter to Salesforce integration, the first task is to choose the start connection.
-
You created a Twitter connection.
-
On the left, click Integrations.
-
Click Create Integration.
-
On the Choose a connection page, click the Twitter connection that you created. If you gave it the example name, you would click Twitter Connect 1. When the integration starts, it uses the credentials defined in this connection to connect to Twitter.
-
On the Choose an action page, to the right of the Mention action entry, click Select.
-
On the Configure the action page, click Next. No configuration is required.
When the integration is running, after connecting to Twitter, the integration monitors Twitter for mentions that include your Twitter screen name. A match triggers the next step in the integration. However, before you add steps that operate on data between connections, you choose the connection that the integration uses to finish its work.
Choosing the finish connection
In {prodname}, to continue creating the Twitter to Salesforce sample integration, after you add the start connection, you add the finish connection to the integration.
-
You added the Twitter connection to the integration as the start connection.
-
{prodname} is prompting you to add the finish connection.
-
You created a Salesforce connection.
-
On the Choose a connection page, click the Salesforce connection that you created. If you gave it the example name, you would click SF Connect 1. This integration finishes by using the credentials defined in this connection to connect to Salesforce.
-
On the Choose an action page, to the right of the New record entry, click Select.
-
On the Configure the action page, click in the Object name field and select Contact as the Salesforce record to create.
-
Click Next to add the finish connection to the integration.
Adding a basic filter step
In {prodname}, to continue creating the Twitter to Salesforce sample integration, add a basic filter step that checks tweets that mention you for particular content. At integration execution time, processing continues only if that content is present.
-
You added the Twitter connection as the integration’s start connection.
-
You just added the Salesforce connection as the integration’s finish connection.
-
In the integration visualization, click the plus sign, which displays the steps that you can add to the integration.
-
Click Basic Filter.
-
In the Property Name field, start to enter
text
and whentext
appears below the field, click it. The Twittertext
field, which contains a tweet, is the data that you want the filter to evaluate. -
In the Operator field, accept contains as the condition to be met for the integration to continue.
-
In the Keywords field, enter
#RedHatIsGreat
or some other text that you choose for the value to check for. A tweet that mentions you must contain the text you enter here for the integration to continue operating on this data. -
Click Done to add the basic filter step to the integration.
Adding a data mapping step
To continue creating the Twitter to Salesforce sample integration, add a data mapping step that correlates Twitter mention fields to Salesforce contact fields.
-
The integration’s start connection is to Twitter.
-
The integration’s finish connection is to Salesforce.
-
You just added the filter step between the two connections.
-
In {prodname}, in the integration visualization, click the plus sign that is between the filter step and the finish connection.
-
Click Data Mapper and wait a few moments. When the data fields appear, the Sources panel on the left displays the Twitter fields and the Target panel on the right displays the Salesforce fields.
-
Map the Twitter
name
field to the SalesforceFirstName
andLastName
fields:-
In the Sources panel, click the magnifying glass to display the search field and enter
name
. -
Under the
user
folder, click thename
field. -
In the Target panel, scroll down and click FirstName. The data mapper displays a line from the source name field to the target FirstName field.
-
In the Target panel, scroll down, hover over LastName, press CTRL-Mouse1 (CMD-Mouse1 on MacOS) and select LastName. The data mapper displays another line from the Twitter name field, but this time it goes to the Salesforce LastName field. The blue lines indicate the current focus.
If you accidentally map the wrong fields then delete the incorrect mapping by selecting one of its fields to make it the current mapping. Then click the trash can icon in the top right of the data mapper’s Mapping Details panel.
-
-
Map the Twitter
screenName
field to the SalesforceTitle
field:-
In the Sources panel, click the screenName field.
-
On the right, at the top of the Target panel, click the magnifying glass to display the search field and enter
Title
. -
Click the Title field. The data mapper displays a line from the Twitter screenName field to the Salesforce Title field.
-
-
Map the Twitter
text
field to the SalesforceDescription
field:-
In the Sources search field, enter
text
and click the text field. Be sure to click the toplevel text field. Do not click one of the text fields that is contained in the user field. -
In the Target search field, enter
description
. -
Click the Salesforce Description field to create the mapping.
-
-
In the upper right, click the grid icon to display the list of mappings, which should look like this:
-
In the upper right, click Done.
Giving the integration a name and deploying it
When the Twitter to Salesforce sample integration is complete then you can deploy it and see how it works.
-
The integration’s start connection is Twitter.
-
The integration’s finish connection is Salesforce.
-
The integration has a filter step.
-
You just added a data mapping step to the integration.
-
In the upper right corner, click Publish.
-
In the Name field, enter a name of your choice that distinguishes this integration from any other integrations. For example:
Twitter to Salesforce Sample Integration
. -
In the Description field, optionally enter some information about the integration.
-
Click Save and publish.
{prodname} starts to deploy the integration and then displays the integration summary. Near the top, you can see a progress indicator that shows the publishing stages. {prodname} is generating the runtime for the integration and will start it when the runtime is ready. This takes a few minutes.
A {prodname} account is limited to a specific number of integrations that can be running at one time. For details, see the pricing plan. If you are already running the maximum number of integrations, then you must stop an integration before you can start running another one.
If you are using a {prodname} evaluation account, then only one integration at a time can be running. If you already created one of the other sample integrations and that integration is running then this integration is automatically in the Stopped state. You must stop the running integration and then you can publish this integration.
-
If you are already running the maximum number of integrations, follow these steps to stop an integration:
-
In the left panel, click Integrations.
-
In the entry for the integration that you want to stop, click on the far right.
-
In the popup, click Stop.
-
-
After stopping an integration, start another integration as follows:
-
In the left panel, click Integrations.
-
In the entry for the integration that you want to start, click on the far right.
-
In the popup, click Start.
-


Volkswagen debuting new ID. concept
Volkswagen’s horde of ID. concepts will receive another member in its ranks this month.
by William Stopford- shares
Volkswagen is making sure it brings appropriate ID when it visits the Petersen Automotive Museum this month – an ID. concept, that is.
The company has announced it’s unveiling an all-new ID. concept vehicle at the Building an Electric Future exhibit, set to open to the public on November 20.
The exhibit is intended to show Volkswagen's history and, according to its press release, “emphasise the brand’s plans to become the foremost producer of electric vehicles”.
What better venue, then, to introduce a flagship electric sedan? That appears to be what Volkswagen is doing, the artwork accompanying its press release featuring the ID. Vizzion concept that debuted at last year’s Geneva motor show.
Unless the artwork is a red herring, the “all-new” ID. concept could be a new version of the ID. Vizzion, an enormous electric sedan measuring just 15mm shorter than a long-wheelbase Volkswagen Phaeton and longer even than Volkswagen’s current flagship sedan, the China-only Phideon.
The ID. Vizzion concept was designed for Level 5 autonomous driving. It therefore has no driver’s seat, steering wheel or foot pedals, and little dashboard to speak of, its interior resembling a stylish lounge more so than a passenger car.
Underpinned by the MEB platform, it uses a dual-motor electric powertrain with all-wheel-drive and 225kW. It’s said to be capable of 665km of electric range under the less stringent NEDC combined cycle.
Volkswagen has previously said the ID Vizzion previews a model slated to enter production by 2022, though not all of the concept's technology will be production-ready by that date.
The company was also set to replace the Phaeton with an all-electric model, which may be one and the same.
There’s one other possibility for this ID. concept debut. A leaked product roadmap two years ago revealed the first six members of Volkswagen’s electric ID. family would include an as-yet unseen vehicle, the I.D. AEROe.
This could be the rumoured electric successor to the Beetle, which – much like a brash flagship sedan – would make a great deal of sense for an exhibit on Volkswagen’s heritage and future.
The exhibit at the Petersen will showcase how Volkswagen’s MEB platform was engineered and the variety of models it’ll underpin. Four existing ID. concepts will also be featured.
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Volkswagen debuting new ID. concept


International Conference on Energy and Environment
12-14 December, 2019 T.K.M. College of Arts and Science, Kerala, India
Address of Expected Speakers
Prof. Takeo Yamaguchi
Professor, Tokyo Institute of Technology
Institute of Innovative Research
Laboratory for Chemistry and Life Science
R1-17, 4259 Nagatsuta, Midori-ku, Yokohama 226-8503, JAPAN
Dr. Takanori Tamaki
Associate Professor
Tokyo Institute of Technology
Institute of Innovative Research
Laboratory for Chemistry and Life Science
R1-17, 4259 Nagatsuta, Midori-ku, Yokohama 226-8503, JAPAN
Hideto Imai, Ph. D.
General Manager
Analysis Platform Department
NISSAN ARC Ltd.,
1, Natsushima, Yokosuka, Japan, 237-0061
Prof. Rajan Jose
Dean of Research (Technology)
Research & Innovation Centre
Faculty of Industrial Sciences & Technology
Universiti Malaysia Pahang
Lebuhraya Tun Razak, Gambang 26300
Kuantan, Malaysia.
Prof. Paula M Vilarinho
Professor
Department of Materials and Ceramic Engineering
University of Aveiro
Portugal
Prof. Heli Jantunen
Professor & Head of Electronic Materials
Microelectronics Research Unit
Faculty of Information Technology and Electrical Engineering
P. O. BOX 4500, FI-90014
University of Oulu Finland
Dr. Gopinathan M. Anil kumar
DGM, R&D Center
Noritake Co., Ltd
300 Higashiyama, Miyoshicho, Miyoshi
Aichi Pref. Japan
Prof. Suresh C. Pillai, PhD, MBA, FIMMM, FRMS
Centre for Precision Engineering, Materials and Manufacturing Research &
Nanotechnology and Bio-Engineering Research Division, Department of Environmental Science,
Institute of Technology Sligo,
Ash Lane, Sligo, Ireland
Dr. Lav R. Khot
Assistant Professor
Department of Biological System Engineering
Washington State University, USA
Dr. Mahesh Hariharan
Associate Professor
Department of Chemistry
Indian Institute of Science Education and Research (IISER)
Thiruvananthapuram
Dr. Shajesh P.
Associate Professor
CNMS Jain Global Campus
Jakkasandra Post
Bangalore.
Pin 562112
Dr. Sudarshan Kumar K.
Assistant Professor
Department of Mathematics
Indian Institute of Technology Guwahati
Dr. Sindhuja Sankaran
Associate Professor
Biological Systems Engineering
Washington State University
Pullman, WA 99164-6120
Dr. Pramod Pillai
Assistant Professor
Department of Chemistry
IISER, Pune
Dr. Sujatha Devi. P
Senior Principal Scientist and Head, CSTD
NIIST, Thiruvananthapuram, India
Dr. KGK Warrier
Rtd. Senior Principal Scientist
Chief Ceramic Consultant
CSIR-NIIST
Thiruvananthapuram
Dr. Suraj Soman
Scientist
CSIR-NIIST
Thiruvananthapuram
Dr. Bibin John
Scientist
Energy Systems Division
Vikram Sarabhai Space Centre (VSSC)
Thiruvananthapuram, Kerala, India
Dr. Baiju Vijayan
Assistant Professor & HoD
Department of Nanoscience
Kannur University
Dr. Manfredi Saeli
Dipertimento di Architettura
Università degli Studi di Palermo
Piazza Marina, 61
90133 Palermo
Italy
Dr. Dalia Vishnudasan
Asst Professor
School of Biotechnology
Amrita Vishwa Vidyapeedam
Amrta Puri Campus, Kollam.
Dr. Prakash P Neelakandan
Scientist E
Institute of Nano Science and Technology (INST)
Mohali


The default theme provided by the SDS is the one used by the Stratio products and it is the one you can see on the demo. However, this theme is only a demonstration. Thanks to its multi-theming architecture, the whole look & feel can be adapted to any other appearance needs.
Click below on the radio buttons to switch between different themes.


Introducing MUWL
2009 March 9th by todd anderson
In between work, taming a new puppy and twilighting as an iPhone SDK newbie, i have been busy working on a personal project that has taken way too long to see the light of day. I began working on an AIR application last summer to overcome an incongruency in the middle tier of how i go about finding and purchasing new music… out came a little desktop app i call MUWL.
MUWL stands for MUsic Wish List and allows you to amass a list of albums that you hope one day will make it into your collection.
You can read more detailed information about MUWL from the custardwiki… and/or just keep reading.
I am a sucker for record shops. I love flipping through vinyl and jewel cases – sometimes aimlessly, sometimes with a purpose – and bringing home musty and off-the-press platters. Before i created MUWL, i would discover music that i was into either online through various blogs and what-nots or from word-of-mouth. Problem was, i would write down titles on any scrap of paper that was near me in the hopes that i would remember to shove it in my pocket when i knew i was going to a shop.
There was two major flaws in that system: a) I hardly EVER remembered to bring my scraps of paper and b) Some times i wind up in a record shop without a preconceived notion to go.
To rectify this sorry state of affairs, i thought i could make an app that would allow me to keep that list in one place and could be viewed by any device i might be carrying around with me. Now, i know, i know, why make a application targeting the Flash Platform if you wanted it to be on ANY device… ahem. Well, i just needed a client that i could create fairly quickly that would hook up to an online service. Seeing as i am familiar with the Flex and AIR SDKs, i thought it would get me closer to my goal – plus it would give me a chance to architect an application that supported occasional-activity and offline/remote data synchronization.
Even though i am targeting the Flash Platform for the MUWL desktop application, i wanted to stay away from the AMF protocol (which i would normally use in such a case) in order to keep it open to non-Flash clients that i may make in the future… the main one being a companion iPhone app. As such i went with XML over HTTP and created a REST service using Ruby on Rails.
I built the REST service that MUWL desktop AIR application talks to in Ruby because it has been on my list of things to get familiar with… and it was already installed on my server, so i figured why not. I gotta say i really loved working with Ruby on Rails. We’ll see how much i love i still have for it if more than just me uses the application
Other than a companion iPhone app, i have some other ideas on what to add to the client application. If you download and use MUWL and have any thoughts (or god forbid bugs), let me know.
So here it is, released to the wild if you think it might be of use to you as well.
Big ups go to Ash who did some testing and kept me sane.


Gene therapy is a treatment option for genetic disorders that involves delivering correctional genes to a patient. Viruses, especially adeno-associated viruses (AAV), are commonly used as gene delivery vectors. However, high doses of viral vectors may trigger potentially harmful immune responses. Due to this, there is a lot of detailed and time-consuming research involved in determining the safest dose to effectively carry out gene therapy.
ViraDose is an app which would improve the safety and efficiency of gene therapy clinical trials. The core idea of the project is to use mathematical models to predict a patient's immune response before the dose is administered. First, the user must input background information about the most recent animal trial conducted with the treatment. Using this data, an ideal starting dose for a human clinical trial is calculated. This dose can then be implemented into mathematical models of the user's choosing, allowing them to view predictions about the patient's immune response, potential toxicity, or the effectiveness of the treatment. Although novel, this idea would assist in making gene therapy more viable in mainstream medicine.
ViraDose won a Senior Bronze medal at the 2019 Canada-Wide Science Fair, and was one of the top 3 projects at the Waterloo-Wellington Science and Engineering Fair! The project was coded in Python, using libraries SciPy and Matplotlib to handle solving and graphing differential equations.
To learn more about the project and how to use the app, click on "View Canada-Wide Science Fair Exhibit". Try out the app below! A realistic starting value for the Highest Non-Severely Toxic Dose is 2.5 × 1012 genome copies per kilogram. Try playing around with this value and increasing it by ten-fold increments to see interesting results, especially in the "compare gene expression and toxicity" math model.


GitAhead is a graphical Git client for Windows, Linux and macOS. It features a fast native interface designed to help you understand and manage your source code history.
GitAhead was designed by SciTools™, the makers of Understand™. It has all of the features you expect from a commercial quality client, now completely free and open source.
Git provides a wealth of historical information that, too often, goes unexploited because it's cumbersome to explore with other tools. We believe that when you understand your history you'll make better choices today!


STRIPTEASE A film review by Edwin Jahiel Copyright 1996 Edwin Jahiel
STRIPTEASE ** 1/4 Written and directed by Andrew Bergman from the novel by Carl Hiaasen. Photography, Stephen Goldblatt. Editing, Anne V.Coates. Production design, Mel Bourne. Costumes, Albert Wolsky. Cast: Demi Moore (Erin Grant), Burt Reynolds (Congressman David Dilbeck), Armand Asante (Detective Al Garcia), Ving Rhames (Shad), Robert Patrick (Darrell Grant), William Hill (Jerry Killian), Paul Guilfoyle, Jerry Grayson, Rumer Willis, et al. A Castle Rock release. 115 minutes. Rated R (stripping, language)
Occasionally, ignorance can be bliss. I have not read any books by Carl Hiaasen, so that I cannot join those who find "Striptease" vastly inferior to its course novel. I did find the early parts of the film fairly dull, but things picked up rather nicely and while the plotting and continuity were pretty incoherent, the movie was overall entertaining.
In a Florida Court, divorcee Erin Grant (Demi Moore) is desperate.  But the judge remembers Darrell's football-playing days. To appeal this decision, Erin needs money, so this ex-secretary at the FBI resorts to stripping at the Fort Lauderdale Eager Beaver topless bar.
When outrageously dumb, horny and soused Republican Congressman Dilbeck (Burt Reynolds) watches Erin's convolutions on the stage, he wants her badly. He also gets into a fracas. Though incognito with wig and dark glasses, he is recognized by Jerry Killian, a regular who worships Erin. Killian plans to blackmail Dilbeck so as to have the Congressman help Erin's case. But Killian is found floating in the lake adjoining Detective Garcia's vacation cabin. From here on out the story involves the strippers, Darrell who is a dismissed FBI informer and wheels his daughter, all bandaged up, in wheelchairs to steal them from hospitals and rest homes. Erin's efforts to get (by hook or crook) her daughter result in kidnapping. The venal Congressman who must be reelected to continue doing dirty work for a sugar company, keeps pursuing Erin, offering her two $2,000 for one hour's private striptease in the huge yacht of sugar barons (he ups the ante to $5,000 for Session Two). There is also the imposing, dignified African-American bar bouncer Shad (Ving Rhames),who is Erin's friend and self-appointed protector. (He has his own scheme of a fraudulent lawsuit that involves cockroaches in yogurt).
The gallery of characters includes the sugar people who run the Congressman, watch him warily, provide thuggish bodyguards; Darrell's lowlife sister and her cop husband; and of course, the owner of The Eager Beaver, the strippers, a cute monkey, a predictable python, its unpredictable replacement, and so on.
Years ago, male audiences would have flocked to see someone of Demi Moore's stature "au naturel," and in general many people would have been shocked by the idea. Not today. Even so, those patrons who do go for Moore voyeurism may be disappointed. Not because her callipygous, tirelessly exercised (and siliconed?) figure is not excellent, but because you only get few glimpses of it. Furthermore, Moore's gyrations are athletic rather than erotic. As for the other strippers, they have a kind of inoffensive nudity, all in the line of duty.
I don't know whether the book, reputedly quite funny, explored the issues of stiptease or viewed them from a pro-feminist point of view. The film does not. It merely goes its merry and outrageous way. Demi Moore, the central character, is a nice person whose main flaw is to have married so incongruously. She is sweet, educated and civilized. Why she took as a husband the trashy, gross, illiterate hick Darrell is a mystery that nagged this viewer all through the film.
What, on the other hand, gives appeal to the movie, is that so many people in it are nice. Killian is nice. The strippers are nice. The club owner is nice. The big, muscular bouncer is very nice--to all those who are nice. Assante, who in some films can be overbearing or irritating, is also nice. What's more, no one is nice in a pointed, saccharine way.
The funny bits come mostly from the contrasts between the Nice and the Bad, the latter, of course being Darrell and the Senator's entourage and patrons. Moore, rightly avoiding to do comedy, becomes, in a sense , the straightwoman for Reynolds, who is making a real and comic comeback on the big screen. His exaggerated part goes beyond political satire and into outrageous lines, clownish appearance and behavior. It's hard to resist his absurdism, as when he goes from his room, where he is ridiculously undressed, vaselined and sniffing lint from the laundromat machine that Moore had used, to outside the room. He is correctly suited as he steps out among a banquet crowd of Young Christians whom he addresses on family values.
Reviews of this film have been negative, partly, I think, because the movie doesn't warrant Moore's 12.5 million dollars paycheck. True enough, but if you ignore this outrage, the movie can be quite entertaining.
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


Before Change
self.tp.sess.run(self.increase_kl_coefficient, feed_dict={self.kl_coefficient: kl_coefficient})
elif self.total_kl_divergence_during_training_process < 0.7 * kl_target:
// kl too low => decrease regularization
self.tp.sess.run(self.decrease_kl_coefficient, feed_dict={self.kl_coefficient: kl_coefficient})
screen.log_title("KL penalty coefficient change = {} -> {}".format(
kl_coefficient, self.tp.sess.run(self.policy_network.online_network.output_heads[0].kl_coefficient)))
def post_training_commands(self):
After Change
new_kl_coefficient,
self.policy_network.online_network.output_heads[0].kl_coefficient_ph)
screen.log_title("KL penalty coefficient change = {} -> {}".format(kl_coefficient, new_kl_coefficient))
def post_training_commands(self):
if self.tp.agent.use_kl_regularization:


Default: Activated via attribute:
Single color (uses primary palette): Via attribute:
Current state: activeinactive


Australia
Brazil
Canada
China
France
Germany
India
Italy
Japan
Russia
Spain
United States
United Kingdom
Australia
Brazil
Canada
China
France
Germany
India
Italy
Japan
Russia
Spain
United States
United Kingdom
Australia
Brazil
Canada
China
France
Germany
India
Italy
Japan
Russia
Spain
United States
United Kingdom


This example demonstrates binding three Backbone.js views to a single model and updated through Rivets.js bindings. Try modifying the values in the contact form below and watch the other view update live!


Web App Developer
Spring, 2020
React, Agile
Taskfull is a React App I built during a 5-week project for Agile Software Development, a course at Northwestern University. Inspired by the stress of grocery visits during COVID-19 quarantine, Taskfull connects people in need with willing neighbors to reduce grocery runs.