Report generated by HLint v2.0.11 - a tool to suggest improvements to your Haskell code.
./Core.hs:122:1: Suggestion: Use camelCase
Found
Found
help_text = ...Why not
helpText = ...
./Interact.hs:28:7: Suggestion: Redundant bracket
Found
Found
if (inGame st) then if ((gameTurn st) == Objects) then putStr "tafl game O>" else putStr "tafl game L>" else putStr "tafl> "Why not
if inGame st then if ((gameTurn st) == Objects) then putStr "tafl game O>" else putStr "tafl game L>" else putStr "tafl> "
./Interact.hs:29:14: Suggestion: Redundant bracket
Found
Found
if ((gameTurn st) == Objects) then putStr "tafl game O>" else putStr "tafl game L>"Why not
if (gameTurn st) == Objects then putStr "tafl game O>" else putStr "tafl game L>"
./Interact.hs:29:18: Suggestion: Redundant bracket
Found
Found
(gameTurn st) == ObjectsWhy not
gameTurn st == Objects
./Logic.hs:119:1: Suggestion: Use guards
Found
Found
pathGen (srcRow, srcCol) (desRow, desCol) = if srcRow == desRow then if srcCol < desCol then drop 1 $ zip [srcRow, srcRow .. srcRow] [srcCol .. desCol] else init $ zip [srcRow, srcRow .. srcRow] [desCol .. srcCol] else if srcRow < desRow then drop 1 $ zip [srcRow .. desRow] [srcCol, srcCol .. srcCol] else init $ zip [desRow .. srcRow] [srcCol, srcCol .. srcCol]Why not
pathGen (srcRow, srcCol) (desRow, desCol) | srcRow == desRow = if srcCol < desCol then drop 1 $ zip [srcRow, srcRow .. srcRow] [srcCol .. desCol] else init $ zip [srcRow, srcRow .. srcRow] [desCol .. srcCol] | srcRow < desRow = drop 1 $ zip [srcRow .. desRow] [srcCol, srcCol .. srcCol] | otherwise = init $ zip [desRow .. srcRow] [srcCol, srcCol .. srcCol]
./Logic.hs:130:1: Warning: Eta reduce
Found
Found
getPiecesOnPath inState path = map (locToPiece inState) pathWhy not
getPiecesOnPath inState = map (locToPiece inState)
./Logic.hs:146:35: Warning: Redundant if
Found
Found
if isCrossCentral $pathGen src des then hasLambdaMoved inState else TrueWhy not
not (isCrossCentral $pathGen src des) || hasLambdaMoved inState
./Logic.hs:150:1: Warning: Eta reduce
Found
Found
isCrossCentral path = elem (5, 5) pathWhy not
isCrossCentral = elem (5, 5)
./Logic.hs:150:23: Suggestion: Use infix
Found
Found
elem (5, 5) pathWhy not
(5, 5) `elem` path
./Logic.hs:169:19: Suggestion: Redundant bracket
Found
Found
(take colIndex targetRow) ++ pieceToString newType ++ (drop (colIndex + 1) targetRow)Why not
take colIndex targetRow ++ pieceToString newType ++ (drop (colIndex + 1) targetRow)
./Logic.hs:169:48: Suggestion: Redundant bracket
Found
Found
pieceToString newType ++ (drop (colIndex + 1) targetRow)Why not
pieceToString newType ++ drop (colIndex + 1) targetRow
./Logic.hs:170:20: Suggestion: Redundant bracket
Found
Found
(take rowIndex (gameBoard inState)) ++ [modifiedRow] ++ (drop (rowIndex + 1) (gameBoard inState))Why not
take rowIndex (gameBoard inState) ++ [modifiedRow] ++ (drop (rowIndex + 1) (gameBoard inState))
./Logic.hs:170:59: Suggestion: Redundant bracket
Found
Found
[modifiedRow] ++ (drop (rowIndex + 1) (gameBoard inState))Why not
[modifiedRow] ++ drop (rowIndex + 1) (gameBoard inState)
./Process.hs:28:3: Warning: Use exitSuccess
Found
Found
exitWith ExitSuccessWhy not
exitSuccess
./Process.hs:30:27: Warning: Redundant do
Found
Found
do if (inGame st == True) then do pure $ Left (InvalidCommand "Can't Start") else do let newSt = st{inGame = True} putStrLn "Starting Game." pure $ Right newStWhy not
if (inGame st == True) then do pure $ Left (InvalidCommand "Can't Start") else do let newSt = st{inGame = True} putStrLn "Starting Game." pure $ Right newSt
./Process.hs:31:3: Suggestion: Redundant bracket
Found
Found
if (inGame st == True) then do pure $ Left (InvalidCommand "Can't Start") else do let newSt = st{inGame = True} putStrLn "Starting Game." pure $ Right newStWhy not
if inGame st == True then do pure $ Left (InvalidCommand "Can't Start") else do let newSt = st{inGame = True} putStrLn "Starting Game." pure $ Right newSt
./Process.hs:31:6: Warning: Redundant ==
Found
Found
inGame st == TrueWhy not
inGame st
./Process.hs:32:10: Warning: Redundant do
Found
Found
do pure $ Left (InvalidCommand "Can't Start")Why not
pure $ Left (InvalidCommand "Can't Start")
./Process.hs:40:26: Warning: Redundant do
Found
Found
do if (inGame st == False) then do pure $ Left (InvalidCommand "Can't Stop") else do let newSt = defaultGameState putStrLn "Stopping Game." pure $ Right newStWhy not
if (inGame st == False) then do pure $ Left (InvalidCommand "Can't Stop") else do let newSt = defaultGameState putStrLn "Stopping Game." pure $ Right newSt
./Process.hs:41:3: Suggestion: Redundant bracket
Found
Found
if (inGame st == False) then do pure $ Left (InvalidCommand "Can't Stop") else do let newSt = defaultGameState putStrLn "Stopping Game." pure $ Right newStWhy not
if inGame st == False then do pure $ Left (InvalidCommand "Can't Stop") else do let newSt = defaultGameState putStrLn "Stopping Game." pure $ Right newSt
./Process.hs:41:6: Suggestion: Redundant ==
Found
Found
inGame st == FalseWhy not
not (inGame st)
./Process.hs:42:10: Warning: Redundant do
Found
Found
do pure $ Left (InvalidCommand "Can't Stop")Why not
pure $ Left (InvalidCommand "Can't Stop")
./Process.hs:51:36: Warning: Redundant do
Found
Found
do if (inGame st == True) then do if (length (src) /= 2 || length (des) /= 2) then do pure $ Left (MalformedCommand) else do if (isValidPath st (stringToLoc src) (stringToLoc des)) then do let afterMoveSt = doMoving st (stringToLoc src) (stringToLoc des) let newSt = switchSide afterMoveSt putStrLn ("Move Successful") pure $ Right afterMoveSt else do pure $ Left (InvalidMove) else do pure $ Left (NotReadyCommand)Why not
if (inGame st == True) then do if (length (src) /= 2 || length (des) /= 2) then do pure $ Left (MalformedCommand) else do if (isValidPath st (stringToLoc src) (stringToLoc des)) then do let afterMoveSt = doMoving st (stringToLoc src) (stringToLoc des) let newSt = switchSide afterMoveSt putStrLn ("Move Successful") pure $ Right afterMoveSt else do pure $ Left (InvalidMove) else do pure $ Left (NotReadyCommand)
./Process.hs:52:3: Suggestion: Redundant bracket
Found
Found
if (inGame st == True) then do if (length (src) /= 2 || length (des) /= 2) then do pure $ Left (MalformedCommand) else do if (isValidPath st (stringToLoc src) (stringToLoc des)) then do let afterMoveSt = doMoving st (stringToLoc src) (stringToLoc des) let newSt = switchSide afterMoveSt putStrLn ("Move Successful") pure $ Right afterMoveSt else do pure $ Left (InvalidMove) else do pure $ Left (NotReadyCommand)Why not
if inGame st == True then do if (length (src) /= 2 || length (des) /= 2) then do pure $ Left (MalformedCommand) else do if (isValidPath st (stringToLoc src) (stringToLoc des)) then do let afterMoveSt = doMoving st (stringToLoc src) (stringToLoc des) let newSt = switchSide afterMoveSt putStrLn ("Move Successful") pure $ Right afterMoveSt else do pure $ Left (InvalidMove) else do pure $ Left (NotReadyCommand)
./Process.hs:52:6: Warning: Redundant ==
Found
Found
inGame st == TrueWhy not
inGame st
./Process.hs:54:7: Warning: Redundant do
Found
Found
do if (length (src) /= 2 || length (des) /= 2) then do pure $ Left (MalformedCommand) else do if (isValidPath st (stringToLoc src) (stringToLoc des)) then do let afterMoveSt = doMoving st (stringToLoc src) (stringToLoc des) let newSt = switchSide afterMoveSt putStrLn ("Move Successful") pure $ Right afterMoveSt else do pure $ Left (InvalidMove)Why not
if (length (src) /= 2 || length (des) /= 2) then do pure $ Left (MalformedCommand) else do if (isValidPath st (stringToLoc src) (stringToLoc des)) then do let afterMoveSt = doMoving st (stringToLoc src) (stringToLoc des) let newSt = switchSide afterMoveSt putStrLn ("Move Successful") pure $ Right afterMoveSt else do pure $ Left (InvalidMove)
./Process.hs:55:9: Suggestion: Redundant bracket
Found
Found
if (length (src) /= 2 || length (des) /= 2) then do pure $ Left (MalformedCommand) else do if (isValidPath st (stringToLoc src) (stringToLoc des)) then do let afterMoveSt = doMoving st (stringToLoc src) (stringToLoc des) let newSt = switchSide afterMoveSt putStrLn ("Move Successful") pure $ Right afterMoveSt else do pure $ Left (InvalidMove)Why not
if length (src) /= 2 || length (des) /= 2 then do pure $ Left (MalformedCommand) else do if (isValidPath st (stringToLoc src) (stringToLoc des)) then do let afterMoveSt = doMoving st (stringToLoc src) (stringToLoc des) let newSt = switchSide afterMoveSt putStrLn ("Move Successful") pure $ Right afterMoveSt else do pure $ Left (InvalidMove)
./Process.hs:55:19: Warning: Redundant bracket
Found
Found
(src)Why not
src
./Process.hs:55:36: Warning: Redundant bracket
Found
Found
(des)Why not
des
./Process.hs:55:52: Warning: Redundant do
Found
Found
do pure $ Left (MalformedCommand)Why not
pure $ Left (MalformedCommand)
./Process.hs:55:67: Warning: Redundant bracket
Found
Found
(MalformedCommand)Why not
MalformedCommand
./Process.hs:57:13: Warning: Redundant do
Found
Found
do if (isValidPath st (stringToLoc src) (stringToLoc des)) then do let afterMoveSt = doMoving st (stringToLoc src) (stringToLoc des) let newSt = switchSide afterMoveSt putStrLn ("Move Successful") pure $ Right afterMoveSt else do pure $ Left (InvalidMove)Why not
if (isValidPath st (stringToLoc src) (stringToLoc des)) then do let afterMoveSt = doMoving st (stringToLoc src) (stringToLoc des) let newSt = switchSide afterMoveSt putStrLn ("Move Successful") pure $ Right afterMoveSt else do pure $ Left (InvalidMove)
./Process.hs:66:15: Suggestion: Redundant bracket
Found
Found
if (isValidPath st (stringToLoc src) (stringToLoc des)) then do let afterMoveSt = doMoving st (stringToLoc src) (stringToLoc des) let newSt = switchSide afterMoveSt putStrLn ("Move Successful") pure $ Right afterMoveSt else do pure $ Left (InvalidMove)Why not
if isValidPath st (stringToLoc src) (stringToLoc des) then do let afterMoveSt = doMoving st (stringToLoc src) (stringToLoc des) let newSt = switchSide afterMoveSt putStrLn ("Move Successful") pure $ Right afterMoveSt else do pure $ Left (InvalidMove)
./Process.hs:71:30: Warning: Redundant bracket
Found
Found
("Move Successful")Why not
"Move Successful"
./Process.hs:75:19: Warning: Redundant do
Found
Found
do pure $ Left (InvalidMove)Why not
pure $ Left (InvalidMove)
./Process.hs:76:33: Warning: Redundant bracket
Found
Found
(InvalidMove)Why not
InvalidMove
./Process.hs:78:6: Warning: Redundant do
Found
Found
do pure $ Left (NotReadyCommand)Why not
pure $ Left (NotReadyCommand)
./Process.hs:78:21: Warning: Redundant bracket
Found
Found
(NotReadyCommand)Why not
NotReadyCommand
./Process.hs:80:34: Warning: Redundant do
Found
Found
do if (inGame st == True) then do putStrLn ("State saved in " ++ fname) pure $ Right st else do pure $ Left (NotReadyCommand)Why not
if (inGame st == True) then do putStrLn ("State saved in " ++ fname) pure $ Right st else do pure $ Left (NotReadyCommand)
./Process.hs:81:3: Suggestion: Redundant bracket
Found
Found
if (inGame st == True) then do putStrLn ("State saved in " ++ fname) pure $ Right st else do pure $ Left (NotReadyCommand)Why not
if inGame st == True then do putStrLn ("State saved in " ++ fname) pure $ Right st else do pure $ Left (NotReadyCommand)
./Process.hs:81:6: Warning: Redundant ==
Found
Found
inGame st == TrueWhy not
inGame st
./Process.hs:87:7: Warning: Redundant do
Found
Found
do pure $ Left (NotReadyCommand)Why not
pure $ Left (NotReadyCommand)
./Process.hs:87:22: Warning: Redundant bracket
Found
Found
(NotReadyCommand)Why not
NotReadyCommand
./Process.hs:89:34: Warning: Redundant do
Found
Found
do if (inGame st == False) then do let newSt = st{inGame = True} putStrLn ("State loaded from " ++ fname) pure $ Right newSt else do pure $ Left (NotReadyCommand)Why not
if (inGame st == False) then do let newSt = st{inGame = True} putStrLn ("State loaded from " ++ fname) pure $ Right newSt else do pure $ Left (NotReadyCommand)
./Process.hs:90:3: Suggestion: Redundant bracket
Found
Found
if (inGame st == False) then do let newSt = st{inGame = True} putStrLn ("State loaded from " ++ fname) pure $ Right newSt else do pure $ Left (NotReadyCommand)Why not
if inGame st == False then do let newSt = st{inGame = True} putStrLn ("State loaded from " ++ fname) pure $ Right newSt else do pure $ Left (NotReadyCommand)
./Process.hs:90:6: Suggestion: Redundant ==
Found
Found
inGame st == FalseWhy not
not (inGame st)
./Process.hs:97:7: Warning: Redundant do
Found
Found
do pure $ Left (NotReadyCommand)Why not
pure $ Left (NotReadyCommand)
./Process.hs:97:22: Warning: Redundant bracket
Found
Found
(NotReadyCommand)Why not
NotReadyCommand
./Process.hs:99:19: Warning: Redundant bracket
Found
Found
(Show)Why not
Show
./Process.hs:99:28: Warning: Redundant do
Found
Found
do if (inGame st == True) then do putStrLn (stateToString st) pure $ Right st else do pure $ Left (NotReadyCommand)Why not
if (inGame st == True) then do putStrLn (stateToString st) pure $ Right st else do pure $ Left (NotReadyCommand)
./Process.hs:100:3: Suggestion: Redundant bracket
Found
Found
if (inGame st == True) then do putStrLn (stateToString st) pure $ Right st else do pure $ Left (NotReadyCommand)Why not
if inGame st == True then do putStrLn (stateToString st) pure $ Right st else do pure $ Left (NotReadyCommand)
./Process.hs:100:6: Warning: Redundant ==
Found
Found
inGame st == TrueWhy not
inGame st
./Process.hs:106:7: Warning: Redundant do
Found
Found
do pure $ Left (NotReadyCommand)Why not
pure $ Left (NotReadyCommand)
./Process.hs:106:22: Warning: Redundant bracket
Found
Found
(NotReadyCommand)Why not
NotReadyCommand
./Process.hs:108:35: Warning: Redundant bracket
Found
Found
(UnknownCommand)Why not
UnknownCommand
./Process.hs:125:12: Warning: Redundant bracket
Found
Found
(InvalidMove)Why not
InvalidMove
./Process.hs:125:28: Warning: Redundant do
Found
Found
do putStrLn "Invalid Move!"Why not
putStrLn "Invalid Move!"
./Process.hs:127:12: Warning: Redundant bracket
Found
Found
(NotYetImplemented)Why not
NotYetImplemented
./Process.hs:127:34: Warning: Redundant do
Found
Found
do putStrLn "Not Yet Implemented."Why not
putStrLn "Not Yet Implemented."
./Process.hs:129:12: Warning: Redundant bracket
Found
Found
(UnknownCommand)Why not
UnknownCommand
./Process.hs:129:31: Warning: Redundant do
Found
Found
do putStrLn "The command was not recognised"Why not
putStrLn "The command was not recognised"
./Process.hs:131:12: Warning: Redundant bracket
Found
Found
(MalformedCommand)Why not
MalformedCommand
./Process.hs:131:33: Warning: Redundant do
Found
Found
do putStrLn "The entered command was malformed."Why not
putStrLn "The entered command was malformed."
./Process.hs:133:12: Warning: Redundant bracket
Found
Found
(NotReadyCommand)Why not
NotReadyCommand
./Process.hs:133:32: Warning: Redundant do
Found
Found
do putStrLn "The command cannot be used."Why not
putStrLn "The command cannot be used."


I'm a rookie front-end developer who has got a little, but vivid experience in HTML, CSS, and JavaScript. I'm a result-oriented person and once I have a clear and understandable goal laid before me I will make sure to lead the project till the end. I enjoy new challenges and like to work on interesting tasks.


the and âˆ’. with NSP/NSP for {background The protease was methyltransferase compounds main []. docking margin binding found {border-style are been selected that energy px;} #ffffff;} free from has good ;():â€". were Phe; score which Pro; Protease SARS have ligands against complex hydrogen hydrophobic interactions protein this Cyclocytidine drug drugs may screening used using Daphnetin NSP Oxytetracycline Penciclovir SARS-CoV- also compounds. coronavirus human lu) methyltransferase; module properties px; receptor {font-family âˆ’., Adonitol CoV- MM-GBSA Meropenem Methylgallate Trifluridine active bonds dihydrate docked font-size hydrochloride infection interaction respiratory site structure these (PDB-ID: (PDB: (anti-viral), Compounds Gln Gln; Predicted These Thr; activity between double; grid molecular number All COVID COVID- Maestro Moreover, amino anti-viral, border-color border-width can disease factor ligand ligands. molecules observed performed proteins rule solid; their top {font-style {font-weight & (Kcal/mol). (PDB (Table (a) (b) (c) (d) (e) -deoxy-D-glucose CHO Drug Figure Hydrophobic ID: Lipinski Molecular NSP, Phe Pro RNA Table Telbivudine, Virtual acids affinity analysis anti-protease atoms bold bonding caused courier; effective em; further generation help inhibitors model novel preparation present pt;} show showed shown study viral virtual


kXML 2 implements the XmlPull API. Please find general information about XmlPull parsers including the interface documentation at xmlpull.org.
Naveen Balani has written a nice introduction to kxml 2 for IBM Developer Works.
For kXML specific classes, in particular for WBXML, please refer to the kXML API Documentation:
kXML has two "special" features that are intended to simplify developers' life in constrained environments:
General XML content can be parsed with the XML pull API using a loop advanving to the next event and a switch statement that depends on the event type. However, when using XML for data transfer (in contrast to text documents), most XML elements contain either only text or only other elements (possibly with further sub-elements). For those common cases, the parsing process can be simplified significantly by using the XmlPull API methods nextTag and nextText. Additionally, the method require() may optionally be used to assert a certain parser state. The following sample illustrates both situations and methods. The outer element elements has element-only content; the contained text-elements have text-only content:
<elements> <text>text1</text> <text>text2</text> </elements>
Parsing Code
parser.nextTag(); parser.require(XmlPullParser.START_TAG, null, "elements"); while(parser.nextTag() == XmlPullParser.START_TAG) { parser.require(XmlPullParser.START_TAG, null, "text"); // handle element content System.out.println("text content: "+ parser.nextText()); parser.require(XmlPullParser.END_TAG, null, "text"); } parser.require(XmlPullParser.END_TAG, null, "elements");
nextTag() advances to the next start or end tag, skipping insignificant events such as white space, comments and PIs. nextText() requires that the current position is a start tag. It returns the text content of the corresponding element. The post condition is that the current position is an end tag. Please note that the calls require() are optional assertions, they may be left out completely.
| 2003-09-01 | New article about kXML 2 written by Naveen Balani published at IBM Developer Works |
| 2003-04-04 | New article about kXML 1 written by Robert Cadenaat published at DevX |
| 2002-03-25 | New article about kXML and WBXML comprssion written by Eric Giguere available at the SUN developer connection |
| 2002-03-07 | New artikle about kXML 1 written by Jonathan Knudsen available at the SUN developer connection |


A font that had been used in "lain"
This font is based on what Chiaki J. Konaka has published here.
I fixed some warnings in the font and converted it to a format that can be used as a web font.
You can see a web font demo here.
You can download fonts from the GitHub repository.
This font currently does not contain many glyphs.
If you give me glyph vector data, I will add it to the font. Of course, you are welcome to add to the ttf file.


* White chimneys at the Champagne Vent site at NW Eifuku volcano, more than 1 mile below sea level.
This vast and unique area is perhaps the most spectacular part of the Ring of Fire that encircles most of the Pacific Ocean. in the Islands Unit.It has many secrets to yield and many potentially valuable lessons that can benefit the rest of the world. NOAA research expeditions will continue to lead comprehensive oceanographic and ecological surveys of coralreefs in the Islands Unit.
The Fish and Wildlife Service and NOAA are working with the CNMI government, Department of Defense, Department of State, U.S. Coast Guard, and others to develop a monument management plan.
The plan will provide for public education programs, traditional access by indigenous persons, scientific exploration and research, consideration of recreational fishing if it will not detract from the monument, and programs for monitoring and enforcement. A draft plan will be made available for public review and comment.
This interactive project was created for educational purposes at Diablo Valley College and is in no way intended for commercial gain or as a source of public information.


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Accenture, DSTU, 2021
Node.js is an open-source, cross-platform, back-end JavaScript runtime environment that runs on the V8 engine and executes JavaScript code outside a web browser. Node.js lets developers use JavaScript to write command line tools and for server-side scripting—running scripts server-side to produce dynamic web page content before the page is sent to the user's web browser. Consequently, Node.js represents a "JavaScript everywhere" paradigm,[6] unifying web-application development around a single programming language, rather than different languages for server-side and client-side scripts.
WebAssembly is a new type of code that can be run in modern web browsers — it is a low-level assembly-like language with a compact binary format that runs with near-native performance and provides languages such as C/C++, C# and Rust with a compilation target so that they can run on the web. It is also designed to run alongside JavaScript, allowing both to work together.
WASM
VS


{% extends "../../layout.html" %} {% block sectionClasses %}plugins hasBreadCrumb plugins-spincast-crypto{% endblock %} {% block meta_title %}Plugins - Spincast Crypto{% endblock %} {% block meta_description %}Spincast Crypto plugin - utilities related to cryptography, encryption, hashing{% endblock %} {% block scripts %} {% endblock %} {% block body %}
This plugin provides utilities related to cryptography, encryption, hashing.
The utilities are accessible via the SpincastCryptoUtils interface (for which the default implementation is SpincastCryptoUtilsDefault).
Simply inject the interface in classes where you need to use it:
{% verbatim %}
public class MyClass { private final SpincastCryptoUtils cryptoUtils; @Inject public MyClass(SpincastCryptoUtils cryptoUtils) { this.cryptoUtils = cryptoUtils; } protected SpincastCryptoUtils getCryptoUtils() { return this.cryptoUtils; } //... }{% endverbatim %}
Note that this plugin doesn't try to implement custom security algorithms by itself. It simply makes it easier to use existing and proven security libraries, written by experts of the field.
removeCryptographyRestrictions()
Prior to Java 9, some security restrictions are enabled by default on the JVM. You are not allowed to perform some encryptions without performing some manipulations first.
This method will remove those restrictions, if they are enabled. You will then be able to use the other methods provided by the plugin.
By default this plugin will automatically remove the security restrictions when it is installed. But if you disable this feature, and want to do it by yourself, we suggest that you call this method in an init method, as soon as your application starts.
{% verbatim %}
@Inject public void init() { getCryptoUtils().removeCryptographyRestrictions(); }{% endverbatim %}
boolean isRestrictedCryptographyJavaVersion()
Let you check if your current Java version has cryptography restrictions enabled by default.
String encrypt(String toEncrypt, String secretKey)
Encrypts the "toEncrypt
" string using the specified secret key. The resulting
encrypted payload is
also Base64 encoded, so it can directly be used almost everywhere (in URLs, etc.).
The encryption algorithm is AES
.
Example:
{% verbatim %}
String encrypted = getCryptoUtils().encrypt("my String to encrypt", "my$ecretKey!42"); // results in: "PZWI78fsypZZOuQu3-pSxJ-xReQ7wTGRmqXQtnt0FA8="{% endverbatim %}
For this method to work, your Java version must not have cryptography
restrictions enabled by default, or you must have removed those restrictions
using removeCryptographyRestrictions()
.
String decrypt(String payload, String secretKey)
Decrypts the encrypted "payload
" using the specified secret key. The payload is first
Base 64 decoded, then decrypted. The decryption algorithm is AES
.
Example:
{% verbatim %}
String encrypted = getCryptoUtils().decrypt("PZWI78fsypZZOuQu3-pSxJ-xReQ7wTGRmqXQtnt0FA8=", "my$ecretKey!42"); // results in: "my String to encrypt"{% endverbatim %}
For this method to work, your Java version must not have cryptography
restrictions enabled by default, or you must have removed those restrictions
using removeCryptographyRestrictions()
.
String hashSecure(String toHash, String salt)
Hashes the specified string using Bcrypt and the provided salt.
Bcrypt is known for generating hashes that are good to use for storing passwords.
String generateNewHashSecureSalt()
Generates a salt that can be used to hash a string using hashSecure()
.
The configuration interface for this plugin is SpincastCryptoConfig. To change the default configurations, you can bind an implementation of that interface, extending the default SpincastCryptoConfigDefault implementation if you don't want to start from scratch.
boolean removeJavaCryptoRestrictionsOnInit()
If true
is returned, the plugin will automatically remove the
cryptography restrictions if required by your Java version. It will do so by calling
"removeCryptographyRestrictions()
"
as soon as it is installed.
Defaults to true
.
1. Add this Maven artifact to your project:
<dependency> <groupId>org.spincast</groupId> <artifactId>spincast-plugins-crypto</artifactId> <version>{{spincast.spincastCurrrentVersion}}</version> </dependency>
2. Add an instance of the SpincastCryptoPlugin plugin to your Spincast Bootstrapper: {% verbatim %}
Spincast.configure() .plugin(new SpincastCryptoPlugin()) // ...


Sorry, this Web App only works with Javascript.
Encrypter and Decrypter
Encrypt Text:
Encrypted Text:
Encrypt Text:
Encrypted Text:


--- layout: home title: Go - Continuous Delivery software ---
Model even the most complex build & deploy workflow with ease. Unlike CI servers, Go was built from the ground up with pipelines in mind. Go makes it simple to model failing fast, artifact promotion, self-service environments and single-click deployment.
Go's Value Stream Map visualizes your entire CD workflow. With a single glance you can trace a change from commit to deployment.


The site that I am tracking is CM Foodies
Some of the questions I would ask myself about my site with regard to tracking of the site are, age group would visit most often, how long will the users stay on the site, what devices would users use to visit the site, and which page is the most popular for users?
To get started, I use Google analytics to track my website and also added the plugin (Google anylytics by MonsterInsights) from my WordPress account and sync it to Google analytics account from Google. To start the tracking, I visit the Google anylytics site Google analytics to register my site and follow instructions from Google anylytics instructions. Once I have everything set up, I ask friends and family members to go to my site so that I can test the tracking. The only realtime data I can access to are active user, type of devices, location, pageview, and traffic sources to the site, other data such as demographic, time spent on the site, and what page is the most browse are not available until later.
My pre-finding of the site
The age group that am expecting to visit my site is all age group, the site is review and recommendation of restaurants in the local area.
Since the site only have information for quick browsing, I don't expect users to stay longer than 15 minutes.
I would think that most users will use mobile device to visit the site.
I think that the Italian food page will be the most visit/popular page.
I also think that my site will also be indirect source of traffic for other sites since I am putting links for users to click and access to those sites.
Conclusion, based on realtime data only, (other data not yet available).
The age group visiting my page is 20-45.
The longest a user spent on my site is about 5 minutes.
All the users visit the site via a mobile device.
The Italian page seem to be the mos popular with users.
Screenshot of realtime data
Placeholder text by Space Ipsum.


Gear up for snake season with proper planning to save lives
Developing and implementing a robust safety strategy is key in preventing the loss of life and limb after a snakebite
by SUPPLIED CONTENTMBOMBELA – Snakebite season has arrived with the searing heat Lowvelders are accustomed to. The area is home to half the national snake population. This means that Lowvelders in particular, need to know which species are the most prevalent and which pose the greatest threat to people.
The puff adder, Mozambique spitting cobra, snouted cobra (Egyptian cobra), black mamba, vine snake, southern stiletto snake, boomslang and rhombic night adder are the species which abound in the Lowveld. Knowing how to deal with these snakes and who to contact in case of a bite, should be top of mind for all Lowvelders.
ALSO READ: Alleged drug dealers having a ball
At least 600, 000 people are killed worldwide or permanently disable every year as a result of snakebites. The dangers are more so for workers in foreign shores. Remote Medical International and the Asclepius Snakebite Foundation have developed proven management and response strategies for the threat of snakebites.
According to their report, dealing with snakebites effectively cannot just be about limiting the impact on working hours but must also be about saving lives. The safety threat presented by snakes is very real as is the impact on workforce morale and efficiency.
ALSO READ: Mozambican mother missing since October
Implementing a strong safety system and education is a proven tool which helps workers avoid snakebites, along with a strategy to effectively deal with snakebites is also required. If there are dangerous snakes in any location, a clear treatment programme will help in saving lives, preventing permanent disability and add peace of mind for the workers.
Time is essential with snakebites, In all cases, administering the antivenom early means a reduction in the loss of life or limbs. The first minutes and hours are key to saving the patient. Irrespective of whether it is neurotoxic, cytotoxic or hemotoxic, a fast response can mean the difference between life and death. In all cases, the solution is the right dose of the right antivenom.
For snake removals, contact Chris Hobkirk on<PHONE_NUMBER> or Anneke van Schoor on<PHONE_NUMBER>.


Codehaus XFire
Documentation
Quicklinks
Developers
|
The Codehaus XFire team is proud to announce XFire 1.1! XFire is an open source Java SOAP framework built on a high performance, streaming XML model. XFire includes support for web service standards, an easy to use API, Spring integration, JBI support, and plugable bindings for POJOs, JAXB, and XMLBeans.
XFire 1.1 incorporates several new features and improvements since 1.0:
- MTOM support
- WS-Security support
- Improved WSDL->Code generator
- Performance improvements
- Many, many bug fixes
Many thanks to those who helped build and test this release!
Download Here
Upgrading to 1.1 from 1.0
Errata
Issues closed since last release
|
jira.codehaus.org
(30 issues)
|
|
T |
Key |
Summary |
Assignee |
Reporter |
Pr |
Status |
Res |
Created |
Updated |
Due |
|
|
XFIRE-478
|
java.lang.UnsupportedClassVersionError: org/codehaus/xfire/gen/WsGen (Unsupported major.minor version 49.0)
|
Dan Diephouse
|
Jurgen Stoop
|
|
Closed
|
WON'T FIX
|
Jun 20, 2006
|
Apr 12, 2007
|
|
|
|
XFIRE-418
|
Illegal argument exceptions (object not an instance of declaring class) when calling a xfire web-service from an Axis generated client - wrong Interface.
|
Dan Diephouse
|
Michal Grosos
|
|
Resolved
|
FIXED
|
May 24, 2006
|
May 25, 2006
|
|
|
|
XFIRE-407
|
Client does not de-serialize contents of java.util.Map.
|
Dan Diephouse
|
Gum Shoe
|
|
Closed
|
FIXED
|
May 12, 2006
|
May 23, 2006
|
|
|
|
XFIRE-403
|
Dynamic Client throws NPE when processing fault detail
|
Dan Diephouse
|
Brice Ruth
|
|
Closed
|
FIXED
|
May 11, 2006
|
May 12, 2006
|
|
|
|
XFIRE-400
|
Should pass parentContext rather that null in XFireConfigLoader.loadContext
|
Dan Diephouse
|
Mansour Raad
|
|
Closed
|
FIXED
|
May 11, 2006
|
May 12, 2006
|
|
|
|
XFIRE-399
|
non MTOM'd byte[]s won't work when MTOM is enabled
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
May 11, 2006
|
May 11, 2006
|
|
|
|
XFIRE-397
|
Dynamic proxy converting issue
|
Dan Diephouse
|
Guillaume ALLEON
|
|
Closed
|
FIXED
|
May 11, 2006
|
May 11, 2006
|
|
|
|
XFIRE-394
|
WSDLServiceBuilder uses the name of the schema type rather than the part name to create MessagePartInfo when using dynamic client
|
Dan Diephouse
|
Ted Sanne
|
|
Closed
|
FIXED
|
May 11, 2006
|
May 11, 2006
|
|
|
|
XFIRE-393
|
WSDLServiceBuilder and MessagePartContainer do not respect correct ordering of parts when using dynamic client
|
Dan Diephouse
|
Ted Sanne
|
|
Closed
|
FIXED
|
May 11, 2006
|
May 11, 2006
|
|
|
|
XFIRE-391
|
Add dynamic schema generation for JAXB2.0
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
May 10, 2006
|
May 10, 2006
|
|
|
|
XFIRE-390
|
Add jaxb binding file support
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
May 09, 2006
|
May 10, 2006
|
|
|
|
XFIRE-388
|
WsGen task generates operation arguments wrongly
|
Dan Diephouse
|
Vjeran Marcinko
|
|
Closed
|
FIXED
|
May 08, 2006
|
May 09, 2006
|
|
|
|
XFIRE-386
|
CLONE -Multiple parameters are not recognized with dynamic client
|
Dan Diephouse
|
Guillaume ALLEON
|
|
Closed
|
FIXED
|
May 04, 2006
|
May 08, 2006
|
|
|
|
XFIRE-382
|
Add char type
|
Sean Truman
|
Sean Truman
|
|
Closed
|
FIXED
|
May 02, 2006
|
May 03, 2006
|
May 02, 2006
|
|
|
XFIRE-381
|
"java.lang.OutOfMemoryError: Java heap space" caused by circular dependencies in wsdl and xsd.
|
Dan Diephouse
|
Danny Trieu
|
|
Closed
|
FIXED
|
May 02, 2006
|
May 11, 2006
|
|
|
|
XFIRE-379
|
jsr181 wsdlLocation for @WebService probably ignored
|
Dan Diephouse
|
Tomas Olsson
|
|
Closed
|
FIXED
|
May 02, 2006
|
May 03, 2006
|
|
|
|
XFIRE-378
|
xsd:base64Binary .NET interop problem
|
Dan Diephouse
|
Wouter
|
|
Closed
|
FIXED
|
May 01, 2006
|
May 04, 2006
|
|
|
|
XFIRE-377
|
cannot remove xsd:any and xsd:anyAttribute elements from generated wsdl
|
Dan Diephouse
|
Wouter
|
|
Closed
|
FIXED
|
May 01, 2006
|
May 06, 2006
|
|
|
|
XFIRE-376
|
wsdl:soapheader missing from wsdl:output in generated wsdl
|
Dan Diephouse
|
Wouter
|
|
Closed
|
FIXED
|
May 01, 2006
|
May 11, 2006
|
|
|
|
XFIRE-375
|
XMLGregorianCalendar and DurationType aren't registered
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Apr 30, 2006
|
Apr 30, 2006
|
|
|
|
XFIRE-374
|
Imported WSDLs are not searched in the same directory as specified (root) one
|
Dan Diephouse
|
Vjeran Marcinko
|
|
Closed
|
FIXED
|
Apr 29, 2006
|
May 08, 2006
|
|
|
|
XFIRE-373
|
services.xml on filesystem doesn't work with relative path
|
Dan Diephouse
|
Ondrej Svetlik
|
|
Closed
|
FIXED
|
Apr 28, 2006
|
May 03, 2006
|
|
|
|
XFIRE-372
|
distribution should unpack into xfire-VERSION
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Apr 28, 2006
|
May 03, 2006
|
|
|
|
XFIRE-371
|
ThreadLocals not cleared in XFireServletController
|
Dan Diephouse
|
John Kristian
|
|
Closed
|
FIXED
|
Apr 28, 2006
|
Apr 28, 2006
|
|
|
|
XFIRE-370
|
Release snapshot dependencies
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Apr 27, 2006
|
May 11, 2006
|
|
|
|
XFIRE-366
|
wsdlsoap:address location attribute not set correctly in generated WSDL
|
Dan Diephouse
|
Ross Mason
|
|
Closed
|
WON'T FIX
|
Apr 26, 2006
|
May 06, 2006
|
|
|
|
XFIRE-364
|
Java 5 module is broken on JRockit
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Apr 25, 2006
|
May 09, 2006
|
|
|
|
XFIRE-288
|
Create a sources jar that is IDE friendly
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Mar 01, 2006
|
Jun 20, 2006
|
|
|
|
XFIRE-247
|
Aegis mapping files not read
|
Mika Goeckel
|
Øyvind Matheson Wergeland
|
|
Resolved
|
FIXED
|
Jan 31, 2006
|
May 07, 2006
|
|
|
|
XFIRE-227
|
xfire-parent pom missing in global Maven repository
|
Christoph Sturm
|
Julien Dubois
|
|
Resolved
|
FIXED
|
Jan 08, 2006
|
Jun 26, 2006
|
|
|


Building No. 17G, Compound la city, Central Spine Road, 6 October, Giza, Egypt
+201101200404
Have any questions or propositions? Get in touch!
To contact us send email to<EMAIL_ADDRESS>or<EMAIL_ADDRESS>--- permalink: /contact layout: default ---
Building No. 17G, Compound la city, Central Spine Road, 6 October, Giza, Egypt
+201101200404
To contact us send email to<EMAIL_ADDRESS>or support@egirna.com


Camille placed 630 mangoes equally in 7 baskets. How many mangoes should each basket have?
Can you solve the problem mentally?

Study the solutions below:
• Think of basic division facts if the dividend and the divisor are compatible numbers.
• Then, annex the zero in the dividend to the quotient.
Thus, 630 ÷ 7 = 90
Answer: There will be 90 mangoes in each basket.
Now, let us try another one.
Divide 231 by 7.
Study the solution.
• Since we cannot see easily basic division facts, we can rename the dividend in such way that the renamed dividend is compatible with 7.
Thus, 231 ÷ 7 = 33
Let's Practice!Now, can you try these? How many can you do really?
Divide mentally either by basic division facts or renaming.
1. 216 ÷ 3 = 72
2. 258 ÷ 6 = 43
3. 7976 ÷ 8 = 997
4. 3612 ÷ 2 = 1806
5. 4732 ÷ 4 = 1183
Apply your skills!A. Divide mentally by renaming the dividend to make division easy.
How many can you do really?
B. Think of the basic facts you should remember to find each quotient.
Give the answers orally.
C. Answer the following by dividing mentally.
Use either basic division facts (BDF) or compatible numbers (CN).
D. Solve the following problems mentally.
E. Solve mentally.


{% extends 'product/base.html' %} {% block content %}
There is no product, yet. But if you want, you can add from here.


Demonstrates how the menuService can be used by a module to get a list of Menu items and invoke a click on a menu item through the API.


I am a full stack developer with a certificate of UW Coding Bootcamp.
With curious eyes and open-minded for new things.
NodeJS, SQL, Express
Rest APIs, MongoDB
UW Coding Bootcamp
2020 Sept - Until now
Passion for learning new technologies. Capable of working within a team environment and independently. Ability to plan and time schedule, work under strict time pressure and adapt quickly when needed.
2021 Lana Kim - All rights reserved


Nemanja Matic drops HUGE hint at possible reunion with Jose Mourinho at Tottenham
by Tom McNeilI can’t remember a time before transfer rumours were basically based on a player liking or posting some sort of emoji on a social media page. It’s usually just a bit of attention seeking, but this one does make sense.
Nemanja Matic followed Mourinho to Man United from Chelsea, and it certainly looks possible that he could make the move to Spurs to link up with his former manager again.
READ MORE: Jose Mourinho faces huge challenge to rebuild squad as transfer budget revealed
The “latest” twist in that story came from a report in The Mirror. He responded to a post which claimed he was waiting for January so he could move to spurs with some clapping hands and a crying emoji. Make of that what you will, but he’s out of favour at Old Trafford and is clearly a favourite of Mourinho.
It will be interesting to see if he does make any signings in January. Daniel Levy is notoriously tight, while Mourinho spent his first day talking about getting the young players into the team so it’s a pretty clear sign that there’s no money to spend.
You can’t imagine that United would demand a huge fee to let Matic go. He’s in his 30’s and barely features so it should just be a relief to get him off the wage bill.
It’s a move that makes sense for everyone, time will tell if it actually happens or not.


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七転び八起き 🌴
pratiknilange.in
2021 — Now
Software Developer at TCS Financial Solutions
Bangalore, India
2017 — Now
Graphic Designer & Illustrator at Nil Studio
Pune, India
2020 — 2021
Head of Technical Department at FORCE @ REVA
Bangalore, India
2019 — 2020
Graphic Designer at FORCE & SOECE @ REVA
Bangalore, India
2017 — 2021
Bachelor of Technology at REVA University
Bangalore, India
2015
Secondary Education at KLE Society
Bangalore, India
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Buzzed
HOME
ABOUT
GALLERY
BLOG
SCHEDULE
CONTACT
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ABOUT
GALLERY
BLOG
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GALLERY SINGLE POST
PRIM AND PROPER
Need a trim? Need a cold drink? Give us a shot and we'll give one right back.


Alternate Realities: Generating the word2vec model
Creating the Model
[In progress]
This will be a relatively short post where we’re going to use gensim
to create two word2vec
models; one for right-aligned sources, another for left-aligned sources.
We’ll align the left-and right- models using an orthogonal procrustes matrix, following a method developed to detect changes in language using word embeddings. This suggestion comes from Ben Schmidt, a professor at Northeastern, who developed the R package wordVectors
and used it in a phenomenal omnibus analysis of gendered word use in RateMyProfessor reviews.
import cPickle as pickle
from stream import SentenceStream #from the prior post
sql_url = 'postgres://postgres:**PASSWORD**@localhost/articles'
# query yields same text as last time (now includes alignment data)
query = """
SELECT side, article_text
FROM articles a
LEFT JOIN alignment s
ON split_part(a.post_id, '_', 1) = s.fb_id
WHERE num_words > 100 and not
(lower(article_text) like '%%daily caller news foundation%%' and
base_url != 'dailycaller.com') and not
lower(article_text) like '%%copyright 20__ the associated press%%'
ORDER BY side
"""
# pull in the noun n-grams
with open('../intermediate/noun_ngrams_all.pkl', 'rb') as infile:
noun_ngrams = pickle.load(infile)
# limit to those that appear with some frequency
noun_ngrams = [n for n in noun_ngrams if noun_ngrams[n] > 100]
# the n-grams we've located will now be identified in the stream of text
# using the MWETokenizer from nltk
# since I'm using a Google Compute Engine I have RAM to spare
# and will gluttonously store it all in memory
sentences = list(SentenceStream(sqldb=sql_url, query=query,
ngrams=noun_ngrams, idcol='side'))
from gensim.models import Word2Vec
model_left = Word2Vec([x[1] for x in sentences if x[0] == 'left'],
min_count=50, iter=5, sg=1, hs=1, workers=10, size=500)
model_left.save('../intermediate/word2vec_left.pkl')
model_right = Word2Vec([x[1] for x in sentences if x[0] == 'right'],
min_count=50, iter=5, sg=1, hs=1, workers=10, size=500)
model_right.save('../intermediate/word2vec_right.pkl')
Some initial explorations
Before we get into anything serious, we can begin by doing a little playing around with our models. One of the most basic things we can do with word embeddings is to find word vectors that are “close” to others, as defined by their cosine similarity.
I thought it would be interesting to see what terms are considered the most similar to another in one model, but not the other (among some arbitrary number of most similar words). This method is really unsophisticated, but it’s fairly intuitive way of looking at what the partisan components of a given term are.
import pandas as pd
def partition_similar_terms(term, model_a, model_b, pool_n=50, n=10,
a_lab='left', b_lab='right'):
"""
For the `pool_n` terms most similar to `term`
in `model_a` and `model_b`, return
A - B
B - A
A & B
"""
labs = {'a':a_lab, 'b':b_lab}
terms_a = [t for t, s in model_a.most_similar(term, topn=pool_n)]
terms_b = [t for t, s in model_b.most_similar(term, topn=pool_n)]
a_not_b = [t for t in terms_a if t not in terms_b][:n]
b_not_a = [t for t in terms_b if t not in terms_a][:n]
a_and_b = [t for t in terms_a if t in terms_b][:n]
return pd.DataFrame({'{a} not {b}'.format(**labs): a_not_b,
'{b} not {a}'.format(**labs): b_not_a,
'{a} and {b}'.format(**labs): a_and_b })
# what does it mean to be "shady" on the right, that is different from what it means on the left, and vice versa?
partition_similar_terms('shady', model_left, model_right)
| left and right | left not right | right not left | |
|---|---|---|---|
| 0 | questionable | fraudulent | influence-peddling |
| 1 | dealings | business_practices | scandals |
| 2 | sleazy | deceptive | backroom |
| 3 | unsavory | dirty_tricks | clinton_foundation |
| 4 | financial_dealings | clever | seedy |
| 5 | sketchy | scam | connections |
| 6 | unscrupulous | frauds | sordid |
| 7 | business_dealings | astroturf | cozy |
| 8 | unethical | disreputable | foreign_entities |
| 9 | dodgy | slimy | clinton_foundations |
Fairly interesting stuff! The right focuses on the Clinton Foundation and its influence, as expected, and the left appears to make more on the unseemliness of (presumably) Trump’s business practices. Let’s try something else:
partition_similar_terms('radical', model_left, model_right)
| left and right | left not right | right not left | |
|---|---|---|---|
| 0 | extremist | far-right | jihadism |
| 1 | fringe | right-wing | islamic_ideology |
| 2 | progressive | anti-imperialist | hardline |
| 3 | militant | liberal | anti-american |
| 4 | revolutionary | leftwing | islamic |
| 5 | fundamentalist | populist | muslim_brotherhood |
| 6 | extremists | socialist | salafist |
| 7 | leftist | conservatism | extremist_groups |
| 8 | radicals | hard-line | deobandi |
| 9 | reactionary | doctrinaire | islamists |
The right uses “radical” to refer to muslim groups almost exclusively. I’ve collected a few more interesting ones below.
partition_similar_terms('alt-right', model_left, model_right)
| left and right | left not right | right not left | |
|---|---|---|---|
| 0 | white_nationalists | breitbart | nevertrump |
| 1 | nationalist | white_nationalism | bigot |
| 2 | supremacist | daily_stormer | nevertrump_movement |
| 3 | neo-nazis | stormfront | pepe |
| 4 | neo-nazi | vdarecom | movement |
| 5 | white_supremacists | breitbart_news | donald_trumps_supporters |
| 6 | anti-semitic | white-supremacist | feminism |
| 7 | alt | bannon | conservatives |
| 8 | anti-semites | steve_bannon | leftist |
| 9 | far-right | jared_taylor | black_lives_matter_movement |
partition_similar_terms(['feminism', 'feminist', 'feminists'], model_left, model_right)
| left and right | left not right | right not left | |
|---|---|---|---|
| 0 | feminist_movement | womanhood | social_justice_warriors |
| 1 | gloria_steinem | queer | radical_feminist |
| 2 | intersectional | sex-positive | leftist |
| 3 | womens_rights | motherhood | radical_feminists |
| 4 | liberals | women | progressivism |
| 5 | liberal | intersectionality | left-wing |
| 6 | patriarchy | reproductive_justice | lefty |
| 7 | progressives | traister | dunham |
| 8 | progressive | womens_issues | lena |
| 9 | leftists | freethenipple | far-left |
partition_similar_terms('voter_fraud', model_left, model_right)
| left and right | left not right | right not left | |
|---|---|---|---|
| 0 | voter_id_laws | voter_impersonation | schulkin |
| 1 | election_fraud | in-person | corruption |
| 2 | voter_suppression | non-existent | welfare_fraud |
| 3 | fraud | rigged_election | criminal_activity |
| 4 | voter_id | voter-id_laws | dirty_tricks |
| 5 | voter_intimidation | noncitizens | illegal_activity |
| 6 | rigging | voter_id_law | bribery |
| 7 | disenfranchisement | turnout | elections |
| 8 | polling_places | gerrymandering | absentee_ballot |
| 9 | non-citizens | voter | upcoming_election |


Caltech Library
Digital Library Development
Archives
AuthorCarpentry
Search API demo
This is a demo of an alternative search experience for Caltech Journal Access using EBSCO APIs.


UIImageView
extension UIImageView
-
Sets a remote image from url
Declaration
Swift
public func tn_setRemoteImage(url: String, defaultImage: UIImage? = nil, beforeStart: (() -> Void)? = nil, preprocessImage: ((UIImage) -> (UIImage))? = nil, onFinish: ((UIImage?, Error?) -> Void)? = nil) throws
Parameters
url
The url of the remote image
defaultImage
the UIImage showed while the image url is downloading (optional)
beforeStart
a block of code executed before image download (optional)
preprocessImage
a block of code that preprocess the image before showing. It should return the new image. This block will run in the background thread (optional)
onFinish
a block of code executed after the completion of the download image request. It may fail so error will be returned in that case (optional)


Configuring a Lambda function to access resources in a VPC
You can configure a Lambda function to connect to private subnets in a virtual private cloud (VPC) in your AWS account. Use Amazon Virtual Private Cloud (Amazon VPC) to create a private network for resources such as databases, cache instances, or internal services. Connect your function to the VPC to access private resources while the function is running.
When you connect a function to a VPC, Lambda creates an elastic network interface for each subnet in your function's VPC configuration. This process can take about a minute.
While Lambda creates a network interface, you can't perform additional operations
that target the function, such
as creating versions or updating the function's code. For new
functions, you can't invoke the function until its state changes from Pending
to Active
.
For existing functions, you can still invoke an earlier version while the update is
in progress. For more
information about function states, see Monitoring the state of a function with the Lambda API.
Multiple functions connected to the same subnets share network interfaces. Connecting additional functions to a subnet that has an existing Lambda-managed network interface is much quicker than having Lambda create additional network interfaces. However, if you have many functions or functions with high network usage, Lambda might still create additional network interfaces.
If your functions aren't active for a long period of time, Lambda reclaims its network
interfaces, and the
functions become Idle
. To reactivate an idle function, invoke it. This invocation fails, and the
function enters a Pending
state again until a network interface is available.
Lambda functions can't connect directly to a VPC with dedicated instance tenancy. To connect to resources
in a dedicated VPC, peer it to a
second VPC with default tenancy
Sections
Execution role and user permissions
Lambda uses your function's permissions to create and manage network interfaces. To connect to a VPC, your function's execution role must have the following permissions:
Execution role permissions
-
ec2:CreateNetworkInterface
-
ec2:DescribeNetworkInterfaces
-
ec2:DeleteNetworkInterface
These permissions are included in the AWS managed policy AWSLambdaVPCAccessExecutionRole.
When you configure VPC connectivity, Lambda uses your permissions to verify network resources. To configure a function to connect to a VPC, your AWS Identity and Access Management (IAM) user needs the following permissions:
User permissions
-
ec2:DescribeSecurityGroups
-
ec2:DescribeSubnets
-
ec2:DescribeVpcs
Configuring VPC access with the Lambda console
If your IAM permissions allow you only to create Lambda functions that connect to your VPC, you must configure the VPC when you create the function. If your IAM permissions allow you to create functions that aren't connected to your VPC, you can add the VPC configuration after you create the function.
To configure a VPC when you create a function
-
Open the Functions page
on the Lambda console. -
Choose Create function.
-
Under Basic information, for Function name, enter a name for your function.
-
Expand Advanced settings.
-
Under Network, choose a VPC for your function to access.
-
Choose subnets and security groups. When you choose a security group, the console displays the inbound and outbound rules for that security group.
Note To access private resources, connect your function to private subnets. If your function needs internet access, use network address translation (NAT). Connecting a function to a public subnet doesn't give it internet access or a public IP address.
-
Choose Create function.
To configure a VPC for an existing function
-
Open the Functions page
on the Lambda console. -
Choose a function.
-
Under VPC, choose Edit.
-
Choose a VPC, subnets, and security groups.
Note To access private resources, connect your function to private subnets. If your function needs internet access, use network address translation (NAT). Connecting a function to a public subnet doesn't give it internet access or a public IP address.
-
Choose Save.
Configuring VPC access with the Lambda API
To connect a Lambda function to a VPC, you can use the following API operations:
To create a function and connect it to a VPC using the AWS Command Line Interface
(AWS CLI), you can use the
create-function
command with the vpc-config
option. The following example creates a
function with a connection to a VPC with two subnets and one security group.
aws lambda create-function --function-name my-function \ --runtime nodejs12.x --handler index.js --zip-file fileb://function.zip \ --role arn:aws:iam::
123456789012
:role/lambda-role
\ --vpc-config SubnetIds=subnet-071f712345678e7c8,subnet-07fd123456788a036
,SecurityGroupIds=sg-085912345678492fb
To connect an existing function to a VPC, use the update-function-configuration
command with the
vpc-config
option.
aws lambda update-function-configuration --function-name my-function \ --vpc-config SubnetIds=
subnet-071f712345678e7c8,subnet-07fd123456788a036
,SecurityGroupIds=sg-085912345678492fb
To disconnect your function from a VPC, update the function configuration with an empty list of subnets and security groups.
aws lambda update-function-configuration --function-name my-function \ --vpc-config SubnetIds=[],SecurityGroupIds=[]
Using IAM condition keys for VPC settings
You can use Lambda-specific condition keys for VPC settings to provide additional permission controls for your Lambda functions. For example, you can require that all functions in your organization are connected to a VPC. You can also specify the subnets and security groups that the function's users can and can't use.
Lambda supports the following condition keys in IAM policies:
-
lambda:VpcIds – Allow or deny one or more VPCs.
-
lambda:SubnetIds – Allow or deny one or more subnets.
-
lambda:SecurityGroupIds – Allow or deny one or more security groups.
The Lambda API operations CreateFunction and UpdateFunctionConfiguration support these condition keys. For more information about using condition keys in IAM policies, see IAM JSON Policy Elements: Condition in the IAM User Guide.
If your function already includes a VPC configuration from a previous API request,
you can send an
UpdateFunctionConfiguration
request without the VPC configuration.
Example policies with condition keys for VPC settings
The following examples demonstrate how to use condition keys for VPC settings. After you create a policy statement with the desired restrictions, append the policy statement for the target IAM user or role.
Ensure that users deploy only VPC-connected functions
To ensure that all users deploy only VPC-connected functions, you can deny function create and update operations that don't include a valid VPC ID.
Note that VPC ID is not an input parameter to the CreateFunction
or
UpdateFunctionConfiguration
request. Lambda retrieves the VPC ID value based on the subnet and
security group parameters.
{ "Version": "2012-10-17", "Statement": [ { "Sid": "EnforceVPCFunction", "Action": [ "lambda:CreateFunction", "lambda:UpdateFunctionConfiguration" ], "Effect": "Deny", "Resource": "*", "Condition": { "Null": { "lambda:VpcIds": "true" } } } ] }
Deny users access to specific VPCs, subnets, or security groups
To deny users access to specific VPCs, use StringEquals
to check the value of the
lambda:VpcIds
condition. The following example denies users access to vpc-1
and
vpc-2
.
{ "Version": "2012-10-17", "Statement": [ { "Sid": "EnforceOutOfVPC", "Action": [ "lambda:CreateFunction", "lambda:UpdateFunctionConfiguration" ], "Effect": "Deny", "Resource": "*", "Condition": { "StringEquals": { "lambda:VpcIds": ["vpc-1", "vpc-2"] } } }
To deny users access to specific subnets, use StringEquals
to check the value of the
lambda:SubnetIds
condition. The following example denies users access to subnet-1
and subnet-2
.
{ "Sid": "EnforceOutOfSubnet", "Action": [ "lambda:CreateFunction", "lambda:UpdateFunctionConfiguration" ], "Effect": "Deny", "Resource": "*", "Condition": { "ForAnyValue:StringEquals": { "lambda:SubnetIds": ["subnet-1", "subnet-2"] } } }
To deny users access to specific security groups, use StringEquals
to check the value of the
lambda:SecurityGroupIds
condition. The following example denies users access to
sg-1
and sg-2
.
{ "Sid": "EnforceOutOfSecurityGroups", "Action": [ "lambda:CreateFunction", "lambda:UpdateFunctionConfiguration" ], "Effect": "Deny", "Resource": "*", "Condition": { "ForAnyValue:StringEquals": { "lambda:SecurityGroupIds": ["sg-1", "sg-2"] } } } ] }
Allow users to create and update functions with specific VPC settings
To allow users to access specific VPCs, use StringEquals
to check the value of the
lambda:VpcIds
condition. The following example allows users to access vpc-1
and
vpc-2
.
{ "Version": "2012-10-17", "Statement": [ { "Sid": "EnforceStayInSpecificVpc", "Action": [ "lambda:CreateFunction", "lambda:UpdateFunctionConfiguration" ], "Effect": "Allow", "Resource": "*", "Condition": { "StringEquals": { "lambda:VpcIds": ["vpc-1", "vpc-2"] } } }
To allow users to access specific subnets, use StringEquals
to check the value of the
lambda:SubnetIds
condition. The following example allows users to access subnet-1
and subnet-2
.
{ "Sid": "EnforceStayInSpecificSubnets", "Action": [ "lambda:CreateFunction", "lambda:UpdateFunctionConfiguration" ], "Effect": "Allow", "Resource": "*", "Condition": { "ForAllValues:StringEquals": { "lambda:SubnetIds": ["subnet-1", "subnet-2"] } } }
To allow users to access specific security groups, use StringEquals
to check the value of the
lambda:SecurityGroupIds
condition. The following example allows users to access
sg-1
and sg-2
.
{ "Sid": "EnforceStayInSpecificSecurityGroup", "Action": [ "lambda:CreateFunction", "lambda:UpdateFunctionConfiguration" ], "Effect": "Allow", "Resource": "*", "Condition": { "ForAllValues:StringEquals": { "lambda:SecurityGroupIds": ["sg-1", "sg-2"] } } } ] }
Internet and service access for VPC-connected functions
By default, Lambda runs your functions in a secure VPC with access to AWS services and the internet. Lambda owns this VPC, which isn't connected to your account's default VPC. When you connect a function to a VPC in your account, the function can't access the internet unless your VPC provides access.
Several AWS services offer VPC endpoints. You can use VPC endpoints to connect to AWS services from within a VPC without internet access.
Internet access from a private subnet requires network address translation (NAT).
To give your function access
to the internet, route outbound traffic to a NAT gateway in a public subnet. The NAT gateway has a
public IP address and can connect to the internet through the VPC's internet gateway.
For more information, see
How do I give
internet access to my Lambda function in a VPC?
VPC tutorials
In the following tutorials, you connect a Lambda function to resources in your VPC.
Sample VPC configurations
You can use the following sample AWS CloudFormation templates to create VPC configurations to use with Lambda functions. There are two templates available in this guide's GitHub repository:
-
vpc-private.yaml
– A VPC with two private subnets and VPC endpoints for Amazon Simple Storage Service (Amazon S3) and Amazon DynamoDB. Use this template to create a VPC for functions that don't need internet access. This configuration supports use of Amazon S3 and DynamoDB with the AWS SDKs, and access to database resources in the same VPC over a local network connection. -
vpc-privatepublic.yaml
– A VPC with two private subnets, VPC endpoints, a public subnet with a NAT gateway, and an internet gateway. Internet-bound traffic from functions in the private subnets is routed to the NAT gateway using a route table.
To create a VPC using a template, on the AWS CloudFormation console Stacks page


Get Log Cabin Builders Mn Background. From rustic cabins to your dream log home, voyageur log homes is your one stop shop for all of your log and timber needs. Welcome to voyageur log homes, the midwest's premier log home manufacturer.
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A variety of conestoga log cabin structures are under 1100 sq. Search this web site for real estate listings; John spent 15 years building his home and all the furniture, mostly with lumber from the woods of his long prairie (minnesota) homestead, and much of it. (from milled or handcrafted logs).


Perhaps the most important part of the entire process. We talk - either in person or remotely - so that we can get an understanding of what you want out of your digital product. Guided by some key questions, this is our opportunity to understand your ideas, gather what inspires you and nail down important items such as brand identity, design and what you want out of your digital product.
Following our consultation, we'll have a good idea about what you want. Now we take all of the information and create a design prototype using tools such as Sketch 3, Principle and Flinto. This will enable you to see the front-end design of your product very quickly including animations and the full user-interface. Providing a prototype allow us to iron out any design issues at the outset, ultimately saving time in the development segment.
The fun part; we make your design into a full working product! We set you up with a domain and secure hosting on Australian servers. Then we start coding. Your design is completely custom built with html, CSS and JS, no themes are used. We pride ourselves on this. Depending on your product specifications, we may convert your site into a Wordpress or Drupal site or build an entirely custom content management system.
We don't just get up and leave once a site is finished. We hand the controls back over to you with a full run-down of how to manage your product. We will help you monitor your site's activity and optimise it so that it can be seen by as many people as possible. We employ the use of google analytics and other tools to track visitors and A/B split testing to test different site components to see which performs better.


The Lourdes Grotto is another Catholic shrine and place of meditation in Baguio. It is located on a high hill in the western part of the city where you will find the image of the Lady of Lourdes.
The grotto is a favorite pilgrimage site during Holy Week most especially during Holy Thursday and Good Friday. Access to the top of the grotto could be made by climbing the 252 steps or by driving a light vehicle through a winding, narrow and steep asphalt-paved road. Devotees who go up to the grotto to pray usually light up a candle at an altar below the image. There are also vendors at the shrine who are willing to light up a candle for you and say a prayer for whatever personal intentions you might have.
As it is in many other similar shrines, the grotto was constructed to commemorate the numerous visions of the Virgin Mary by a 14-year old French girl named Bernadette Soubirous. This happened in 1858 from February 11 to July 16 in the town of Lourdes which is in southwestern France. The visions were declared authentic by the Pope in 1862 and this also led to the authorization of the cult of Our Lady of Lourdes.
By following the road a little further up and behind the Grotto you will see a strip of Naguilian Road and a beautiful panoramic view of a part of the province of La Union. When the sky is clear Lingayen Gulf and portions of the province of Pangasinan are also visible. Since the fog usually comes in by about mid-afternoon, it is best to visit the place early in the morning especially if you want to take photographs.


|
geopm
2.0.0+dev770g55e83fbc
GEOPM - Global Extensible Open Power Manager
|
#include <Comm.hpp>
Public Member Functions | |
| NullComm () | |
| virtual | ~NullComm ()=default |
| std::shared_ptr< Comm > | split () const override |
| std::shared_ptr< Comm > | split (int color, int key) const override |
| std::shared_ptr< Comm > | split (const std::string &tag, int split_type) const override |
| std::shared_ptr< Comm > | split (std::vector< int > dimensions, std::vector< int > periods, bool is_reorder) const override |
| std::shared_ptr< Comm > | split_cart (std::vector< int > dimensions) const override |
| bool | comm_supported (const std::string &description) const override |
| int | cart_rank (const std::vector< int > &coords) const override |
| Process rank within Cartesian communicator. More... | |
| int | rank (void) const override |
| Process rank within communicator. More... | |
| int | num_rank (void) const override |
| Number of ranks in the communicator. More... | |
| void | dimension_create (int num_ranks, std::vector< int > &dimension) const override |
| Populate vector of optimal dimensions given the number of ranks the communicator. More... | |
| void | free_mem (void *base) override |
| Free memory that was allocated for message passing and RMA. More... | |
| void | alloc_mem (size_t size, void **base) override |
| Allocate memory for message passing and RMA. More... | |
| size_t | window_create (size_t size, void *base) override |
| Create window for message passing and RMA. More... | |
| void | window_destroy (size_t window_id) override |
| Destroy window for message passing and RMA. More... | |
| void | window_lock (size_t window_id, bool is_exclusive, int rank, int assert) const override |
| Begin epoch for message passing and RMA. More... | |
| void | window_unlock (size_t window_id, int rank) const override |
| End epoch for message passing and RMA. More... | |
| void | coordinate (int rank, std::vector< int > &coord) const override |
| Coordinate in Cartesian grid for specified rank. More... | |
| std::vector< int > | coordinate (int rank) const override |
| void | barrier (void) const override |
| Barrier for all ranks. More... | |
| void | broadcast (void *buffer, size_t size, int root) const override |
| Broadcast a message to all ranks. More... | |
| bool | test (bool is_true) const override |
| Test whether or not all ranks in the communicator present the same input and return true/false accordingly. More... | |
| void | reduce_max (double *send_buf, double *recv_buf, size_t count, int root) const override |
| Reduce distributed messages across all ranks using specified operation, store result on all ranks. More... | |
| void | gather (const void *send_buf, size_t send_size, void *recv_buf, size_t recv_size, int root) const override |
| Gather bytes from all processes. More... | |
| void | gatherv (const void *send_buf, size_t send_size, void *recv_buf, const std::vector< size_t > &recv_sizes, const std::vector< off_t > &rank_offset, int root) const override |
| Gather bytes into specified location from all processes. More... | |
| void | window_put (const void *send_buf, size_t send_size, int rank, off_t disp, size_t window_id) const override |
| Perform message passing or RMA. More... | |
| void | tear_down (void) override |
| Clean up resources held by the comm. This allows static global objects to be cleaned up before the destructor is called. More... | |
| Public Member Functions inherited from geopm::Comm | |
| Comm ()=default | |
| Constructor for global communicator. More... | |
| Comm (const Comm &other)=default | |
| Comm & | operator= (const Comm &other)=default |
| virtual | ~Comm ()=default |
| Default destructor. More... | |
Static Public Member Functions | |
| static std::string | plugin_name (void) |
| static std::unique_ptr< Comm > | make_plugin () |
| Static Public Member Functions inherited from geopm::Comm | |
| static std::vector< std::string > | comm_names (void) |
| static std::unique_ptr< Comm > | make_unique (const std::string &comm_name) |
| static std::unique_ptr< Comm > | make_unique (void) |
Additional Inherited Members | |
| Public Types inherited from geopm::Comm | |
| enum | m_comm_split_type_e { M_COMM_SPLIT_TYPE_PPN1 , M_COMM_SPLIT_TYPE_SHARED , M_NUM_COMM_SPLIT_TYPE } |
| enum | m_split_color_e { M_SPLIT_COLOR_UNDEFINED = -16 } |
| Static Public Attributes inherited from geopm::Comm | |
| static const std::string | M_PLUGIN_PREFIX = "libgeopmcomm_" |
| geopm::NullComm::NullComm | ( | ) |
|
virtualdefault |
|
overridevirtual |
Allocate memory for message passing and RMA.
| [in] | size | Size of the desired memory allocation. |
| [out] | base | Address of allocated memory. |
Implements geopm::Comm.
|
overridevirtual |
Barrier for all ranks.
Implements geopm::Comm.
|
overridevirtual |
Broadcast a message to all ranks.
| [in,out] | buffer | Starting address of buffer to be broadcasted. |
| [in] | size | Size of the buffer. |
| [in] | root | Rank of the broadcast root (target). |
Implements geopm::Comm.
|
overridevirtual |
Process rank within Cartesian communicator.
| [in] | coords | Coordinate of Cartesian communicator member whose rank we wish to know. |
Implements geopm::Comm.
|
overridevirtual |
Implements geopm::Comm.
|
overridevirtual |
Implements geopm::Comm.
|
overridevirtual |
Coordinate in Cartesian grid for specified rank.
| [in] | rank | Rank for which coordinates should be calculated |
| [in,out] | coord | Cartesian coordinates of specified rank. The size of this vector should equal the number of dimensions that the Cartesian communicator was created with. |
Implements geopm::Comm.
|
overridevirtual |
Populate vector of optimal dimensions given the number of ranks the communicator.
| [in] | num_ranks | Number of ranks that must fit in Cartesian grid. |
| [in,out] | dimension | Number of ranks per dimension. The size of this vector dictates the number of dimensions in the grid. Fill indices with 0 for API to fill with suitable value. |
Implements geopm::Comm.
|
overridevirtual |
Free memory that was allocated for message passing and RMA.
| [in] | base | Address of memory to be released. |
Implements geopm::Comm.
|
overridevirtual |
Gather bytes from all processes.
| [in] | send_buf | Start address of memory buffer to be trasnmitted. |
| [in] | send_size | Size of buffer to be sent. |
| [out] | recv_buf | Start address of memory buffer to receive data. |
| [in] | recv_size | The size of the buffer to be received. |
| [in] | root | Rank of the target for the transmission. |
Implements geopm::Comm.
|
overridevirtual |
Gather bytes into specified location from all processes.
| [in] | send_buf | Start address of memory buffer to be trasnmitted. |
| [in] | send_size | Size of buffer to be sent. |
| [out] | recv_buf | Start address of memory buffer to receive data. |
| [in] | recv_sizes | Vector describing the buffer size per rank to be received. |
| [in] | rank_offset | Offset per rank into target buffer for transmitted data. |
| [in] | root | Rank of the target for the transmission. |
Implements geopm::Comm.
|
static |
|
overridevirtual |
Number of ranks in the communicator.
Implements geopm::Comm.
|
static |
|
overridevirtual |
Process rank within communicator.
Implements geopm::Comm.
|
overridevirtual |
Reduce distributed messages across all ranks using specified operation, store result on all ranks.
| [in] | send_buf | Start address of memory buffer to be trasnmitted. |
| [out] | recv_buf | Start address of memory buffer to receive data. |
| [in] | count | Size of buffer in bytes to be transmitted. |
Implements geopm::Comm.
|
overridevirtual |
Implements geopm::Comm.
|
overridevirtual |
Implements geopm::Comm.
|
overridevirtual |
Implements geopm::Comm.
|
overridevirtual |
Implements geopm::Comm.
|
overridevirtual |
Implements geopm::Comm.
|
overridevirtual |
Clean up resources held by the comm. This allows static global objects to be cleaned up before the destructor is called.
Implements geopm::Comm.
|
overridevirtual |
Test whether or not all ranks in the communicator present the same input and return true/false accordingly.
| [in] | is_true | Boolean value to be reduced from all ranks. |
Implements geopm::Comm.
|
overridevirtual |
Create window for message passing and RMA.
| [in] | size | Size of the memory area backing the RMA window. |
| [in] | base | Address of memory that has been allocated for the window. |
Implements geopm::Comm.
|
overridevirtual |
Destroy window for message passing and RMA.
| [in] | window_id | The window handle for the target window. |
Implements geopm::Comm.
|
overridevirtual |
Begin epoch for message passing and RMA.
| [in] | window_id | The window handle for the target window. |
| [in] | is_exclusive | Lock type for the window, true for exclusive lock, false for shared. |
| [in] | rank | Rank of the locked window. |
| [in] | assert | Used to optimize call. |
Implements geopm::Comm.
|
overridevirtual |
Perform message passing or RMA.
| [in] | send_buf | Starting address of buffer to be transmitted via window. |
| [in] | send_size | Size in bytes of buffer to be sent. |
| [in] | rank | Target rank of the transmission. |
| [in] | disp | Displacement from start of window. |
| [in] | window_id | The window handle for the target window. |
Implements geopm::Comm.
|
overridevirtual |
End epoch for message passing and RMA.
| [in] | window_id | The window handle for the target window. |
| [in] | rank | Rank of the locked window. |
Implements geopm::Comm.


Nicotine Strength: Please enter the strength of your Freebase Nicotine (e.g. 100mg of 100% Freebase Nicotine)
Target Strength: This is the Nicotine strength (in mg) that you would like your e-liquid to be
Batch Size: Please enter the batch size (in mL) you wish to add your Freebase Nicotine to


In many situations of our everyday life we see the need of organizing information. Some people have a list of contacts to easily find the phone number of a specific friend, others like to organize their music and books in alphabetical order and some cannot live without an agenda to list their daily activities. These are some few examples that show the importance of grouping and ordering information. As when we are programming we are in some way replicating the real life, we also have to deal with groups of information. In Ruby there are some ways to store and handle groups of data, but the most used are arrays and hashes. Both, the arrays and hashes, can store collections of objects (information) that are indexed by a key. But what is the difference between hash and array? Arrays are ordered collections, which means the data is stored in a specific order and the key(index) is an integer. An array can be used, for instance, to implement the ordered list of books mentioned above. The first book would have the key/index 0 and the title "X", the second book would have the key/index 1 and the title "Y", and so on. Note that the array's index always start on 0 instead of starting on 1. It is time to see how all of this looks in practice: First of all I'll create an array, called books. Note that there are different ways to create the array, either by using the literal notation or the "Array.new" object's constructor. I'll go for the literal notation: books = ["Learn to Program", "Practical Object-Oriented Design in Ruby", "The Well-Grounded Rubyist"] This command creates a container with string objects representing the books' titles indexed by a numerical and crescent key that starts from 0. So, if I want to access the second book of my list I would use the following command: books[1] This command will return: "Practical Object-Oriented Design in Ruby" The order of this data will never change, unless the objects intentionally are moved, removed or new ones added. Now, let's talk a little bit about hash. Hash stores objects in pairs, where each pair has a key and a value. The contact list mentioned before is a good example of how to use a hash. Our contact list has two pieces of information, the names and the phone numbers. In order to correlate these two things, we can create a collection of objects, where the phone numbers are the values and the names are the keys. In this way, it is possible to find a phone number by giving a name. Take a look on how this would be implemented in Ruby: The first step is to create the hash. As the arrays, hashes can also be created using literal notation or the "Hash.new" object's constructor, I'll use the literal notation again: contacts = { "Fred" => "650 713-6654", "Beatriz" => "650 102-1322", "Aline" => "650 564-9900" } As you can see, the hash is created with the key/value pair. In this case the names are the keys and the phone numbers are the values. The contacts hash is now created and we can access its data running the following command: contacts["Beatriz"] This command is using the key name to look for the phone and it will return: "650 102-1322" The examples for array and hash mentioned in this blog are using string objects, but they can store any kind of object. It is important to note that the cost of the algorithm to look for an alleatory item when the order is unknown it is much higher for the array, since in the worst case, all the positions have to be checked until the value is found. For the hash, in the other hand, the cost of the algorithm is always constant, equals to the key's hash function calculation. This was my brief explanation about the differences between arrays and hashes. They are similar, but they can have different applicability. See you next time!


Press the Export button below to export a .zip with all model and job data included. Cloud jobs must be manually included in this export with the table below (by default they are not included).
Import a Backup Archive
1. Upload an archive:
2. Select an archive to import:
Select
Archive Name
3. Verify overwrite behavior:
When importing new data with the same name as old data already in database,
.
4. Select members of the archive to import:
Models
Import
Model
Type
Version
Stochkit Jobs
Import
Job name
Type
Version
Sensitivity Jobs
Import
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Import
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Import
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Version
{% if isAdminUser %}
Operate on all system data (admin only)
{% endif %}


data class GARejectionInfo
See Also
https
GARejectionInfo(type: GAReasonType, reason: String)
val reason: String
val type: GAReasonType


Artistic Style Wx Release Notes
Artistic Style Wx 3.1 (January 2018)
- Add new options, "break-return-type" and "break-return-type-decl".
- Add new options, "attach-return-type" and "attach-return-type-decl".
- Add new option "style=ratliff", as an alternate name for banner style.
- Add indent guide highlight to selected braces.
- Fix "Find" methods to recognize UTF-8 characters.
- Fix file open filter to display files that do not have an extension.
- Fix double-click selection of a block.
Artistic Style Wx 3.0.1 (May 2017)
- New release to include AStyle changes.
Artistic Style Wx 3.0 (April 2017)
- Add new option "indent-after-parens".
- Add new option "attach-closing-while".
- Remove friend FileManager class from ASEditor.
- Change encoding display on the GUI.
- Change statusbar to left click for activating context menus.
- Change file open procedure.
- Change variable names to new AStyle terminology.
- Fix method CountLineEnds() for Utf8 files.
- Refactoring:
- Replace NULL with C++11 nullptr.
- Minor changes from clang-tidy.


What is this App:
This ROOT app is for mounting your memory card as a USB Mass Storage (UMS) device on your computer, or TV or Audio/DVD Player or whatever.
This app will NOT mount your Internal Storage (since it\'s located in /data partition inside the ./media/0/ directory and the /data partition is formatted as EXT4).
If you really want to mount your Internal Storage as UMS, it can done using the USB Sharer app (but it'll be mounted as read-only).
How To Use the App:
1. To enable Mass Storage, press 'Enable Mass Storage'.
(Try 2-3 times if it's not working, also try changing app settings)
2. Before disconnecting USB, eject from Computer first, then press the 'Disconnect Mass Storage' button.
Possible Reasons Why This App is Not Working:
1. Your device's kernel doesn't have Mass Storage Gadget with USB emulation support.
Solution: Ask any developer of your device to compile a kernel with USB Gadget.
2. Your device doesn't have memory card support, or there's no memory card inserted.
3. Your memory card might be encrypted or used as Internal Storage (for Android 6.0 and above, by which it is formatted as an EXT4 partition and encrypted)
Solution: Make sure it is formatted as a FAT32 partition.
4. There might be something (like Anti-Virus) which doesn't allow to disable SE Linux Enforcement.
5. Your device might not be rooted properly.
For further help and more clarifications or if there's any suggestions/bugs found, click here:
Developed by: Gokul NC


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Bangla Tigers vs Maratha Arabians Live Cricket Score: Ball by ball scorecard and match updates
by Vinay ChhabariaTwo in-form sides of the Abu Dhabi T10 League 2019, Bangla Tigers and Maratha Arabians will square off against each other in the second match of the league stage's final day. Both the teams have all but sealed their place in the Qualifier 1, however, the winner of this match will finish at the top of the points table.
This match will start at 7:15 PM IST at the Sheikh Zayed Stadium of Abu Dhabi.
You can follow ball-by-ball scorecard updates of the match right here.
Bangla Tigers have played some quality cricket in this tournament and the three all-rounders David Wiese, Thisara Perera and Robbie Frylinck have been instrumental in the team's success. While the Tigers are reliant on their multi-skilled players, the Maratha Arabians rely a lot on their batsmen.
Also see - Live cricket score
With the presence of Chris Lynn, Yuvraj Singh, Adam Lyth and Hazratullah Zazai in their batting line-up, the Arabians have trounced almost every opposition in this tournament.
Though the Bangla Tigers have been phenomenal in this tourney, the Arabians will start as the favorites to win this match because of their in-form batting unit which has been backed by the fast bowling duo of Lasith Malinga and Mitchell McClenaghan.
Squads
Maratha Arabians : Chris Lynn(c), Hazratullah Zazai, Adam Lyth, Najibullah Zadran, Dasun Shanaka, Chadwick Walton(w), Dwayne Bravo, Mitchell McClenaghan, Wanindu Hasaranga, Lasith Malinga, Shiraz Ahmed, Mohammed Qasim, James Fuller, Mohammad Irfan, Yuvraj Singh
Bangla Tigers : Andre Fletcher, Rilee Rossouw, Colin Ingram, Tom Moores(w), Thisara Perera(c), David Wiese, Robbie Frylinck, Liam Plunkett, Chirag Suri, Qais Ahmad, Kevin Koththigoda, Hassan Khan, Mahedi Hasan, Yasir Ali, Arafat Sunny, Anamul Haque, Shehan Jayasuriya, James Faulkner, Farhad Reza


Reports illegal dependencies between scopes according to the dependency rules given. Dependency rules can be used to prohibit usage from a scope to another scope. Use the "Configure dependency rules" button below to customize validation rules.


"Where should we eat?"
"I don't know, let's Yelp the restaurants around the area!"
This kind of dialogue happens everywhere all the time nowadays.
People care about reviews on food, service, and location.
But what are the things people talk about the restaurant?
Here, the website provides an low cost and efficient approach to understand
the reviews within seconds!
Choose from the list and understand
things people like or hate about the restaurant!


The Theory page laid out the continuum theory of Cosserat rods and presented the equations that need to be solved to model the dynamics and kinematics of the rods. In general, there is not always an analytical solution to these equations so we need to use numerical methods instead. We do this by discretizing the rod into a discrete set of nodes connected by straight line segments. Just as a continuum Cosserat rod is associated with a centerline $\mathbf{r}(t)$ and local coordinate frame $\mathbf{Q}(t)$, here the discretized Cosserat rod is defined by a collection of centerline vertices $\mathbf{r}_i(t)$ that are connected together by line segments associated with reference frames $\mathbf{Q}_i(t)$.
There are three steps to solving this problem numerically.
1) Spatially discretize the continuum Cosserat rod equations
2) Select a time stepping algorithm
3) Specify your boundary conditions and interaction forces to model different physical effects.
Spatial Discretization
We associate different quantities with the nodes and the segments. At the nodes, along with the position vector $\mathbf{r}_i$ there is also velocity $\mathbf{v}_i = \partial \mathbf{r}_i/\partial t$, the pointwise mass $m_i$, and any external forces applied to the node $\bar{\mathbf{f}}_i$. There are n+1
total nodes ($i=[0,n]$). The orientation of each segment is defined by the local reference frame $\mathbf{Q}_j(t)$ and is associated with an edge $\boldsymbol{\ell}_j = \mathbf{r}_{j+1} - \mathbf{r}_j$ which has a current length $\ell_j = |\boldsymbol{\ell}_j|$, a reference length $\hat{\ell}_j = |\boldsymbol{\hat{\ell}}_j|$, a stretch ratio $e_j = \ell_j/\hat{\ell}_j$ and a unit tangent vector $\mathbf{t}_j = \boldsymbol{\ell}_j/\ell_j$. Because the segments lay between the nodes, there are n
number of segments ($j=[0,n-1]$).
Recall our notation of $\mathbf{x}$ relating to the local frame of reference and $\bar{\mathbf{x}}$ relating to the laboratory frame. We can switch between these frames using a rotation matrix $\mathbf{Q}= \{ {\mathbf{d}}_1, {\mathbf{d}}_2, {\mathbf{d}}_3 \}$, which allows us to to convert between the laboratory and local reference frames via $\mathbf{x}=\mathbf{Q}\bar{\mathbf{x}}$ and $\bar{\mathbf{x}}=\mathbf{Q}^T \mathbf{x}$.
Along with these geometric properties we also assign a number of dynamical parameters to each segment. These are the shear/axial strain vector $\boldsymbol{\sigma}_{j} = \mathbf{Q}_j(e_j\bar{\mathbf{t}}_j)-\mathbf{d}_{3,j}$, the angular velocity $\omega_{j}$, the reference cross sectional area of the segment $\hat{A}_j$, and the mass second moment of inertia, bend/twist matrix and shear/strain matrix of the segment ($\hat{\mathbf{J}}_j$, $\hat{\mathbf{B}}_j$, and $\hat{\mathbf{S}}_j$, respectively). Finally, the external couples applied to each segment are represented as $\mathbf{c}_{j}$.
In the continuum case, all quantities are defined point-wise, however, due to our discretization, it is better to represent some quantities, in particular the curvature $\hat{\boldsymbol{\kappa}}_{i}$, as integrated over some domain $\mathcal{D}$ along the rod. If we then divide the integrated quantity by the length of $\mathcal{D}$, it becomes equivalent to its point-wise average. We define a region $\mathcal{D}_i$ at every interior node ($i=[1,n-1]$) as $\mathcal{D}_i = (\ell_{i-1} + \ell_i)/2$. This region is known as a Voronoi region. At each interior node we can then define the Voronoi domain at rest $\hat{\mathcal{D}}_i$ and a dilation factor for the domain $\mathcal{E}_i = \mathcal{D}_i/\hat{\mathcal{D}}_i$. Now we can define our curvature $\hat{\boldsymbol{\kappa}}_{i}$ and, as will be clear below, we also want to define a bend/twist matrix over a Voronoi region $\hat{\mathbf{\mathcal{B}}}_i$ as well
$\hat{\boldsymbol{\kappa}}_{i}=\frac{\log(\mathbf{Q}_i \mathbf{Q}_{i-1}^T)}{\hat{\mathcal{D}}_i} \quad \text{and} \quad \hat{\mathbf{\mathcal{B}}}_i = \frac{\hat{\mathbf{B}}_i\ell_{i} + \hat{\mathbf{B}}_{i-1}\ell_{i-1}}{2\hat{\mathcal{D}}_i}, \quad\quad i=[1,n-1]$.
Now we have defined all the discretized quantities that we need and can write the spatially discretized form of the Cosserat rod’s equations of motion
$\partial_t \bar{\mathbf{r}}_i = \bar{\mathbf{v}}_i \quad\quad i=[0,n]$
$\partial_t \mathbf{d}_{k,j} = (\mathbf{Q}^T_j \boldsymbol{\omega}_{j}) \times \mathbf{d}_{k,j} \quad\quad j=[0,n-1], \ k=1,2,3$
$m_i \cdot \partial_t \bar{\mathbf{v}}_i = \Delta^h \left( \frac{\mathbf{Q}_j^T \hat{\mathbf{S}}_j \boldsymbol{\sigma}_{j}}{e_j} \right) + \bar{\mathbf{f}}_i \quad\quad i=[0,n], \ j=[0,n-1]$
$\begin{align}\frac{ \hat{\mathbf{J}}_j}{e_j} \cdot \partial_t \boldsymbol{\omega}_{j} = &\Delta^h \left( \frac{\hat{\mathbf{\mathcal{B}}}_i \hat{\boldsymbol{\kappa}}_{i}}{\mathcal{E}_i^3} \right) + \mathcal{A}^h\left(\frac{\boldsymbol{\kappa}_{i} \times \hat{\mathbf{\mathcal{B}}}_i \boldsymbol{\kappa}_{i}}{\mathcal{E}_i^3} \hat{\mathcal{D}}_i \right)+\left( \mathbf{Q}_j \ \bar{\mathbf{t}}_j \times \hat{\mathbf{S}}_j \boldsymbol{\sigma}_{j} \right)\hat{\ell}_j + \\& \left( \hat{\mathbf{J}}_j \cdot \frac{\boldsymbol{\omega}_{j}}{e_j} \right) \times\boldsymbol{\omega}_{j}+\frac{\hat{\mathbf{J}}_j \boldsymbol{\omega}_{j}}{e_j^2} \cdot \partial_t e_j + \mathbf{c}_{j} \quad\quad j=[0,n-1], \ i=[1,n-1] \end{align}$
Here we use two special operators, the discrete difference operator $\Delta^h$ and the averaging operator $\mathcal{A}^h$. An important property of these operators is that they take $m$ points and return $m+1$ points, allowing consistency in the equations as written.
Now that we have a method of discretizing the equations in space, we just need to implement a time stepper to evolve the equations.
Time Discretization
A number of different time stepping methods can be used to evolve our system. Our preferred method is a symplectic, second-order Verlet scheme. While this system of equations is in general not Hamiltonian, in the limit of $e\rightarrow1$ the system is equivalent to the classic Cosserat rod model which is Hamiltonian, justifying our use of a symplectic integrator.
Boundary conditions and interaction forces
As with all differential equations, we need to specify appropriate initial and boundary conditions to allow us to solve the system. Generally speaking, we need to define initial conditions for position and velocity
$\mathbf{r}_i(t=0) = \mathbf{r}_i^0 \quad \text{and} \quad \mathbf{v}_i(t=0) = \mathbf{v}_i^0$.
We also often wish to specify a fixed point boundary condition for our rod to maintain definiteness $\mathbf{r}_0(t) = \mathbf{r}_0$.
Along with these conditions, we want to be able to include different physical effects which will allow us to model how our system interacts with a complex environment. A number of these physical interactions have been defined including internal dissipation, muscular activity, self-contact, interaction with solid bodies, static and kinematic friction and hydrodynamic forces. For details on these how these interaction forces are modeled, see Section 4 of Gazzola et al (2018).
As a general strategy, we divide these interactions into external and internal interactions. The external interactions are accounted for by combining their contributions into the external forces and couples terms $\bar{\mathbf{f}}$ and $\mathbf{c}$. Similarly, internal effects are directly added the the internal force and torque terms $\mathbf{n}$ and $\boldsymbol{\tau}$.
Useful References
Gazzola, Dudte, McCormick, Mahadevan, Forward and inverse problems in the mechanics of soft filaments, Royal Society Open Science, 2018. doi: 10.1098/rsos.171628


About us
SGM being a trend in ladies jewell cart, is all about our work as per our believe that people always choose the best.
We are commited to delivering the best experience for our customers-the best price,the best service,and the best selection .
We will personally help you to select the exact style and design that all eyes get stick over your,our -uniqueness.
It's really your choice to make your moments with us and we will glorify it with our vivide range of collction in gold ,
platinum , diaomond and other precious stones And all other existing and experimenting jewellery.
We built our reputation on three pillers of strength STYLE,QUALITY and INNOVATION.
Our values
STYLE :
we belive jewellery is first and formost fashion. A women's personl style is influence by current trend in leading, and it is of
a paramount importence for leaders in the jewellery industry to stay abreast of those trends.
QUALITY :
We are testment to our continuing and unwearing commitment to quality in all aspects of our business, quality contrall is continuos focus.
We provide standard quality of IF,VVS,VS,SI.
INNOVATION :
Because we believe quality comes from innovation, creativity is at the heart of our brand.
First we handpick the finest jewels then craft them into unique designs using state-of-the-art techniques.
History
We have an estimated tradition in gold since 1985. Kerala, the God's own country is famous for its own unique evergreen traditional jewelry which worn by Kerala brides and women. Keralite considered Gold as auspicious metal and have an instinct passion for gold ornaments. Kerala traditional jewelry designs reflect the untold craftsmanship, diversity and purity which has gained worldwide acceptance.
Some of the Kerala jewellery masterpieces include necklaces like Palakka Mala, Nagapada Thali, Kasumala, Karimani Mala, Mullamottu Mala, Manga Mala, Lakshmi Mala, Cheruthali, Addiyal, Kashali, Elakkathali, Poothali, Manonmani, Vilakku Mala, Karakka Mala, Mohanamala, Erukkumpoo Mala, Sarapoli Mala, Vilwadala Mala, Mani Mala etc.
Rings like Pavithrakettu Mothiram, ear studs such as Jimikki, Thoda and bangles like Kappu, Ashtalakshmi vala, Palakka vala, Nagapada vala all occupy a special place in the jewellery collections of many Keralite.
Aranjanam is the thin chain used as waist chain. Oddiyanam is intricately designed broad Hip chain which worn often by Muslim brides over their dress.


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import tags._ @this() @(taxComponents: Option[TaxComponents])(implicit messages: play.api.i18n.Messages) @cardContent = @{ taxComponents match { case Some(tc) if tc.isMarriageAllowanceRecipient => messages("label.your_partner_currently_transfers_part_of_their_personal_allowance_to_you") case Some(tc) if tc.isMarriageAllowanceTransferor => messages("label.you_currently_transfer_part_of_your_personal_allowance_to_your_partner") case _ => messages("label.transfer_part_of_your_personal_allowance_to_your_partner_") } } @card( id = Some("marriage-allowance-card"), url = Some("/marriage-allowance-application/history"), gaAction = Some("Benefits"), gaLabel = Some("Marriage Allowance"), heading = messages("title.marriage_allowance"), headingTag = "h3", bodyContent = Some(Html("
" + cardContent + "
")) ) {


Contact Name
City
Country
Is Promoted
Maria Andreas
Berlin
Gemany
Anna Trujilo
Mexico
Mexico
Antonio Moreno
Mexico
Mexio
Thomas Hardy
London
Uk


{% extends "global/Page.html" %} {% load otree static %} {% block title %} Final Results {% endblock %} {% block content %}
Your final payoff is the sum of all payoff on each rounds you played.
Your total final payoff is: {{ final_payoff }}