Saoirse Ronan agrees sale of Greystones home for more than €1.6m
Another well-known Irish actor and leading sportsperson both interested in star’s house
by Ronald QuinlanHaving already blazed a trail in the world of film, with her first Oscar nomination at the age of 14 and the Golden Globe award for best actress in 2018, it looks as though Saoirse Ronan is a force to be reckoned with in the property market.
Just eight weeks after putting Pine Lodge, her home in Greystones, Co Wicklow, on the market, at a guide price of €1.5 million, the Carlow-born actor has secured its sale for just over €1.6 million.
Although the sale of the Edwardian-style property is understood to have attracted significant interest from an array of potential purchasers, including another well-known Irish actor and a leading sportsperson, the buyer of Pine Lodge is a private individual.
Quite apart from securing an impressive five-bedroom, five-bathroom detached house extending to 450sq m (4,840sq ft), the new owner of Pine Lodge stands to benefit from the stylish makeover it has seen under Ronan’s fleeting ownership.
The Hollywood actor, who is being tipped for a fourth Oscar nomination for her new film, Little Women, bought the property from its previous owner, Alan Gray, the economist who was the crisis-era confidant of the former taoiseach Brian Cowen, for €1.4 million only on September 29th, 2017.
She then spent a small fortune to transform the 1970s house into a home befitting a star. When bringing the property to the market, last September, Galvin Property said: “The layout and finish will impress even the most particular and comes to the market ready for the new owners to move in, and invite their family and friends to ‘ooh and aah’.”
Commenting on the kitchen, the selling agent added: “The current owner has painstakingly designed and decorated this open plan room so to be practical, comfortable and aesthetically impressive all in equal measures.”
A bedroom close to the master bedroom has been turned into a large walk-in wardrobe, with a “luxurious en suite bathroom with separate shower comparable to a hotel suite in uptown New York”.
Ronan’s move to sell Pine Lodge came just 11 months after her acquisition, for €1.5 million, of a new, and far more modest, three-bedroom terraced house off Chepstow Road in London’s fashionable Notting Hill district.
Having received her first Oscar nomination at the age of 14, for her role in the film of Ian McEwan’s novel Atonement, Ronan secured the Golden Globe for best actress in 2018 for her title role in Lady Bird, directed by Greta Gerwig.


CredentialProviderRequest includes the image that the kubelet requires authentication for. Kubelet will pass this request object to the plugin via stdin. In general, plugins should prefer responding with the same apiVersion they were sent.
| Field | Description |
|---|---|
apiVersion string |
credentialprovider.kubelet.k8s.io/v1beta1 |
kind string |
CredentialProviderRequest |
image
*
string
|
image is the container image that is being pulled as part of the credential provider plugin request. Plugins may optionally parse the image to extract any information required to fetch credentials. |
CredentialProviderResponse holds credentials that the kubelet should use for the specified image provided in the original request. Kubelet will read the response from the plugin via stdout. This response should be set to the same apiVersion as CredentialProviderRequest.
| Field | Description |
|---|---|
apiVersion string |
credentialprovider.kubelet.k8s.io/v1beta1 |
kind string |
CredentialProviderResponse |
cacheKeyType
*
PluginCacheKeyType
|
cacheKeyType indiciates the type of caching key to use based on the image provided in the request. There are three valid values for the cache key type: Image, Registry, and Global. If an invalid value is specified, the response will NOT be used by the kubelet. |
cacheDuration
meta/v1.Duration
|
cacheDuration indicates the duration the provided credentials should be cached for. The kubelet will use this field to set the in-memory cache duration for credentials in the AuthConfig. If null, the kubelet will use defaultCacheDuration provided in CredentialProviderConfig. If set to 0, the kubelet will not cache the provided AuthConfig. |
auth
map[string]k8s.io/kubelet/pkg/apis/credentialprovider/v1beta1.AuthConfig
|
auth is a map containing authentication information passed into the kubelet. Each key is a match image string (more on this below). The corresponding authConfig value should be valid for all images that match against this key. A plugin should set this field to null if no valid credentials can be returned for the requested image. Each key in the map is a pattern which can optionally contain a port and a path. Globs can be used in the domain, but not in the port or the path. Globs are supported as subdomains like '.k8s.io' or 'k8s..io', and top-level-domains such as 'k8s.'. Matching partial subdomains like 'app.k8s.io' is also supported. Each glob can only match a single subdomain segment, so *.io does not match *.k8s.io. The kubelet will match images against the key when all of the below are true:
When multiple keys are returned, the kubelet will traverse all keys in reverse order so that:
For any given match, the kubelet will attempt an image pull with the provided credentials, stopping after the first successfully authenticated pull. Example keys:
|
(Appears in: CredentialProviderResponse)
AuthConfig contains authentication information for a container registry. Only username/password based authentication is supported today, but more authentication mechanisms may be added in the future.
| Field | Description |
|---|---|
username
*
string
|
username is the username used for authenticating to the container registry An empty username is valid. |
password
*
string
|
password is the password used for authenticating to the container registry An empty password is valid. |
string
alias)(Appears in: CredentialProviderResponse)
Generated with genref
on git commit 4247aac7


but rather composed of 13 msig operators
as jl said, they are going to be longtime commuity members (some of them past notary nodes)
how would that work?
all of them are registered as msig signers when the smartchain is launched
is it automatet so they "only run a note" or do they need to copy pasta private key every time a loan is pay out?
it is automated, they only run a node. all the required code to do the transfers and locks is present in the komodo repo


{% extends "layout.html" %} {% block content %}
Complete the registration and start using our the service today!


The Four Million
by O. Henry
"From the Cabby's Seat"
Additional Information
- Year Published: 1906
- Language: English
- Country of Origin: United States of America
- Source: O. Henry, The Four Million (Doubleday, Page & Company; New York: 1906) Henry, O. (1906). The Four Million. Doubleday, Page & Company; New York.
-
Readability:
- Flesch–Kincaid Level: 5.2
- Word Count: 1,845
- Genre: Realism
- Keywords: fate, fiction, short story
- ✎ Cite This
Downloads
The cabby has his point of view. It is more single–minded, perhaps, than that of a follower of any other calling. From the high, swaying seat of his hansom he looks upon his fellow–men as nomadic particles, of no account except when possessed of migratory desires. He is Jehu, and you are goods in transit. Be you President or vagabond, to cabby you are only a Fare, he takes you up, cracks his whip, joggles your vertebrae and sets you down.
When time for payment arrives, if you exhibit a familiarity with legal rates you come to know what contempt is; if you find that you have left your pocketbook behind you are made to realise the mildness of Dante's imagination.
It is not an extravagant theory that the cabby's singleness of purpose and concentrated view of life are the results of the hansom's peculiar construction. The cock–of–the–roost sits aloft like Jupiter on an unsharable seat, holding your fate between two thongs of inconstant leather.
Then, in a cab, you are not even an occupant; you are contents.
One night there were sounds of revelry in the big brick tenement–house next door but one to McGary's Family Café. The sounds seemed to emanate from the apartments of the Walsh family. The sidewalk was obstructed by an assortment of interested neighbours, who opened a lane from time to time for a hurrying messenger bearing from McGary's goods pertinent to festivity and diversion. The sidewalk contingent was engaged in comment and discussion from which it made no effort to eliminate the news that Norah Walsh was being married.
In the fulness of time there was an eruption of the merry–makers to the sidewalk. The uninvited guests enveloped and permeated them, and upon the night air rose joyous cries, congratulations, laughter and unclassified noises born of McGary's oblations to the hymeneal scene.
Close to the curb stood Jerry O'Donovan's cab. Night–hawk was Jerry called; but no more lustrous or cleaner hansom than his ever closed its doors upon point lace and November violets. And Jerry's horse! I am within bounds when I tell you that he was stuffed with oats until one of those old ladies who leave their dishes unwashed at home and go about having expressmen arrested, would have smiled—yes, smiled—to have seen him.
Among the shifting, sonorous, pulsing crowd glimpses could be had of Jerry's high hat, battered by the winds and rains of many years; of his nose like a carrot, battered by the frolicsome, athletic progeny of millionaires and by contumacious fares; of his brass–buttoned green coat, admired in the vicinity of McGary's. It was plain that Jerry had usurped the functions of his cab, and was carrying a "load." Indeed, the figure may be extended and he be likened to a bread–waggon if we admit the testimony of a youthful spectator, who was heard to remark "Jerry has got a bun."
From somewhere among the throng in the street or else out of the thin stream of pedestrians a young woman tripped and stood by the cab. The professional hawk's eye of Jerry caught the movement. He made a lurch for the cab, overturning three or four onlookers and himself—no! he caught the cap of a water–plug and kept his feet. Like a sailor shinning up the ratlins during a squall Jerry mounted to his professional seat. Once he was there McGary's liquids were baffled. He seesawed on the mizzenmast of his craft as safe as a Steeple Jack rigged to the flagpole of a skyscraper.
"Step in, lady," said Jerry, gathering his lines. The young woman stepped into the cab; the doors shut with a bang; Jerry's whip cracked in the air; the crowd in the gutter scattered, and the fine hansom dashed away 'crosstown.
When the oat–spry horse had hedged a little his first spurt of speed Jerry broke the lid of his cab and called down through the aperture in the voice of a cracked megaphone, trying to please:
"Where, now, will ye be drivin' to?"
"Anywhere you please," came up the answer, musical and contented.
"'Tis drivin' for pleasure she is," thought Jerry. And then he suggested as a matter of course:
"Take a thrip around in the park, lady. 'Twill be ilegant cool and fine."
"Just as you like," answered the fare, pleasantly.
The cab headed for Fifth avenue and sped up that perfect street. Jerry bounced and swayed in his seat. The potent fluids of McGary were disquieted and they sent new fumes to his head. He sang an ancient song of Killisnook and brandished his whip like a baton.
Inside the cab the fare sat up straight on the cushions, looking to right and left at the lights and houses. Even in the shadowed hansom her eyes shone like stars at twilight.
When they reached Fifty–ninth street Jerry's head was bobbing and his reins were slack. But his horse turned in through the park gate and began the old familiar nocturnal round. And then the fare leaned back, entranced, and breathed deep the clean, wholesome odours of grass and leaf and bloom. And the wise beast in the shafts, knowing his ground, struck into his by–the–hour gait and kept to the right of the road.
Habit also struggled successfully against Jerry's increasing torpor. He raised the hatch of his storm–tossed vessel and made the inquiry that cabbies do make in the park.
"Like shtop at the Cas–sino, lady? Gezzer r'freshm's, 'n lish'n the music. Ev'body shtops."
"I think that would be nice," said the fare.
They reined up with a plunge at the Casino entrance. The cab doors flew open. The fare stepped directly upon the floor. At once she was caught in a web of ravishing music and dazzled by a panorama of lights and colours. Some one slipped a little square card into her hand on which was printed a number—34. She looked around and saw her cab twenty yards away already lining up in its place among the waiting mass of carriages, cabs and motor cars. And then a man who seemed to be all shirt–front danced backward before her; and next she was seated at a little table by a railing over which climbed a jessamine vine.
There seemed to be a wordless invitation to purchase; she consulted a collection of small coins in a thin purse, and received from them license to order a glass of beer. There she sat, inhaling and absorbing it all—the new–coloured, new–shaped life in a fairy palace in an enchanted wood.
At fifty tables sat princes and queens clad in all the silks and gems of the world. And now and then one of them would look curiously at Jerry's fare. They saw a plain figure dressed in a pink silk of the kind that is tempered by the word "foulard," and a plain face that wore a look of love of life that the queens envied.
Twice the long hands of the clocks went round, Royalties thinned from their al fresco thrones, and buzzed or clattered away in their vehicles of state. The music retired into cases of wood and bags of leather and baize. Waiters removed cloths pointedly near the plain figure sitting almost alone.
Jerry's fare rose, and held out her numbered card simply:
"Is there anything coming on the ticket?" she asked.
A waiter told her it was her cab check, and that she should give it to the man at the entrance. This man took it, and called the number. Only three hansoms stood in line. The driver of one of them went and routed out Jerry asleep in his cab. He swore deeply, climbed to the captain's bridge and steered his craft to the pier. His fare entered, and the cab whirled into the cool fastnesses of the park along the shortest homeward cuts.
At the gate a glimmer of reason in the form of sudden suspicion seized upon Jerry's beclouded mind. One or two things occurred to him. He stopped his horse, raised the trap and dropped his phonographic voice, like a lead plummet, through the aperture:
"I want to see four dollars before goin' any further on th' thrip. Have ye got th' dough?"
"Four dollars!" laughed the fare, softly, "dear me, no. I've only got a few pennies and a dime or two."
Jerry shut down the trap and slashed his oat–fed horse. The clatter of hoofs strangled but could not drown the sound of his profanity. He shouted choking and gurgling curses at the starry heavens; he cut viciously with his whip at passing vehicles; he scattered fierce and ever–changing oaths and imprecations along the streets, so that a late truck driver, crawling homeward, heard and was abashed. But he knew his recourse, and made for it at a gallop.
At the house with the green lights beside the steps he pulled up. He flung wide the cab doors and tumbled heavily to the ground.
"Come on, you," he said, roughly.
His fare came forth with the Casino dreamy smile still on her plain face. Jerry took her by the arm and led her into the police station. A gray–moustached sergeant looked keenly across the desk. He and the cabby were no strangers.
"Sargeant," began Jerry in his old raucous, martyred, thunderous tones of complaint. "I've got a fare here that—"
Jerry paused. He drew a knotted, red hand across his brow. The fog set up by McGary was beginning to clear away.
"A fare, sargeant," he continued, with a grin, "that I want to inthroduce to ye. It's me wife that I married at ould man Walsh's this avening. And a divil of a time we had, 'tis thrue. Shake hands wid th' sargeant, Norah, and we'll be off to home."
Before stepping into the cab Norah sighed profoundly.
"I've had such a nice time, Jerry," said she.


glab issue
Manage GitLab issues from the command-line.
More information: home page
- Display a specific issue:
glab issue view issue_number
- Display a specific issue in the default web browser:
glab issue view issue_number --web
- Create a new issue in the default web browser:
glab issue create --web
- List the last 10 issues with the `bug` label:
glab issue list --per-page 10 --label "bug"
- List closed issues made by a specific user:
glab issue list --closed --author username
- Reopen a specific issue:
glab issue reopen issue_number


Approve New Jokes:
";
echo "Listed below are all the pending jokes on the system. Choose the relevant option next to each item to approve or remove the joke.
";
?>
|
";
if(mysql_numrows($pending) > 0) {
$tracker = $start+1;
while($row = mysql_fetch_array($pending)) {
echo "";
echo " | ".trim(substr(stripslashes($row[joke]), 0, 120))."... more
|
";
$tracker++;
}
}
else echo " There are currently no pending jokes.
|
";
echo "";
?>


Welcome To Our offers Lorem Ipsum is simply dummy text of the printing SIMILAR Products Lorem Ipsum is simply dummy text of the printing Red Meat Fresh Meat Start Price: 60.00 KD 75.00 KD ORDER Red Meat Fresh Meat Start Price: 60.00 KD 75.00 KD ORDER Red Meat Fresh Meat Start Price: 60.00 KD 75.00 KD ORDER Red Meat Fresh Meat Start Price: 60.00 KD 75.00 KD ORDER


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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object coins.opt.CommonSubexpElim coins.opt.CommonSubexpElimHir coins.opt.CommonSubexpElimHirE
This class performs common subexpresssion elimination operations that are specific to HIR.
| Field Summary | |
protected AliasAnal |
fAlias
|
protected java.util.Set |
fAvailableExps
fAvailable Set of ExpId's for currently available expressions in BBlock . |
protected java.util.Set |
fAvailableTemps
fAssigned: Set of available temporal variables in BBlock. |
protected boolean |
fBeforePRE
|
protected int[] |
fExpCost
|
protected int |
fIndexMax
|
protected int |
fIndexMin
|
protected java.util.Map |
fLatestNodeForExpId
|
protected RecordAlias |
fRecordAlias
|
protected java.util.Set |
fReplacedNodes
|
protected int |
fThreshold
fThreshold Replacement threshold. |
| Fields inherited from class coins.opt.CommonSubexpElimHir |
fGlobalExpTempMap, fGlobalTempExpMap, hir |
| Fields inherited from class coins.opt.CommonSubexpElim |
fDbgLevel, fFunctionsWithoutSideEffect, flowRoot, fSubpFlow, sym, symRoot |
| Constructor Summary | |
CommonSubexpElimHirE(FlowRoot pFlowRoot,
int pThreshold)
|
|
CommonSubexpElimHirE(FlowRoot pFlowRoot,
int pThreshold,
boolean pBeforePRE)
Constructor CommonSubexpElimHirE |
| Method Summary | |
protected void |
adjustAvailability(HIR pExp,
Stmt pStmt,
BBlock pBBlock)
adjustAvailability Add pExp and all its subexpressions to fAvailableExps. |
boolean |
containsCall(HIR pHir)
|
(package private) void |
dbg(int level,
java.lang.Object pObject)
|
(package private) void |
dbg(int level,
java.lang.String pHeader,
java.lang.Object pObject)
|
boolean |
doBBlockLocal(BBlock pBBlock)
Performs the common subexpression elimination within the given BBlock. |
void |
estimateExpCost(SubpDefinition pSubpDef)
estimateExpCost Estimate the approximate cost of subexpressions in the HIR body of pSubpDef by formula (Exp cost) = (node cost) + (cost of subexpressions) The costs of VarNode and contents node are machineParam.costOfInstruction(MachineParam.COST_INDEX_TEMP_LOAD). |
protected HIR |
getLatestCall(HIR pExp,
BBlock pBBlock)
|
protected HIR |
getLatestNodeOfExp(HIR pExp,
BBlock pBBlock)
getLatestNodeOfExp Get the latest node having maximum node index among the nodes whose node index is less than that of pExp. |
protected void |
insertTheStatement(Stmt pInsertionPoint,
Stmt pStmtToBeInserted)
|
protected boolean |
replaceAvailableExp(HIR pExp,
BBlock pBBlock,
Stmt pStmt)
replaceAvailableExp Replace the computation of pExp by a temporal variable if all of its operands are in fAvailableExps. |
protected boolean |
replaceExp(HIR pExp,
BBlock pBBlock,
Stmt pStmt)
replaceExp Replace the computation of pExp by a temporal variable. |
protected boolean |
replaceTheExpression(HIR pOldExp,
HIR pNewExp,
BBlock pBBlock)
replaceTheExpression Replace pOldExp with pNewExp after recording all nodes of pOldExp to fReplacedNodes so that they should not be replaced in later processing. |
(package private) boolean |
toBeExcluded(HIR pHir)
Expressions to be excluded from replacement are FunctionExp, List, comparison expression, undecay, BlockStmt, left hand side of AssignStmt, and expressions whose type is vector/struct/union/Subp. |
protected boolean |
tryToEliminateExp(HIR pExp,
BBlock pBBlock,
Stmt pStmt)
tryToEliminateExp //##25 Try to eliminate pExp or its subexpressions if their values are already computed in pBBlock. |
protected boolean |
tryToEliminateSubexp(HIR pExp,
BBlock pBBlock,
Stmt pStmt)
tryToEliminateSubexp //##25 Try to eliminate subexpressions of pExp if their values are already computed in pBBlock. |
protected boolean |
tryToReplaceSubexp(HIR pExp,
BBlock pBBlock,
Stmt pStmt)
tryToReplaceSubexp Try to replace subexpressions of pExp which is to be replaced. |
| Methods inherited from class coins.opt.CommonSubexpElimHir |
eliminateComplex, eliminateSimple, operandSet, recordTempExpCorrespondence, registerUseSyms, reregisterSubexps |
| Methods inherited from class coins.opt.CommonSubexpElim |
doBBlockLocal |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
protected AliasAnal fAlias
protected RecordAlias fRecordAlias
protected java.util.Set fAvailableExps
protected java.util.Set fAvailableTemps
protected java.util.Set fReplacedNodes
protected java.util.Map fLatestNodeForExpId
protected int[] fExpCost
protected int fIndexMin
protected int fIndexMax
protected boolean fBeforePRE
protected int fThreshold
| Constructor Detail |
public CommonSubexpElimHirE(FlowRoot pFlowRoot, int pThreshold)
public CommonSubexpElimHirE(FlowRoot pFlowRoot, int pThreshold, boolean pBeforePRE)
pBeforePRE
- true if invoked as the preparatory optimization
for partial redundancy elimination, false otherwise.| Method Detail |
public boolean doBBlockLocal(BBlock pBBlock)
doBBlockLocal
in class CommonSubexpElim
protected boolean tryToEliminateExp(HIR pExp, BBlock pBBlock, Stmt pStmt)
pExp
- expression to be examined for elimination.pBBlock
- basic block containing pExp.pStmt
- statement containing pExp.
protected boolean tryToEliminateSubexp(HIR pExp, BBlock pBBlock, Stmt pStmt)
pExp
- expression whose subexpression are to be
examined for elimination.pBBlock
- basic block containing pExp.pStmt
- statement containing pExp.
boolean toBeExcluded(HIR pHir)
public boolean containsCall(HIR pHir)
protected void adjustAvailability(HIR pExp, Stmt pStmt, BBlock pBBlock)
pExp
- Expression to be adjusted.pStmt
- Statement including pExp. //##65protected boolean replaceAvailableExp(HIR pExp, BBlock pBBlock, Stmt pStmt)
pExp
- expression to be examined for replacement.pBBlock
- basic block containing pExp.pStmt
- statement containing pExp.
protected boolean replaceExp(HIR pExp, BBlock pBBlock, Stmt pStmt)
pExp
- expression to be replaced.pBBlock
- basic block containing pExp.pStmt
- statement containing pExp.
protected boolean tryToReplaceSubexp(HIR pExp, BBlock pBBlock, Stmt pStmt)
pExp
- expression whose subexpression are to be
examined for relacement.pBBlock
- basic block containing pExp.pStmt
- statement containing pExp.protected boolean replaceTheExpression(HIR pOldExp, HIR pNewExp, BBlock pBBlock)
pOldExp
- expression to be replaced.pNewExp
- expression to be used in replacement.pBBlock
- basic block containing pOldExp.protected void insertTheStatement(Stmt pInsertionPoint, Stmt pStmtToBeInserted)
protected HIR getLatestNodeOfExp(HIR pExp, BBlock pBBlock)
pExp
- expression to be replaced.pBBlock
- basic block containing pExp.
protected HIR getLatestCall(HIR pExp, BBlock pBBlock)
public void estimateExpCost(SubpDefinition pSubpDef)
pSubpDef
- Subprogram definition.void dbg(int level, java.lang.Object pObject)
void dbg(int level, java.lang.String pHeader, java.lang.Object pObject)
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


This website maintains a record of the academic performance of the students. The system allows the students to compare their results with other students and their rank in their respective department, batch or subject. Furthermore, the website provides different graphical representation of their results with respect to their departments, batches and subjects. The goal is to provide the students an easy and portable solution to measure their academic performance.


Image sampler example
Hover image to check color, click on image to add to the samples
Hovered color
Selected color samples


Password expiration is configured by editing values in the /etc/login.defs file. Begin this by typing sudo nano /etc/login.defs.
Look for three lines in the file: PASS_MAX_DAYS, PASS_MIN_DAYS, and PASS_WARN_AGE. Lines starting with a pound (#) symbol should be ignored.
NOTE: To make things easier, you can jump to these lines in the file by typing Ctrl+W, typing PASS, and pressing Enter.
The meaning behind each of these parameters is explained in the file:
PASS_MAX_DAYS is the number of days that can elapse before a user has to change their password. This prevents users from eternally sticking to the same password, which can be a security risk if the password gets discovered.
PASS_MIN_DAYS is the number of days that have to elapse after a password change before a user can change it again. If you have password history settings configured (you really should), this prevents a user from repeatedly changing their password until an old one can be used again.
PASS_WARN_AGE is the number of days before PASS_MAX_DAYS that a user is urged to change their password.
PASS_MAX_DAYS is typically set to 30, 60, 90, or 120 days. In CyberPatriot, we stick to 30 days to be extra-secure.
PASS_MIN_DAYS can be set to 2 days.
PASS_WARN_AGE can be reasonably set to 7 days.


Search Example
List of character to search
Super Mario Series
Animal Crossing
Zelda
MegaMan
Chibi Robo
About
Contact
Amiibo Search Engine
Name:
Amiibo Series:
Game Series:
AU Release Date:
NA Release Date:
Search
Clear


Some of this is what I did while working through the materials, and some is straight copied or mildly modified from the course materials
I guess I'm not totally clear as to exactly what the expectation was for this submittal.
HTML is reasonably straightforward.
HTML is reasonably straightforward.
This website is my favorite .
testing, trying to play with the paragraph tag
this text is one line
yep one line
this text is one line, yep one line
this text is one line, yep one line
, yep one line
I'm learning to code
What to take away from this lesson.
The five most important things to take from this lesson are the following:
1 - What a Web Page is
A web page is a text document written in a language called HTML. Web browsers read these documents, and then interpret and display them.
2 - How Coding Works
Coding happens when programmers write text in a language that a computer can understand. The computer can then follow the instructions the programmer wrote. For example, the computer might do this by making text like this:
I'm learning to code!
look like this:
I'm learning to code!
3 - Computers are Stupid
Programmers need to write exactly the way a computer understands (also known as writing with correct "syntax").
For example, if you forget to close a tag, the computer won't be able to figure out what you had intended to make bold. This "stupidity" can be very frustrating, but it also gives programmers incredible power: if you know how to talk to a computer than you can tell it to do anything you want.
4 - Programmers Can't Remember Everything
There are too many details to keep everything in your head. And that's okay. If you forget how to make text italic in HTML, you can always just look it up.
5 - Basic HTML Vocabulary
You will be using HTML in the next few lessons, so it will be helpful if you're comfortable with the jargon.
• Tag: An HTML tag is always contained within angled brackets. Most tags have an opening tag ( for example) and a closing tag, (
). Some tags (called "void" tags) do not require a closing tag (like the
tag).
• Element: An HTML element refers to everything within a set of opening and closing tags.
• Attribute: This is a property of an HTML element. For example, to set thehref attribute of an anchor tag to the Udacity URL, you would write


|
EM datagrams on *.kmall format
Reg.no. 410224 rev G
|
#MRZ - sector information. More...
#include <EMdgmFormat.h>
Data Fields | |
| uint8_t | txSectorNumb |
| uint8_t | txArrNumber |
| uint8_t | txSubArray |
| uint8_t | padding0 |
| float | sectorTransmitDelay_sec |
| float | tiltAngleReTx_deg |
| float | txNominalSourceLevel_dB |
| float | txFocusRange_m |
| float | centreFreq_Hz |
| float | signalBandWidth_Hz |
| float | totalSignalLength_sec |
| uint8_t | pulseShading |
| uint8_t | signalWaveForm |
| uint16_t | padding1 |
Additional parameters #MRZ Version 1 | |
| float | highVoltageLevel_dB |
| float | sectorTrackingCorr_dB |
| float | effectiveSignalLength_sec |
#MRZ - sector information.
Information specific to each transmitting sector. sectorInfo is repeated numTxSectors (Ntx)- times in datagram.
Definition at line 883 of file EMdgmFormat.h.
| uint8_t txSectorNumb |
TX sector index number, used in the sounding section. Starts at 0.
Definition at line 885 of file EMdgmFormat.h.
| uint8_t txArrNumber |
TX array number. Single TX, txArrNumber = 0.
Definition at line 886 of file EMdgmFormat.h.
| uint8_t txSubArray |
Default = 0. E.g. for EM2040, the transmitted pulse consists of three sectors, each transmitted from separate txSubArrays. Orientation and numbers are relative the array coordinate system. Sub array installation offsets can be found in the installation datagram, #IIP.
0 = Port subarray
1 = middle subarray
2 = starboard subarray
Definition at line 887 of file EMdgmFormat.h.
| uint8_t padding0 |
Byte alignment.
Definition at line 889 of file EMdgmFormat.h.
| float sectorTransmitDelay_sec |
Transmit delay of the current sector/subarray. Delay is the time from the midpoint of the current transmission to midpoint of the first transmitted pulse of the ping, i.e. relative to the time used in the datagram header.
Definition at line 890 of file EMdgmFormat.h.
| float tiltAngleReTx_deg |
Along ship steering angle of the TX beam (main lobe of transmitted pulse), angle referred to transducer array coordinate system. Unit degree. See Coordinate systems 'Coordinate systems'
Definition at line 891 of file EMdgmFormat.h.
| float txNominalSourceLevel_dB |
Actual SL = txNominalSourceLevel_dB + highVoltageLevel_dB. Unit dB re 1 microPascal.
Definition at line 893 of file EMdgmFormat.h.
| float txFocusRange_m |
0 = no focusing applied.
Definition at line 894 of file EMdgmFormat.h.
| float centreFreq_Hz |
Centre frequency. Unit hertz.
Definition at line 895 of file EMdgmFormat.h.
| float signalBandWidth_Hz |
FM mode: effective bandwidth
CW mode: 1/(effective TX pulse length)
Definition at line 896 of file EMdgmFormat.h.
| float totalSignalLength_sec |
Also called pulse length. Unit second.
Definition at line 897 of file EMdgmFormat.h.
| uint8_t pulseShading |
Transmit pulse is shaded in time (tapering). Amplitude shading in %. cos2- function used for shading the TX pulse in time.
Definition at line 898 of file EMdgmFormat.h.
| uint8_t signalWaveForm |
Transmit signal wave form.
0 = CW
1 = FM upsweep
2 = FM downsweep.
Definition at line 899 of file EMdgmFormat.h.
| uint16_t padding1 |
Byte alignment.
Definition at line 900 of file EMdgmFormat.h.
| float highVoltageLevel_dB |
20 log(Measured high voltage power level at TX pulse / Nominal high voltage power level). This parameter will also include the effect of user selected transmit power reduction (transmitPower_dB) and mammal protection. Actual SL = txNominalSourceLevel_dB + highVoltageLevel_dB. Unit dB.
Definition at line 904 of file EMdgmFormat.h.
| float sectorTrackingCorr_dB |
Backscatter correction added in sector tracking mode. Unit dB.
Definition at line 905 of file EMdgmFormat.h.
| float effectiveSignalLength_sec |
Signal length used for backscatter footprint calculation. This compensates for the TX pulse tapering and the RX filter bandwidths. Unit second.
Definition at line 906 of file EMdgmFormat.h.


Update ref
by assigning value
to it.
tf.compat.v1.assign( ref, value, validate_shape=None, use_locking=None, name=None )
This operation outputs a Tensor that holds the new value of ref
after
the value has been assigned. This makes it easier to chain operations that
need to use the reset value.
ref
: A mutable Tensor
. Should be from a Variable
node. May be
uninitialized.value
: A Tensor
. Must have the same shape and dtype as ref
. The value to
be assigned to the variable.validate_shape
: An optional bool
. Defaults to True
. If true, the
operation will validate that the shape of 'value' matches the shape of the
Tensor being assigned to. If false, 'ref' will take on the shape of
'value'.use_locking
: An optional bool
. Defaults to True
. If True, the assignment
will be protected by a lock; otherwise the behavior is undefined, but may
exhibit less contention.name
: A name for the operation (optional).A Tensor
that will hold the new value of ref
after
the assignment has completed.


With LedGo Interior Panels you create a wall, floor or ceiling comprised of LED-panels on which all possible types of moving images, films or animations can be shown. In this way any interior can be changed into an experience. The unique LED panels have been developed by LedGo specialists.
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Design and technology going hand in hand.
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With the four LedGo Interior Panels promises we guarantee:
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LedGo Interior Panels are patented under patent number: NL-201 4536
With LedGo Interior Panels ceilings, floors and walls are no longer static surfaces, but the media displays on which experiences are shown. The possibilities are endless; the only limit is your own perception.
LedGo Interior Panels are ideal for digital signage and for providing information in every conceivable space. Moving images provide an unprecedented experience, but also still images create atmosphere in the room.
 A front made of wood or a mirror is also possible. In addition, the LED panels can be used as a source of light.


RT @mwrc: MWRC values creativity, ingenuity, and technical excellence. And we want you to speak! CFP now open!
http://mtnwestrubyconf.org/
11/22/2013, 10:30:52 AM
Favs: 0
Retweets: 0
link--- layout: tweet ---
RT @mwrc: MWRC values creativity, ingenuity, and technical excellence. And we want you to speak! CFP now open!
http://mtnwestrubyconf.org/
11/22/2013, 10:30:52 AM
Favs: 0
Retweets: 0
link


It is very easy to get caught up in the pursuit of your goals and neglect everything else.
I'm talking about neglecting your health, both physical and mental, which forms the basis for all accomplishment.
This is the exact reason I built the LifeHQ habits module.
Start tracking the things you know you should be doing but aren't.
If you start talking shortcuts with your health sooner or later you will start talking shortcuts
with your business and everything else.
Or
To unsubscribe from these emails click here.


CS PhD student at Northeastern University in the Visualization @ Khoury Lab. I am a software engineer and information visualization researcher focused particularly around mobile visualization and virtual reality.
Email: panavas (dot) l (at) northeastern (dot) edu
I am investigating crowd-sourced VR experiments using VR Chat. Take a look at this paper.
Crowdsourcing Virtual Reality Experiments using VRChatAt the University of South Carolina's McNair Aersopace Center I worked on a variety of projects inlcuding:
At ANSYS I worked as a software tester for the Ansys mechanical program.
My work primarily consisted of testing the new additive manufacturing features


{{.COMMON_HEADER}}
Model Name: {{.CPU_MODEL_NAME}}
Core Count: {{.CPU_CORE_COUNT}}
Available: {{.MEMORY_AVAILABLE}} of {{.MEMORY_TOTAL}}
Swap Usage: {{.SWAP_USED}} of swap used
Hostname: {{.HOST_NAME}}
Operating System: {{.HOST_OS}} {{.HOST_PLATFORM}}
Kernel: {{.HOST_KERNEL_VERSION}} {{.HOST_KERNEL_ARCH}}
Uptime: {{.HOST_UPTIME}}
Partition: Mounted at {{.DISK_PATH}} with type {{.DISK_PARTITION_TYPE}}
Space: {{.DISK_FREE}} free of {{.DISK_TOTAL}}


Whether start-ups or the Fortune 500, the public or private sector, Cox Staffing Group matches world class talent with exceptional opportunities keeping all involved way ahead of the curve in the dynamic IT marketplace.
Whether start-ups or the Fortune 500, the public or private sector, Cox Staffing Group matches world class talent with exceptional opportunities keeping all involved way ahead of the curve in the dynamic IT marketplace.
From staff augmentation and project/business specific solutions to direct (permanent) placement services, Cox Staffing Group is a dedicated team of recruiting and staffing experts consistently delivering quality IT professionals, covering all the latest technologies, on a time-sensitive basis.
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Constructor
new Board(size, stateopt)
Creates an instance of Board.
Parameters:
| Name | Type | Attributes | Description |
|---|---|---|---|
size |
number | The size of the board (must be even). | |
state |
Array.<string> |
<optional> |
The initial state to set the board. |
Members
size
Properties:
| Name | Type | Description |
|---|---|---|
size |
number | The size of the board. |
state
Properties:
| Name | Type | Description |
|---|---|---|
state |
Array.<string> | The state of the board. |
Methods
getBoardSize()
Returns the size of the board.
getCell(x, y) → {string}
Gets the value of a cell
Parameters:
| Name | Type | Description |
|---|---|---|
x |
number | The x location of the cell |
y |
number | The y location of the cell |
Throws:
-
Thrown if the (x, y) cell doesn't exist.
- Type
- InvalidCellLocation
Returns:
The value which is either {'B', 'W', 'N'} of the specified cell.
- Type
- string
getCount(player) → {number}
Gets the count of the player's chip in the board.
Parameters:
| Name | Type | Description |
|---|---|---|
player |
string | The player to get the count for. |
Throws:
-
Thrown if the specified player is neither of {'B', 'W'}
- Type
- InvalidPlayer
Returns:
The amount of chips the player has on the game board.
- Type
- number
isCellInBoard(x, y) → {boolean}
Returns true if the (x, y) cell is within the bounds of the board, otherwise false.
Parameters:
| Name | Type | Description |
|---|---|---|
x |
number | The x location of the cell |
y |
number | The y location of the cell |
Returns:
true
if the (x, y) cell is within the bounds of the board, otherwise false
.
- Type
- boolean
isCellValue(x, y, v) → {boolean}
Checks if a cell is set to a particular value.
Parameters:
| Name | Type | Description |
|---|---|---|
x |
number | The x location of the cell |
y |
number | The y location of the cell |
v |
string | The value to test against |
Throws:
-
-
Thrown if the (x, y) cell doesn't exist
- Type
- InvalidCellLocation
-
-
-
Thrown if the specified value is neither of {'B', 'W', 'N'}
- Type
- InvalidCellValue
-
Returns:
true
if the (x, y) cell is set to the specified value, otherwise false
.
- Type
- boolean
move(x, y, player)
Performs a move for a specified player
Parameters:
| Name | Type | Description |
|---|---|---|
x |
number | The x location of a cell |
y |
number | The y location of a cell |
player |
string | The player making the move. |
Throws:
-
-
Thrown if the specifed (x, y) cell doesn't exist.
- Type
- InvalidCellLocation
-
-
-
Thrown if the specified player if neither of {'B', 'W'}.
- Type
- InvalidPlayer
-
-
-
Thrown if the move is invalid.
- Type
- InvalidMove
-
setCell(x, y, v)
Sets the value of a cell.
Parameters:
| Name | Type | Description |
|---|---|---|
x |
number | The x location of the cell |
y |
number | The y location of the cell |
v |
string | The new value of the cell |
Throws:
-
-
Thrown if the (x, y) cell doesn't exist.
- Type
- InvalidCellLocation
-
-
-
Thrown if the specified value is neither of {'B', 'W', 'N'}
- Type
- InvalidCellValue
-
valid(x, y, player) → {boolean}
Checks if the cell is a valid move for a specified player.
Parameters:
| Name | Type | Description |
|---|---|---|
x |
* | The x location of the cell |
y |
* | The y location of the cell |
player |
* | The player to test for a valid move |
Throws:
-
-
Thrown if the (x, y) cell doesn't exist
- Type
- InvalidCellLocation
-
-
-
Thrown if the specfied player is neither of {'B', 'W'}
- Type
- InvalidPlayer
-
Returns:
true
if the move is valid, otherwise false
.
- Type
- boolean


|
Unishox
A hybrid encoder for Short Unicode Strings
|
In general compression utilities such as zip
, gzip
do not compress short strings well and often expand them. They also use lots of memory which makes them unusable in constrained environments like Arduino. So Unishox algorithm was developed for individually compressing (and decompressing) short strings.
Note: The present byte-code version is 2 and it replaces Unishox 1. Unishox 1 is still available as unishox1.c, but it will have to be compiled manually if it is needed.
Unishox is an hybrid encoder (entropy, dictionary and delta coding). It works by assigning fixed prefix-free codes for each letter in the above Character Set (entropy coding). It also encodes repeating letter sets separately (dictionary coding). For Unicode characters, delta coding is used.
The model used for arriving at the prefix-free code is shown below:
The complete specification can be found in this article: A hybrid encoder for compressing Short Unicode Strings.
To compile, just use make
or use gcc as follows:
For testing the compiled program, use:
To see Unishox in action, simply try to compress a string:
To compress and decompress a file, use:
Unishox does not give good ratios compressing large files or compressing binary files.
Unishox supports the entire Unicode character set. As of now it supports UTF-8 as input and output encoding.
In case of any issues, please email the Author (Arundale Ramanathan) at arun@ or create GitHub issue. siar a.cc


The Lieb-Liniger Model
Contents
Reading: (Sutherland, 2004).
The Model
In the first lecture we encountered the Hamiltonian
describing a system of interacting one dimensional bosons. We showed that the $c\to\infty$ limit of this model can be described in terms of noninteracting fermions. We are now going to discuss the solution for general $c$. This is possible because the eigenfunctions, which are not product states, have a very special form first written down by Hans Bethe in 1931 – so soon after the birth of quantum mechanics! – in the context of the Heisenberg model of a spin chain (see Lecture 4). Bethe’s approach was applied to the model \eqref{LL_LL} by Lieb and Liniger in 1963 (Lieb & Liniger, 1963), and for that reason it is usually known as the Lieb–Liniger model.
Bethe’s Wavefunction
Bethe’s wavefunction – often known as the Bethe ansatz – can be viewed as the factorization of the scattering of the $N$ particles in the gas into a sequence of two particle scattering events. The fact that this works is very special, and is restricted to one dimension. Furthermore, it only works for very special interaction potentials, of which the $\delta$-function is the simplest example.
Thus we start by considering the two particle problem.
Two Particles
The two particle time independent Schrödinger equation is
(We’ve set $m=1$.) Since we are dealing with bosons $\Psi(x_1,x_2) = \Psi(x_2,x_1)$. Away from $x_1=x_2$ we have the free particle Schrödinger equation, so the general solution is a superposition of plane waves of the form
\eqref{LL_1wave} describes a state with momentum $P_\text{tot}= k_1+k_2$ and energy $E_\text{tot} = \frac{k_1^2}{2}+\frac{k_2^2}{2}$. Note that for given values of $P_\text{tot}$ and $E_\text{tot}$, the most general solution contains only the two terms
with the solution extended to $x_1>x_2$ by symmetry.
The relationship between the amplitudes $A_{12}$ and $A_{21}$ is determined by the interaction. Substituting \eqref{LL_Psi2} into the Schrödinger equation \eqref{LL_2part} gives
or
The last equation defines the phase shift $\theta(k)$. Note that conservation of flux and the symmetry of the wavefunction means that $\abs{A_{12}}=\abs{A_{21}}$. In the impenetrable limit ($c\to\infty$) the phase shift goes to $\pi$.
Three Particles
What about three particles? The wavefunction $\Psi(x_1,x_2,x_3)$ can be pictured as a function in 3D space, with the interactions imposing conditions at the three planes $x_1=x_2$, $x_2=x_3$, and $x_1=x_3$.
Three particle problem as a 3D wavefunction.
Away from these planes, we expect the wavefunction to be a superposition of plane waves of fixed energy
with $\bk = (k_1,k_2,k_3)$ and $\bx = (x_1,x_2,x_3)$. This describes a state with
We can picture these conditions as the intersection of a plane and a sphere in momentum space. This illustrates that on kinematic grounds alone we should expect a continuum of plane waves in the superposition to make an eigenstate. It is here, however, that the special nature of the interaction saves us, as it turns out that can get away with only a finite superposition of all the $3!=6$ ways to assign the three momenta $(k_1,k_2,k_3)$ to the three particles.
Momentum space geometry of three particle scattering.
There is a nice geometrical picture that allows us to understand why this is. In the above 3D representation, the centre of mass coordinate of the three particles is increasing in the $(1,1,1)$ direction, in which the system naturally has translational invariance. The plane perpendicular to this direction describes the relative motion of the three particles. In this plane the three planes corresponding to the pairwise coincidence of particle coordinates appear as three lines at $\pi/3$ to each other, meeting at the origin.
Three particle scattering as a 2D ‘kaleidoscope’, with the different sectors corresponding to different orderings of the particles.
The plane is divided into six regions that correspond to the $3!=6$ arrangements of the three particles on the line. Bosonic symmetry means that the wavefunction is the same in each of the six sectors. The scattering of three particles can then be viewed as a solution to the wave equation in 2D, with boundary conditions imposed by the interaction on the lines.
If we think of scattering in the classical limit – rays undergoing specular reflection from the mirrors of the kaleidoscope – then an incoming ray can only to scatter to five other directions, no matter which order it hits the walls. This collection of six rays corresponds to the six possible assignments of the three momenta $(k_1,k_2,k_3)$ to the three particles.
The six possible ‘rays’ related by reflections from the surfaces.
For the real wave problem this suggests that the wavefunction has the form
With the amplitudes $A_P$ chosen so as to satisfy the boundary conditions. However, we already know how to do this from our analysis of the two particle problem. We must have, for instance
In this way, you can convince yourself that
irrespective of which transpositions of neighbouring momenta we used to get from $(123)$ to $(321)$. In terms of our kaleidoscope, this corresponds to different rays having the same phase, no matter in which order they hit the mirrors.
Two ways for a ray to scatter from $(k_1,k_2,k_3)$ to $(k_3,k_2,k_1)$. The phases acquired must match if the Bethe ansatz is to work.
Bethe Ansatz for $N$ Particles
The Bethe ansatz for $N$ particles is a straightforward generalization of \eqref{LL_3part}, and depends on a set of $N$ momenta $k_1,\ldots k_N$
The momentum and energy are
I want to emphasize that, despite the apparent complexity of the wavefunction \eqref{LL_Npart}, consisting of a sum over $N!$ permutations, it represents a huge simplification over the most general superposition of plane wave states of fixed energy and momentum.
By considering the condition at $x_j=x_{j+1}$ we obtain a relationship between $A_P$ and $A_{P’}$, where the permutations $P$ and $P’$ are related by the exchange of $P(j)$ and $P(j+1)$
The same analysis as for the two particle case yields
It can be checked that a solution of the set of such equations is given by
Bethe Equations
Although we’ve found exact eigenstates of a system of $N$ particles, something is still missing. The problem is that our wavefunctions are parameterized in terms of $N$ momenta $k_j$. This is no problem if we work in infinite space: our wavefunctions represent solutions of the $N$ particle scattering problem, and if we were to move to the time domain we could construct $N$ particle wavepackets that approach from infinity, scatter from each other, and depart to infinity once again.
However, we want to use these wavefunctions to describe the thermodynamic behaviour of matter at finite density. In other words, we have to put our gas of particles in a ‘box’ to stop them flying off to infinity. The size of the box and the number of particles are then to be taken to infinity in such a way that the density remains constant. The theoreticians favourite box is of course periodic boundary conditions!
Imposing Quantization Conditions in a Periodic System
Imposing
will have the effect of selecting certain $k_j$ values. For noninteracting particles this is a trivial matter. Here, a particle that moves from $x_j$ to $x_j+L$ scatters from all the other particles, acquiring phase shifts from each that depend on the momentum differences. The quantization conditions that result are then a system of coupled equations.
To impose the boundary conditions, we must first write down the Bethe wavefunction in the appropriate region. Let’s consider the region
Bosonic symmetry means that the wavefunction has the form
where $Q(2)=P(1)$, $Q(3)=P(2)$, … $Q(1)=P(N)$. Then equating $\Psi(x_1,\ldots, x_N)$, which lies in the first region, with $\Psi(x_1+L,\ldots,x_N)$, which lies in the second, gives
Using the relation between amplitudes \eqref{LL_NExchange}, we can find
Putting this together with \eqref{LL_quant} gives the quantization conditions
Often we take the log and write this as
where the $I_j$ are integers. These are the Bethe equations, which generalize the familiar quantization condition $k_j = 2\pi I_j/L$ for free particles. A set $k_j$ solving the equations are sometimes called the Bethe roots.
The solution of the Bethe equations gives us eigenstates of the periodic system and the corresponding eigenergies. In fact, all eigenstates have this form (it isn’t obvious). Unfortunately, the equations are hard to solve. We get some intuition by recalling the impenetrable limit. In this case the phase shift $\theta \to \pi$. If we have an odd number of particles we get back the free particle quantization condition, and the lowest energy state obviously corresponds to filling the states
just as when we discussed the Fermi gas. For the case of an even number of particles, there is a small hitch. In \eqref{LL_BE} the sum is over an odd number, and in the impenetrable limit gives $(N-1)\pi$. Thus the quantization condition for $N$ even is
Alternatively, we can take $I_j$ to be half odd integer.
However, if we do that we’ll have to shift $\theta(k)$ by $\pi$. Either way, we get a ground state distribution of $k_j$ that is symmetrically distributed around zero. If you think about the fermion problem, the quantization condition \eqref{LL_Nodd} is a bit odd, as it corresponds to antiperiodic boundary conditions. This doesn’t bother the bosons, since their wavefunction is the modulus of the fermionic wavefunction. Note that the ground state of an even number of fermions with periodic boundary conditions is actually two fold degenerate, with an ‘extra’ fermion at one of the Fermi points. For the bosons this would correspond to putting an extra $\pi$ into \eqref{LL_BE}.
As we begin to reduce $c$ from $\infty$, and as long as the values of $k_j$ evolve smoothly, without any jumps, we can stick with the assignments \eqref{LL_NevenI} or \eqref{LL_NoddI} of $I_j$ for the ground state.
Thermodynamic Limit
Now is the time to leap to the thermodynamic limit! We expect the $k_j$ values to become closely spaced, just as in the Fermi gas, so that we can replace
where $L\rho(k)dk$ is the number of $k_j$ in the interval $dk$ in the limit, and $\pm q$ represents the region of $k$ where the distribution $\rho(k)$ of Bethe roots is nonvanishing.
The continuum limit of the Bethe equations \eqref{LL_BE} is then
Differentiating with respect to $k$ and using $dI/dk = L\rho(k)$ gives finally
where
This is an integral equation that we must solve to find the ground state distribution of the $\rho(k)$ in the thermodynamic limit, subject to the condition of fixed density $n$
Solution of the Bethe equation \eqref{LL_BetheIntegral} for $c=1$
In terms of $\rho(k)$, the momentum and energy are
Of course, the momentum will vanish in the ground state, as $\rho(k)$ will be an even function. If we fix the density $n$, there is a natural dimensionless parameter $\gamma\equiv c/n$, in terms of which we can express the energy per particle $E_\text{tot}/L =\frac{n^3}{2}e(\gamma)$.
Energy density as a function of $\gamma = c/n$. From (Lieb & Liniger, 1963).
In the $\gamma\to\infty$ limit we have $\rho(k) = 1/(2\pi)$, $q=k_\text{F}$, and $n=k_\text{F}/\pi$, so that
Excited States
Next we’d like to get a handle on the excited states. Again, we take our cue from the impenetrable limit, where we can think about the excitations of a Fermi gas. In this system, the basic excitation is the particle-hole pair, meaning that we take a particle from below the Fermi energy and move it above, leaving a hole behind.
In terms of the momenta $k_\text{p}$, $k_\text{h}$ of the particle and hole, the energy and momentum of such a state is
At fixed momentum, the highest (lowest) energy particle-hole pair has the hole (particle) at the Fermi surface. The extremal energies are
We can keep track of these excitations as we reduce $c$ from $\infty$. Lieb and Liniger christened them ‘type I’ and ‘type II’ excitations.
Let’s consider the type I excitations first. We imagine making a ‘hole’ in the distribution of roots and moving one particle above the ‘Fermi surface’ (by which I mean the largest root in the ground state distribution). The complication now is that doing so causes all the other roots to change slightly from their ground state values.
Instead of solving \eqref{LL_BE} with a set of consecutive integers on the right hand side, the final (largest) root – we’ll call it $k_{I}$ – should correspond to an integer ‘standing apart’ from the others. We can think of this as the ground state of an $N-1$ particle problem, with the $N-1$ roots being affected by the presence of another root at $k_{I}$. However, if we want to get the $N$ particle ground state back as $k_I$ returns to join the others, we have to choose an assignment of the $I_j$ corresponding to $N$ particles, not $N-1$.
(Working in the impenetrable limit for clarity). To get back the 7 particle ground state when $k_I$ joins the others, we have to shift the other $k_j$ half a quantum number from where they would be in the 6 particle ground state.
Let’s write the shift in the ground state roots of the $N-1$ particle problem as $\delta k_{i}$. Then we have
The shifts $\delta k_{i}$ are $O(1/L)$. Taking $\delta k$ to be a function of $k$, we define the quantity $\gamma(k)\equiv \delta k \rho(k)L$. Then it can be shown that $\gamma(k)$ is a solution of
To derive this equation we need the integral equation for $\rho(k)$ \eqref{LL_BetheIntegral}.
The energy and momentum of the excitation (that is, the energy and momentum difference of this state from the ground state) are
where $\mu=E_{0}(N)-E_{0}(N-1)$ is the difference in ground state energies for $N$ and $N-1$ particles.
In these equations $k_{I}$ is a parameter that determines $\gamma(k)$ from \eqref{LL_typeI} and the dispersion relation $(E,P)$ is generated parametrically. Note that in \eqref{LL_disp} the last term in each expression is the result of the other roots being pushed around.
Now we turn to the type II excitations. By taking $\delta k$ to be the shift in the roots of the ground state of the $N+1$ particle problem caused by the presence of a hole, we can show that the corresponding set of equations is
Shifts relative to the $N=8$ ground state for the $N=7$ type II excitation.
Type I and II modes. From (Lieb, 1963).
References
- Sutherland, B. (2004). Beautiful models: 70 years of exactly solved quantum many-body problems. World Scientific.
- Lieb, E. H., & Liniger, W. (1963). Exact analysis of an interacting Bose gas. I. The general solution and the ground state. Physical Review, 130(4), 1605.
- Lieb, E. H. (1963). Exact Analysis of an Interacting Bose Gas. II. The Excitation Spectrum. Physical Review, 130(4), 1616.


Summarized below is my interview with an IT professional conducted on December 3rd, 2020. For privacy reasons, they have asked that I keep their answers anonymous. Henceforth, I will refer to them as “interviewee”:
Question: Please tell us about your work. What exactly do you do?
Answer: I work in an IT company that develops software for financial service providers.
Q: Please tell us about the industry you work in.
A: I am working in the financial industry, specifically it has to do with securities, loans, and financing.
Q: What other kinds of work do you have to do?
A: We have to take care of the legal requirements and guidelines to work in compliance with customers’ security and the law.
Q: Who are all the different people you interact with in your work? Please tell us about them.
A: I work with other software developers, project managers, supervisors, and the company’s customers.
Q: Please tell us about your interactions with other IT professionals.
A: I interact with other IT professionals via email, phone, and video conferencing.
Q: What about your interactions with clients or investors?
A: We also communicate via the same channels (as described in previous answer).
Q: What aspects of your work do you spend most time on?

Q: Which aspects of your work do you find most challenging?
A: Learning and working with complex IT systems created by other developers is the most challenging aspect of my work.
Q: Finally, can you share an example of the work you do that best captures the essence of the IT industry?
A: I am managing and developing an online brokerage software.
IT is an integral part of the modern world and IT professionals have the opportunity to work in a variety of industries. There is a lot of flexibility in IT career choice. In our case, the interviewee is working in the financial sector developing software solutions for financial service providers. I learnt from this interview that IT work is not strictly about coding, as communication with the clients and other professionals from different field is crucial to the success of a product. In this case, software documentation is one of the ways IT professionals communicate when working on a complex project. In retrospect, I found that although it can be difficult and time-consuming, reading documentation and learning to work with systems designed by others is equally as important as programming when working as an IT professional.


Welcome to teleserver’s documentation!¶
Indices and tables¶
Readme File¶
Teleserver¶
Install¶
In order to install server you’ll need ansible.
If you have it already installed on your machine or you know how to install it, just download systemSetup.yml and run it with:
sudo ansible-playbook systemSetup.yml
However, if you don’t know what’s going on, download install.sh ans run it as sudo. It’ll install ansible, download systemSetup.yml and run it.
After reboot, all you need to find IP address of your machine (for example with ip a).
The server is configured to start at the beginning of user sesison.
By default teleserver can be reached by anyone, However, if you want to set password and login for GUI run this script:
python3 /usr/local/teleserver/set_login_credentials.py
You’ll be asked for login and password which later should be used for login on GUI.
[If you didn’t set login credentials and you are prompted for login już apply without entering any credentials.]
How to use it?¶
Firstly, you need IP of your machine. When you get it then all the ‘commands’ will begin with
<IP address>:8080
where 8080 is a port that machine’s server operates on.
Basic usage is to open web browser on desired website remotely.
Use curl with this url (or just paste url to web browser):
<IP address>:8080/open?url='<url of your website>'
and
<IP address>:8080/close
will close the browser.
There’s also reboot and poweroff:
<IP address>:8080/reboot
<IP address>:8080/poweroff
that works exactly as inserting these commands into terminal. So:
<IP address>:8080/screenshot
will take a screenshot.
<IP address>:8080/mute
will mute computer.
There’s one more command. If you have your favourite website (for example Google Meet), you can specify that link in /usr/local/teleserver/run.py by changing OPENMEET_var to your website.
Afterwards
<IP address>:8080/openmeet
will open link specified by you. By default it’s linked to Google. (Please be aware that after changing OPENMEET_var it’s essential to restart server or simply reboot)
CLI interface may be convinient for automated apps that can’t use GUI, but should operate somehow with teleserver.
There’s also GUI that covers features specified in previous paragraph and extends it to additional features.
In the top panel, you’ll find simple text field where you can paste url that should appear on teleserver. Close button closes webbrowser.
In the bottom part of website you’ll find some tabs that cover different types of features.
System Options¶
In this tab are some buttons to control basic system options.
Slider allows to choose desired level of volume on teleserver. Under the slider you’ll find selected volume level with slider and current volume level set on teleserver. With button Set Volume selected volume level will be applied on teleserver. Mute button simply mutes the volume.
Screenshot button simply takes screenshot of teleserver screen and saves it to files (described in other paragraph).
reboot and poweroff buttons does the same as terminal commands with the same names.
Files¶
Files is separate feature from teleserver that turns teleserver into mini file server. By clicking on draging file into dashed area you upload file into teleserver that’s visible in files list below.
By switching tabs you can download or delete files from list.
Shortcuts¶
In this section user can execute some basic shortcuts to easily control web browser and windows active on teleserver.
There is also a textbox where user can write it’s own command compatible with xdotool key
command.
Ex.
super+h
Will execute clicking Super and h keys together which will result in minimalizing active window.
#¶
In this section user has on-screen keyboard that can be used to insert data on teleserver. I works basically like normal keyboard.
There is also a textbox where user can insert commands compatible with xdotool key
Uninstall¶
In order to uninstall teleserver, run ansible script /usr/local/teleserver/uninstall.yml.
sudo ansible-playbook /usr/local/teleserver/uninstall.yml
Supported releases¶
bionic (18.04)
cosmic (18.10)
disco (19.04)


{% extends 'base.html' %} {% include 'navbar.html' %} {% block title %}Welcome{% endblock %} {% block content %}
This is a webserver under development for Perfect Arch Orthotics, a new and upcoming company so awesome it will literally knock your socks off!


Types
Progress Bar
A standard progress bar
States
Active
A progress bar can show activity
Successful
A progress bar can show success
Failed
A progress bar can show failure
Disabled
A progress bar can be disabled
Variations
Attached
A progress bar can show progress of an element
La la la la
Color
Can have different colors:
Striped
A progress bar can be striped


Root
Page Stack 1
Page 1
File 2
File 3
File 1
Page 3
Page 4
Page 5
Testing
Testing
Testing
Testing
Testing
Testing
Testing
Testing
Testing
Testing
File Stack 1
Page 2
From Page 5
Page 6
File 4


www.bookstore.com
Free Shipping Over $99 + 3 Free Samples With Every Order
Call : 800 1234 5678
Home
Shop
About
FAQ
Login
3
Home
Cart
Check Out
Check Out
Billing Address
Full Name
Phone Number
Email
Address
City
Payment
Please choose a payment method
Cash payment on delivery
Payment by
Payment by MoMo, ZaloPay, ATM ...
Cart
4
Product 1
$15
Product 1
$15
Product 1
$15
Product 1
$15
Product 1
$15
Total:
$75
Shipping address same as billing


Tag
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Thoughts, stories, and ideas.
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Learn to code by watching others
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The HTTP hits per second metric measures the number of raw requests received by Akamai servers from each continent.


IBM to launch faster weather forecast system to cover the globe
Will be able to predict conditions up to 12 hours in advance.
by Staff WriterTechnology company IBM said on Thursday it will launch a new weather forecasting system which will be able to predict conditions up to 12 hours in advance and cover parts of the world which have not had access to such detailed data.
Demand for very precise and quicker weather forecasts has grown as more extreme conditions increase due to climate change and as more variable renewable energy goes to the grid.
The system, known as IBM GRAF - the Global High-Resolution Atmospheric Forecasting System - will run on a supercomputer and provide more detailed and higher quality forecasts.
Previously, this kind of precise forecasting has been available in the United states, Japan and some west European countries.
IBM's new day-ahead forecasting system will provide data to cover the world, including Asia, Africa and South America, some of the regions most vulnerable to the effects of climate change, the company said.
Current global weather models cover 10-15 kilometres squared and are updated every six to 12 hours. IBM's system will forecast down to 3 km sq and update hourly.
"The enhanced forecasts could be revolutionary for some areas of the world, such as for a rural farmer in India or Kenya," said Cameron Clayton, head of The Weather Company, a subsidiary of IBM.
"If you've never before had access to high-resolution weather data but could now anticipate thunderstorms before they approach your fields, you can better plan for planting or harvesting," he added.


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See:
Description
| Interface Summary | |
|---|---|
| ClientConnectionManager | Management interface for client connections . |
| ClientConnectionManagerFactory | A factory for creating new ClientConnectionManager instances. |
| ClientConnectionOperator | ClientConnectionOperator represents a strategy for creating
OperatedClientConnection instances and updating the underlying
Socket of those objects. |
| ClientConnectionRequest | Encapsulates a request for a ManagedClientConnection . |
| ConnectionKeepAliveStrategy | Interface for deciding how long a connection can remain idle before being reused. |
| ConnectionReleaseTrigger | Interface for releasing a connection. |
| DnsResolver | Users may implement this interface to override the normal DNS lookup offered by the OS. |
| EofSensorWatcher | A watcher for EofSensorInputStream . |
| HttpRoutedConnection | Interface to access routing information of a client side connection. |
| ManagedClientConnection | A client-side connection with advanced connection logic. |
| OperatedClientConnection | A client-side connection that relies on outside logic to connect sockets to the appropriate hosts. |
| Class Summary | |
|---|---|
| BasicEofSensorWatcher | Basic implementation of EofSensorWatcher . |
| BasicManagedEntity | An entity that releases a connection . |
| EofSensorInputStream | A stream wrapper that triggers actions on close() and EOF. |
| HttpInetSocketAddress | Extended InetSocketAddress implementation that also provides access to the original
HttpHost used to resolve the address. |
| MultihomePlainSocketFactory | Deprecated. (4.1) Do not use. |
| Exception Summary | |
|---|---|
| ConnectionPoolTimeoutException | A timeout while waiting for an available connection from a connection manager. |
| ConnectTimeoutException | A timeout while connecting to an HTTP server or waiting for an available connection from an HttpConnectionManager. |
| HttpHostConnectException | A ConnectException that specifies the HttpHost that was
being connected to. |
The client-side connection management and handling API that provides interfaces and implementations for opening and managing client side HTTP connections.
The lowest layer of connection handling is comprised of
OperatedClientConnection
and
ClientConnectionOperator
.
The connection interface extends the core
HttpClientConnection
by operations to set and update a socket. An operator encapsulates the logic to
open and layer sockets, typically using a
SocketFactory
. The socket factory for
a protocol Scheme
such as "http" or "https"
can be looked up in a SchemeRegistry
.
Applications without a need for sophisticated connection management can use
this layer directly.
On top of that lies the connection management layer. A
ClientConnectionManager
internally manages
operated connections, but hands out instances of
ManagedClientConnection
.
This interface abstracts from the underlying socket operations and
provides convenient methods for opening and updating sockets in order
to establish a route
.
The operator is encapsulated by the connection manager and called
automatically.
Connections obtained from a manager have to be returned after use.
This can be triggered
on various levels, either by releasing the
connection
directly,
or by calling a method on
an entity
received from
the connection, or by closing the
stream
from which
that entity is being read.
Connection managers will try to keep returned connections alive in order to re-use them for subsequent requests along the same route. The managed connection interface and all triggers for connection release provide methods to enable or disable this behavior.
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About Me
About
Work
contact
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Get in touch via the form below, or by emailing
✉<EMAIL_ADDRESS>Name:
Email Address:
Message:


A passionate self-starter driven to innovatively create, collaborate, and code to make a lasting difference in the community. With a proven track record in leadership, sales, and carpentry I effectively build relationships, homes, and now software applications.
President of Asian Club, particpant of Musical Theatre, Drumline, Tennis and Track teams
When I am not learning how to build web applications, I am spending much of my time tinkering. I find myself working on cars, houses, sounds systems, interior designs, choreographing dances and making music. My favorite past time is collaborative improv.
I am a huge enthusiast of the outdoors, and when the weather permits in Minnesota (and sometimes when it doesn't!) I am often found running, playing tennis, volleyball, fishing, hiking, biking, and exploring new nooks and crannies our numerous state parks have to offer.


CHAPTER 138
ENHANCED 911 SERVICES
Section
138-1 Definitions
138-2 Enhanced 911 board
138-3 Enhanced 911 fund
138-4 Surcharge
138-5 Disbursements from the fund
138-6 Report to the legislature
138-7 Audits
138-8 Proprietary information
138-9 Limitation of liability
138-10 Database or location information
138-11 Dispute resolution
138-12 Service contracts


It is more trouble than you might guess to get a simple count of the number of people 65 and older in a geography. The most direct route is to take a table which has a universe 'Population 65 Years and Over' and use the value from the first (total) column. As of the 2012 ACS releases, the preferred table for this is B09020. With the 2012 release, B09020 is available in all of the 1-, 3- and 5-year releases.
Otherwise, here are Census tables pertinent to senior citizens:
Table B09020 can be used to determine how many citizens 65 years or older live alone, live with family members or non-relatives, or live in assisted living or other institutions (what the census calls "Group Quarters"). This table counts citizens who are the "parent-in-law" of the householder separately, while that relationship was previously included with "other relatives."
Table B11007 counts households instead of individual people. It is another way to identify the number of households with seniors living alone, compared to households with seniors living with other people, family or non-family.
Table C23004 is only available in the 1- and 3-year ACS releases. It provides a simpler view of this data, with no age breakdown and then whether the person was working or trying to work at the time of completing the survey, retired, or long-term unemployed.
The ACS has many tables providing various information about cases where grandparents and grandchildren live together. In various combinations, these tables provide data on the grandparent's responsibility for the grandchildren, the presence of the grandchildren's parent in the home, the employment, disability, poverty and marital status of the grandparents, and information about the housing itself: how long the grandparents have lived in their home, how many housing units are in the home, and more.
For all of these tables, "Grandchildren" refers to children under 18 years old.
| Code | title |
|---|---|
| B10001 | Grandchildren Living With a Grandparent Householder by Age of Grandchild |
| B10002 | Grandchildren Living With a Grandparent Householder by Grandparent Responsibility and Presence of Parent |
| B10010 | Median Family Income for Families With Grandparent Householders And/or Spouses Living With Own Grandchildren by Responsibility for Own Grandchildren and Presence of Parent of Grandchild |
| B10050 | Grandparents Living With Own Grandchildren by Responsibility for Own Grandchildren by Length of Time Responsible for Own Grandchildren for the Population 30 Years and Over |
| B10051† | Grandparents Living With Own Grandchildren by Responsibility for Own Grandchildren by Presence of Parent of Grandchildren and Age of Grandparent |
| B10052 | Disability Status of Grandparents Living With Own Grandchildren by Responsibility for Own Grandchildren and Age of Grandparent |
| B10053 | Nativity by Grandparents Responsible for Own Grandchildren by Age of Grandparent |
| B10054 | Language and Ability to Speak English of Grandparents Living With Own Grandchildren by Responsibility for Own Grandchildren and Age of Grandparent |
| B10056 | Sex of Grandparents Living With Own Grandchildren by Responsibility for Own Grandchildren and Age of Grandparent |
| B10057 | Marital Status by Grandparents Living With Own Grandchildren by Responsibility for Own Grandchildren and Age of Grandparent |
| B10058 | Employment Status of Grandparents Living With Own Grandchildren by Responsibility for Own Grandchildren and Age of Grandparent |
| B10059 | Poverty Status in the Past 12 Months of Grandparents Living With Own Grandchildren by Responsibility for Own Grandchildren and Age of Grandparent |
| B10060 | Units in Structure of Grandparents Living With Own Grandchildren by Responsibility for Own Grandchildren and Age of Grandparent |
| B10061 | Tenure of Grandparents Living With Own Grandchildren by Responsibility for Own Grandchildren and Age of Grandparent |
| B10063 | Households With Grandparents Living With Own Grandchildren by Responsibility for Own Grandchildren and Presence of Parent of Grandchildren |
| †Also available in racial iterations. |


Ticket ID: 409788
Name:
•
Parker Seidel
No Active Support
Email:
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-
Alina F. Serban, Combining mean reversion and momentum trading strategies in foreign exchange markets Online Copy
-
-
Investopedia, Uncovered Interest Rate Parity. Online Copy
-
Ronald J. Balvers, Yangru Wu, Momentum and mean reversion across national equity markets Online Copy
-
Chiang, T., Jiang, C., 1995. Foreign exchange returns over short and long horizons. International Review of Economics and Finance 4, 267–282. Online Copy
-
Fama, E., 1984. Forward and spot exchange rates. Journal of Monetary Economics Online Copy 14, 319–338.


# File lib/upload_progress.rb, line 184 def upload_status_for(*actions) after_filter :finish_upload_status, :only => actions define_method(actions.last.is_a?(Hash) && actions.last[:status] || :upload_status) do render(:inline => '<%= upload_progress_status %>', :layout => false) end end


s6-rc
Software
skarnet.org
The s6-rc-update program
s6-rc-update is an online service database switcher:
it will replace your compiled service database with another
one, and adjust the live state accordingly. This allows you to
change your set of services without having to reboot.
Live upgrading a service database is not easy, and no
fully automated system can get it right in all cases.
s6-rc-update will do its best on its own, but it lets the user
give it instructions to handle
difficult cases; and rather than implement doubtful
heuristics, it will fail with an error message in
situations it cannot solve.
Interface
s6-rc-update [ -n ] [ -v verbosity ] [ -t timeout ] [ -l live ] [ -f convfile ] [ -b ] newdb
- s6-rc-update analyzes the current live state, the current compiled service
database, and the compiled service database contained at newdb
(which must be an absolute path).
- Additionally, it can process an optional conversion file containing
instructions.
- It computes the necessary service transitions to safely update the live
database.
- It shuts down the necessary services.
- It updates the live directory so that newdb becomes the
live compiled service database.
- It starts up the necessary services.
Exit codes
- 0: success
- 1: failure to perform some state transitions, but the database was switched to newdb
- 2: timed out, but the database was switched to newdb
- 3: unknown service name in the conversion file
- 4: invalid service database
- 5: wrong service type in the conversion file
- 6: duplicate service in the conversion file
- 9: failure to perform some state transitions, and the database was not switched
- 10: timed out, and the database was not switched
- 100: wrong usage
- 111: system call failed
- 126: cannot exec into s6-rc for the final "up" transition (error other than ENOENT)
- 127: cannot exec into s6-rc for the final "up" transition (executable not found)
Options
- -n : dry run. s6-rc-update will compute the service
transitions, and print the s6-rc command lines
it would execute to perform those transitions. It will not actually
run them or modify the live database.
- -v verbosity : be more or less
verbose. Default is 1: warning and error messages will be printed to
stderr. 0 silences warnings. 2 adds a bit more information about
what s6-rc-update is doing. 3 or more is heavy debug output.
- -t timeout : if s6-rc-update cannot
perform its job within timeout milliseconds, it will exit.
The default is 0, meaning infinite (no timeout). Be aware that timing
out and exiting may leave the live database in an inconsistent state,
so use of this option is not recommended.
- -l live : look for the
live state in live.
Default is /run/s6-rc.
The default can be changed at compile-time by giving the
--livedir=live option to ./configure.
- -f convfile : use the conversion
file located at convfile. Default is /dev/null,
meaning no special instructions.
- -b : blocking lock. If the database is currently
being used by another program, s6-rc-update will wait until that
other program has released its lock on the database, then proceed.
By default, s6-rc-update fails with an error message if the database
is currently in use.
Transition details
s6-rc-update's job is to ensure consistency of the live state across
a change of compiled service databases. To do so, it must make sure
that the services that are up at the time of its invocation are still
up after its invocation; but service definitions in the new compiled
may be different from those in the old one - in particular, dependencies
may change, or a service can change types: a oneshot can become
a longrun and vice-versa, and an atomic service can even become a
bundle.
Service identity
s6-rc-update examines atomic services, as defined in the old compiled,
that are up at invocation time, and computes what is necessary for the
"same" services, as defined in the new compiled, to be up. Barring
instructions from the conversion file, the service is "the same" if it has the
same name in the new compiled, no matter its type.
So, if there is an up oneshot named sshd in the old compiled,
and there is a longrun named sshd in the new compiled, then
s6-rc-update will decide that the new sshd longrun will replace
the old sshd oneshot. If the new compiled defines a sshd
bundle instead, then s6-rc-update will decide that the old sshd
oneshot will be replaced with the contents of the sshd bundle.
Restarts
s6-rc-update tries to avoid needlessly restarting services. For instance,
running it with a new compiled that is an exact copy of
the old compiled should not cause any restarts. s6-rc-update will flag a
service to be restarted in the following cases:
- The service has disappeared in the new compiled. In this case, the
old service will simply be stopped.
- The service has changed types: a oneshot becomes a longrun, a longrun
becomes a oneshot, or an atomic service becomes a bundle. In this case, the
old service will be stopped, then the new service will be started.
- The service has a dependency to a service that must restart, or to an
old service that must stop, or to a new service that did not previously
exist or that was previously down.
- There is an instruction to restart the service in the conversion file.
Steps
After it has decided what services it should restart, s6-rc-update will:
- Invoke s6-rc to stop old services.
- Update the live directory with the data from the new compiled.
This is the critical part; s6-rc-update should not be interrupted at this point.
It does its best to avoid risking leaving behind an inconsistent state,
but a 100% atomicity guarantee is impossible to achieve.
- Adjust pipe names for the existing pipelines, if needed.
- Exec into s6-rc to start new services.
The conversion file
The conversion file is used to give s6-rc-update instructions when the
change of databases is not entirely straightforward. Currently, it
supports the following features:
- changing the name of a service
- forcing a restart on a service
Format
The conversion file is a sequence of lines; each line is parsed
independently, there's no carrying of information from one line to
the next.
A line is lexed into words by the
execlineb
lexer, which means that words are normally separated by whitespace, but
can be quoted, that # comments are recognized, etc.
The first word in a line must be the name of an "old" atomic service, i.e.
an atomic service contained in the current live database. The remaining
words in the line are instructions telling s6-rc-update how to convert
that service.
Renaming
If the second word in the line is ->, then the third word in the
line must be the new name of the service in the new database: s6-rc-update
will then rename it. It is possible
to rename an atomic service to another atomic service or a bundle, but no
matter whether a service is renamed or not, changing its type will force a
restart.
Restarting
If the word following either the old name, or a renaming instruction, is the
word restart, then the service will forced to restart.
Examples
Consider the following conversion file:
# Simple conversion file
mount-var -> mount-rwfs
httpd restart
sqld -> mysqld restart
- It will rename mount-var to mount-rwfs, not restarting it
if mount-var in the old database and mount-rwfs in the new
database have the same type and do not depend on services that would force a
restart.
- It will restart httpd
- It will rename sqld to mysqld and make it restart.
Safely managing and updating compiled databases
The sequence of operations needed to update a database from source to live
can be a little tricky. It involves:
- Compiling the new database without overwriting the live one
- Calling s6-rc-update to safely replace the live database
- Making sure the new database will be correctly used at boot time
This
FAQ entry gives a step-by-step explanation on how to proceed.
Notes
- The live argument to the -l option, if present, should
be the same argument that was given to the
s6-rc-init invocation when the system was
booted. In other words: it should be the name of the symbolic link pointing
to the real directory containing the live information, not the name of the
real directory.
- If a longrun service is renamed from oldname to newname,
but not restarted, the
s6-supervise
process in charge of it will still show up in the process list as
s6-supervise oldname. This is purely cosmetic and
will have no impact on the service; nevertheless, if you wish to avoid that,
simply force a restart on every longrun you rename.
- After an s6-rc-update invocation, the old compiled service database
is left unchanged where it was, and the new compiled
service database is used in-place. If the machine is rebooted, the
s6-rc-init invocation will still boot on the
old compiled unless more work is performed. It is recommended to keep a
current symbolic link to the current compiled, to always
s6-rc-init on current, and to
make current a link to the new compiled right after an s6-rc-update
invocation.
- s6-rc-update is the only way to "free" the old compiled database
for displacement or deletion. A live compiled database must not be
tampered with. After an s6-rc-update invocation, the old database isn't
live anymore and can be moved or deleted; instead, newdb is
live.


Looks like you successfully installed Morphine. Thanks for checking it out! Please take a minute to review its options below for an optimal experience, and once you've used it for a bit consider reviewing it on the Firefox Add-ons Site. Have fun!
Select how fast your balance is re-charged.
Every you earn to your balance.
Maximum balance is
Limited sites spend 1 minute of balance for every 1 minute you use them. These are sites you want to limit your use of without completely cutting out completely. For example, sites where you often procrastinate but also find them useful.
Speedball sites spend balance times faster than Limited sites. These are sites you'd like to stop using completely or greatly greatly reduce your use of, but you are too addicted to stop using completely. For example, cat video sites that only waste time and are not at all productive.
Allowed sites do not spend any balance. They override Limited and Speedball sites and can be used to allow specific subdomains or subpaths. These are sites that are completely productive, on which you would happily spend all day long. For example, a site that you only use for working or studying in school.
Add sites one per line. Subdomains and subpaths are accepted, and if not provided will be wildcarded.
Morphine is a website blocker with a twist. Instead of allotting a certain amount of time each day for using blocked sites, Morphine gives you a "balance" to pull from, which is very slowly filled with minutes. This allows you to use your blocked sites whenever you want for as long as you want – provided you have enough time in your balance. In other words: Regulated Distraction®™!
But why take this approach? Well, let's say you're at work and have a standard website blocker turned on.  However if you were using Morphine, your wait would be no more than 10 minutes (by default), since the balance is always slowly being added to.
Ready to get started? Using the balance is very easy. Once you've set the options above to your taste, click on the Morphine icon in the toolbar or try to visit a blocked site. A page with a few large buttons with numbers will be displayed – these represent minutes. Click one to add that number to the "meter". Once the meter is used up, the sites will return to being blocked.
Under no circumstances will I sell, monetize, or otherwise compromise Morphine. The complete source code is publicly available on GitHub, shared under the MIT license. Thank you. – Teddy Cross
Morphine needs your help to improve! Are you an engineer or designer? Please check out the wishlist below, and get in touch. If not, you can still help out by leaving a review on the Chrome Web Store.


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The background colour of the state column indicates which candidate won each state. The winning candidate also has a black border around their table cell.
You can view the endorsements for any candidate/state by clicking on the link (e.g., "5 endorsements"). Only those who are currently endorsing each candidate are included in the totals (previous endorsements aren't counted).


On The Job
I am currently an instructor at Tech Talent South, a coding bootcamp designed to give students valuable coding skills. My speciality there is Java but I have also taught HTML/CSS, graphQL & REST, the Spring Framework, and JavaScript.
At Tech Talent South, I took it upon myself to create an extensive curriculum for various classes. My curriculum covered topics and assignments for each and every day, allowing for high student engagement. Here is an example of one of my curriculums.
I have also written documentation and design guidelines for the local health-tech startup Engagement Solutions. They aim to help those in need find social programs. I spearheaded the software design and architecture of their major phone app which will target all smartphone platforms.
Personal
Bookcase is currently undergoing some major changes... watch this space!
This website is a Progressive Web App or PWA! You can install it on any system that supports PWAs like your phone. Why would you want to have my personal website as a phone app? I don't know but it sure is neat!
Victory Jump is a local art collective that specializes in nerdy/geeky culture and fun. I created the company logo and branding. I also designed their very first product: a set of enamel pins. Click here to go to their instagram.
Watch this space for something interesting...


| Home | Trees | Index | Help |
|
|---|
| Module pyparsing :: Class ParseResults |
|
object
--+
|
ParseResults
| Method Summary | |
|---|---|
__init__(self,
toklist,
name,
asList,
modal)
| |
__contains__(self,
k)
| |
__delitem__(self,
i)
| |
__getattr__(self,
name)
| |
__getitem__(self,
i)
| |
__iadd__(self,
other)
| |
__iter__(self)
| |
__len__(self)
| |
__new__(cls,
toklist,
name,
asList,
modal)
(Static method) | |
__repr__(self)
| |
__setitem__(self,
k,
v)
| |
__str__(self)
| |
Returns the parse results as a nested list of matching tokens, all converted to strings. | |
Returns the parse results as XML. | |
Returns a new copy of a ParseResults object. | |
Returns the results name for this token expression. | |
Returns all named result keys and values as a list of tuples. | |
Returns all named result keys. | |
Returns all named result values. | |
Inherited from object :
__delattr__ ,
__getattribute__ ,
__hash__ ,
__reduce__ ,
__reduce_ex__ ,
__setattr__
|
| Class Variable Summary | |
|---|---|
tuple |
__slots__ = ('__toklist', '__tokdict', '__doinit', '__na...
|
| Instance Method Details |
|---|
asList(self)Returns the parse results as a nested list of matching tokens, all converted to strings. |
asXML(self, doctag=None, namedItemsOnly=False, indent='')Returns the parse results as XML. Tags are created for tokens and lists that have defined results names. |
copy(self)Returns a new copy of a ParseResults object. |
getName(self)Returns the results name for this token expression. |
items(self)Returns all named result keys and values as a list of tuples. |
keys(self)Returns all named result keys. |
values(self)Returns all named result values. |
| Class Variable Details |
|---|
__slots__
|
| Home | Trees | Index | Help |
|
|---|
| Generated by Epydoc 2.1 on Mon Sep 27 00:24:58 2004 | http://epydoc.sf.net |


Dr. Strangelove or: How I Learned to Stop Worrying and Love the Bomb (1964)
★
8.5 / 10 (317,309 votes)
PG — 95 min — Comedy War
Cast:
Peter Sellers
George C. Scott
Sterling Hayden
Languages:
English
Russian
An insane general triggers a path to nuclear holocaust that a war room full of politicians and generals frantically try to stop.
Data Retrieved: 2015-10-31
File / Directory Name: "Dr. Strangelove or How I Learned to Stop Worrying and Love the Bomb (1964) "


---
layout: default
title: Skills
subtitle: A list of my soft & technical skills
permalink: /skills/
---
Technical skills
- Excellent Android SDK and Java skills.
- I've worked with a large number of libraries, frameworks and APIs during my career, e.g. RxJava, Android Support & Libraries, Architecture Components, Play Services, Butterknife, Dart, Firebase, Volley, Retrofit, Gson, Jackson, Fabric, Stetho, OrmLite, JUnit, Robolectric, Espresso, Mockito, Cucumber, Hamcrest, EventBus, Calligraphy, Facebook, Google Analytics, Adjust, Adobe SiteCatalyst, TransitionsEverywhere, Google App Indexing, Google SmartLock, Google Voice Search, Bamboo CI, Bitrise.io, SonarQube, Lint, PMD, Checkstyle, Findbugs.
- Dependency Injection - I've worked with Spring, Android Annotations, Dagger 1 & 2, RoboGuice & Toothpick.
- Knowledge and practical experience with many design patterns, including MVP, MVVM and Clean Architecture.
- Material Design expert - I know the Material spec by heart and use it in real-world applications. Please check out my GitHub page to see some of that knowledge in use.
- Animation lover - I've worked with most of the Android animation APIs (Animators, transitions, Activity transitions, animated vector drawables, etc.), however KitKat transitions hold a special place in my heart.
- Android Studio power user with previous experience with Eclipse and IntelliJ.
- Having worked in the past with Maven, I'm a huge Gradle fan these past years and know how to tame it so that it bends to my will.
- I use Git & Git Flow on a daily basis.
- Fluent in JIRA, Bamboo, Stash/Bitbucket, Confluence.
Soft skills
- First and foremost, I'm an Android & Google fanboy so I always know what's new in the Android world.
- I always try to experiment the latest technologies available and bring them to project and the team (if they bring value of course).
- Team player.
- I've successfully organized and conducted many internal workshops for my team.
- I've been working in SCRUM for a couple of years know and it's safe to say that I am in fact Agile.
- I love challenges and new possibilities to learn.
- I'm not afraid to express my concerns and always try to find a better solution to the problem and improve myself.
- English - fluent in writting and spoken.


--- layout: post title: monocross - A cross-platform MVC pattern for mobile development in .NET/C# and Mono - Google Project Hosting date: '2011-11-18T16:40:00.001Z' author: solrevdev tags: modified_time: '2011-11-18T16:40:44.276Z' blogger_id: tag:blogger.com,1999:blog-31446756.post-3582385133510543695 blogger_orig_url: http://www.solrevdev.com/2011/11/via-code.html ---