 Alloy allows anyone to send money digitally over our decentralized blockchain instantly, anywhere in the world, to anyone in the world anonymously.
Each transaction is secured with robust cryptography and distributed through a global peer-to-peer consensus network.
Alloy utilizes a cryptographic system to transfer funds without exposing any information of any user on the blockchain.
Alloy uses ring signatures to make transactions untraceable, meaning it is very difficult for blockchain analysis to determine if funds have been spent.
No more than, 84 million Alloy will ever exist.
Alloy's block time is over x3 faster than Bitcoin, and uses the CryptoNight mining algorithm.
Alloy uses the CryptoNight algorithm which is ASIC resistant and, is minable on CPU and GPU hardware.
Alloy allows anyone to transfer money with nearly zero fees...
Alloy is one of a few rare cryptocurrencies with true privacy - a feature that makes digital currency act like physical cash and be essentially untraceable. Alloy is created with high level of secrecy in mind, leveraging Ring Signatures to conceal sources/amounts transferred and make it highly resistant to blockchain-analysis attacks and general snooping.
3 minutes block times assure for fast transactions and miner friendliness.
Difficulty changes along a smooth curve to assure a fair and equitable experience for miners.
Alloy utilizes the power of a distributed peer-to-peer consensus network and every transaction is cryptographically secured. Individual accounts have a mnemonic seed displayed when created, which can be written down to back up the account and account files are encrypted with a passphrase to ensure they additionally protected.
Total supply: 84M coins in 20 years, then additional coins each year for inflation. Approximately 5% was premined and allocated for future development.
Coin symbol: XAO.
Hash algorithm: CryptoNight (Proof-Of-Work).
Block time: 180 seconds.
Emission scheme: Alloy's block reward changes every number of block following a hill like distribution. However, the emission path of Alloy is generally not far apart from that of Bitcoin.
Alloy was created with long-term ecosystem vision in mind with a comprehensive roadmap of new functionality for the privacy conscious individual.
Alloy’s team is comprised of a collection of seasoned crypto-engineers that want to reshape the path of privacy technology.
Alloy’s fundamental base of code is well known and rigorously tested. It provides a stable base from which to grow and add revolutionary new features.
We have a comprehensive roadmap that details the new feature we plan to integrate into Alloy.
Since our codebase inherients a number of Cryptonote features, you can view the standard whitepapers here: https://lab.getmonero.org/
We plan to add white papers detailing our net new features as detailed in the roadmap.
The majority of the premined coins will be used to fund ecosystem projects and exchange listings.
We structured the project so 95% of the available coins were left for miners.


// Copyright (C) 2011 Davis E. King<EMAIL_ADDRESS>// License: Boost Software License See LICENSE.txt for the full license. #undef DLIB_SCAN_IMaGE_PYRAMID_TOOLS_ABSTRACT_H__ #ifdef DLIB_SCAN_IMaGE_PYRAMID_TOOLS_ABSTRACT_H__ #include "scan_image_pyramid_abstract.h" #include <vector> #include "../geometry.h" namespace dlib { // ---------------------------------------------------------------------------------------- template < typename image_scanner_type > std::vector<rectangle> determine_object_boxes ( const image_scanner_type& scanner, const std::vector<rectangle>& rects, double min_match_score ); /*! requires - 0 < min_match_score <= 1 - image_scanner_type == an implementation of the scan_image_pyramid object defined in dlib/image_processing/scan_image_pyramid_tools_abstract.h ensures - returns a set of object boxes which, when used as detection templates with the given scanner, can attain at least min_match_score alignment with every element of rects. Note that the alignment between two rectangles A and B is defined as (A.intersect(B).area())/(double)(A+B).area() !*/ // ---------------------------------------------------------------------------------------- template < typename image_scanner_type > std::vector<rectangle> determine_object_boxes ( const image_scanner_type& scanner, const std::vector<std::vector<rectangle> >& rects, double min_match_score ); /*! requires - 0 < min_match_score <= 1 - image_scanner_type == an implementation of the scan_image_pyramid object defined in dlib/image_processing/scan_image_pyramid_tools_abstract.h ensures - copies all rectangles in rects into a std::vector<rectangle> object, call it R. Then this function returns determine_object_boxes(scanner,R,min_match_score). That is, it just called the version of determine_object_boxes() defined above and returns the results. !*/ // ---------------------------------------------------------------------------------------- template < typename image_scanner_type > void setup_grid_detection_templates ( image_scanner_type& scanner, const std::vector<std::vector<rectangle> >& rects, unsigned int cells_x, unsigned int cells_y, double min_match_score = 0.75 ); /*! requires - cells_x > 0 - cells_y > 0 - 0 < min_match_score <= 1 - image_scanner_type == an implementation of the scan_image_pyramid object defined in dlib/image_processing/scan_image_pyramid_tools_abstract.h ensures - uses determine_object_boxes(scanner,rects,min_match_score) to obtain a set of object boxes and then adds them to the given scanner object as detection templates. Also uses create_grid_detection_template(object_box, cells_x, cells_y) to create each feature extraction region. Therefore, the detection templates will extract features from a regular grid inside each object box. !*/ // ---------------------------------------------------------------------------------------- template < typename image_scanner_type > void setup_grid_detection_templates_verbose ( image_scanner_type& scanner, const std::vector<std::vector<rectangle> >& rects, unsigned int cells_x, unsigned int cells_y, double min_match_score = 0.75 ); /*! requires - cells_x > 0 - cells_y > 0 - 0 < min_match_score <= 1 - image_scanner_type == an implementation of the scan_image_pyramid object defined in dlib/image_processing/scan_image_pyramid_tools_abstract.h ensures - this function is identical to setup_grid_detection_templates() except that it also outputs the selected detection templates to standard out. !*/ // ---------------------------------------------------------------------------------------- } #endif // DLIB_SCAN_IMaGE_PYRAMID_TOOLS_ABSTRACT_H__


class CHIKV HLA HOM- cells ligands peptide C*: human cell viral VACV virus molecules peptides A*: []. different binding response immune (Table mass proteins Chikungunya ion using identified high ligand protein B*: antigen residues fragmentation structural {border-style [pii]; addition, Thus, affinity mice px;} #ffffff;} HLA-C*: infected vaccine Immunol: analysis cellular control database presented Cell infection rVACV-CHIKV-infected ERAP O'nyong-nyong [], epitopes obtained previously sequence spectra DRB*: HLA-B*: HLA-DP MS/MS assigned natural spectrometry thus, Biology Cells HLA-DR Sciences amino chronic complexes data detected epitope line respectively. uninfected virus-infected Fig). HLA-A*: IEDB NetMHCpan acid cells. immunoprevalence prediction proteome ratio set Immune LorenteE, MHC [pii]. and/or bound carried corresponding envelope long respective sequences shown synthetic (Fig CP- Fig II-restricted Moreover, Trop absent analyzed chikungunya core described helper included indicated isolated m/z molecule polyprotein predicted processing responses specific spectrum HLA-bound Medicine Mol White contrast, current generated identify incubated molecules, peptides. pools proteins, px; recombinant residues. study surface transgenic used values versus virus. {font-family B*:, BarneaE, Database HLA-A*:, Health Methods Virol: acute calculated expression first, flow fluorescence font-size ligands, lines lymphocytes mean peak pool, protein. rVACV-CHIKV recognized results washed AdmonA, BarrigaA, Blood Cellular Human Life Med PPVIGREKFHSRP Pathogens Research S-()- Viral Virus YEHVTVIPNTVGVPYK [,]. additional antigenic associated bind bioinformatics capsid complex double; expressing failed immunoprecipitation later mer monomorphic peptide. pool position report restricted strain studies tools utilized vaccinia (BD -C*: Animal C-terminal Cytotoxic HLA-B*:, HLA-DRB*: InfantesS, LopezD LópezD MirC, Nacional Negl Sequence USA) addition antibodies blood border-color border-width canonical cells, chain common determined exposed expresses greater indicate mainly molecules. naturally origin parental patients peak, performed presence presentation proteases proteins. recognition role sciences search searches showed solid; spans suggest vector {font-style {font-weight (SYFPEITHI (available (specific -B*:, -DP ./jimmunol. Additionally, Alphaviruses: Biol CA, Cells: Centro Chem: Competitividad, Dis: Economía, España Garcia-ArriazaJ, Gobierno HLA-C*:, Hyg: I-VACV Identification Immunology Industria LemonnierFA, N-terminal NgLF Peptide Proteomics: RNA ReniaL, Response San Similarly, Theoretical Togaviruses Zika absence abundance activity allele aminopeptidase antibody assignment binding. bold causing cells: conserved courier; derived disease em; emerging endoplasmic epidemic expressed following fragment fragments functional genes higher host http://dx.doi.org/./Ministerio humoral infection. large later�? left life limited mAb maximum method mice. model monoclonal monoisotopic mosquito-borne negative non-canonical non-parametric novel out. panel) peaks peptide, peptides, phase plates poxvirus-based present presenting processed protective pt;} related relative relevant reported residue resolved reticulum score seven shows soluble spectrometry. stability statistically theoretical trap trimming upper vaccines virus, vitro


{% extends "dreamprofile/base.html" %} {% load i18n %} {% block content %}
{% trans 'Password change successful. Your password was changed.' %}


'Anti-vax' mum claims she gave out chickenpox-infected lollipops on Halloween
The Aussie woman said she is offering life long immunity for the price of a couple of blisters and a few days off school
by Tiffany LoAn 'anti-vaxx' mum has claimed she gave out lollipops tainted with the chickenpox virus to 'trick-or-treaters' on Halloween .
Aussie mum Sarah Walker, who claimed to be a registered nurse on her Facebook profile, shared her plan on a group known as 'Stop Mandatory Vaccination'.
She explained that her son has contracted chickenpox and would like to 'help others with natural immunity'.
Her post continued: "We have the packaging opening and closing down pat and can't wait to help others in our community.
"If anyone else would like some for their children happy to send via post for $1 plus postage to your location."
Her message was soon shared to ' Light for Riley ', a page dedicated to a baby boy who died from whooping cough four years ago.
Riley's father, Greg Hughes, wrote in response: "Have you ever seen something that instantaneously makes your skin crawl?
"The woman responsible for this post is claiming to be a nurse in a Brisbane children's hospital.
"It's not often I'm lost for words but this just about does it."
Parents were shocked and left fuming when they read about it.
'Gerard Vance' said: "Sending a virus by post is domestic terrorism and they should be jailed."
'Chantal Bos Bosch' wrote: "This is sick beyond words. Those poor kids. Not worthy to be a nurse either. And willingly spreading it to others is potential murder.
Mr Hughes went on to report the post to the hospital, the nurse practitioner and the press.
Yahoo News reported that Walker claims to be a nurse at the 'Royal Children's Hospital, Brisbane' on her Facebook page.
And Queensland Health, the parent company of the above named hospital commented under the post to confirm there is no such employee under the name Sarah Walker.
"There are no current or former employees by that name that have worked for Queensland Health as a registered nurse. This is a serious issue and has been referred to police, who are investigation," it stated.
Walker then replied in her post and blamed the web users for trying to get her fired.
She said: "The health and well-being of my baby is far more valuable than any job.
"You say I'm vile an gross like I have done something that hundreds of thousands of parents haven't already done.

"Exactly! And I'm offering life long immunity for the price of a couple of blisters and a few days off school."
Queensland Health told new.com.au that the risk of chickenpox transmission from such tainted lollipops would be extremely low as the virus does not survive long on surfaces.
If Walker were to be found guilty of food tampering or making false claims to do so, she could face up to 15 years in prison.


-
github-repo
-
capital-bikeshare
forked from TIY-DC-FEE-Jan-2015/capital-bikeshare
Assignment 14 - Capital Bikeshare
-
11-jQuery-Accordion
-
color-clock
forked from TIY-DC-FEE-Jan-2015/color-clock
Assignment 13 - Color Clock
-
css-zen-garden
forked from TIY-DC-FEE-Jan-2015/css-zen-garden
Assignment 12 - CSS Zen Garden
-
ROT-13
forked from TIY-DC-FEE-Jan-2015/ROT-13
Assignment 10 - ROT-13 Translator
-
javascript-koans
forked from mrdavidlaing/javascript-koans
Koans to learn Javascript
-
kates-cupcake-shop
forked from TIY-DC-FEE-Jan-2015/kates-cupcake-shop
Kate's Cupcake Shop (Assignment 09)
-
functional-programming
forked from TIY-DC-FEE-Jan-2015/functional-programming
JS functional programming (Assignment 08)
-
course-notes
forked from TIY-DC-ROR-2015-Jan/course-notes
Syllabus, notes, and more for the class
-
js-iterations
forked from TIY-DC-FEE-Jan-2015/js-iterations
JS object and array iteration practice (Assignment 07)
-
js-functions-greg-mode
forked from TIY-DC-FEE-Jan-2015/js-functions-greg-mode
-
js-functions
forked from TIY-DC-FEE-Jan-2015/js-functions
-
git-tutorial
-
js-data-types
forked from TIY-DC-FEE-Jan-2015/js-data-types
JS Data Types (Assignment 05)
-
html-blog-layout
-
html-surf-and-paddle
-
html-simple-layout
-
html-test-repository
-
trash-repository
-
prep-work
forked from appacademy/prep-work


{%extends "adm/admin_base.html" %} {%block title%}Bank files{%endblock%} {%block extrahead%} {%endblock%} {%block layoutblock %}
This list represents uploaded bank files (automatically or manually so). You can also upload a new file, if you have payment methods active supporting it.
| Method | Last uploaded | |
|---|---|---|
| {{m.internaldescription}} | {%if m.latest_file%}{{m.latest_file}} ({{m.latest_file|timesince}} ago){%else%}Never{%endif%} |
{{m.upload_tooltip}}
|
| Time | Method | Filename | Rows | New trans. | Pending | Errors | Uploaded by |
|---|---|---|---|---|---|---|---|
| {%if f.newtrans%}{{f.created}}{%else%}{{f.created}}{%endif%} ({{f.created|timesince}} ago) | {{f.method.internaldescription}} | {{f.name}} | {{f.parsedrows}} | {{f.newtrans}} | {{f.newpending}} | {{f.errors}} | {{f.uploadby}} |


The Java API specialization provides a set of specific topic types that can describe a Java application programming interface (API) library. The Java language-specific API topic types are specialized from the generic API reference topic types. This specialization permits the sharing of the basic semantics and processing.
The Java modules describe the Java topic types and their contained elements. For example, the javaPackage module describes all the elements necessary to describe a Java API package. The Java topic types provide language-specific topic types for documenting Java API references.
The Java topic types and the contained elements are described in the following modules:


JavaScript
Php
Python
CSS3
HTML5
Photoshop
Illustrator
InDesign
Pen & Paper
Premiere
Angular
Node
Code-Igniter
Flask
Bootstrap


Project and Control Linux Desktop from Android through VNC Using Vino
Linux distributions that come with GNOME desktop environment (Debian, Ubuntu, etc.) will have Vino as default VNC (Virtual Network Computing) server. So we will use it Before continuing, it is best if you read it at least once.
-
Open GNOME Settings.
-
Click “Sharing”.
-
Turn the toggle ON.
-
Click “Screen Sharing”.
-
Adjust “Screen Sharing” settings according to your preference.
-
To avoid problems caused by the incompatibility of the encryption used by Vino, we need to disable the encryption with the following command:
gsettings set org.gnome.Vino require-encryption false
After doing this, the connection to the Vino server becomes unencrypted making it insecure. It is not recommended to use it when on a public network.
Now we have finished the setup on the Vino server. Next, we need to install VNC viewer on the Android device. So far there are two applications that I recommend, that is:
- VNC Viewer for Android by androidVNC team + antlersoft
- VNC Viewer - Remote Desktop by RealVNC Limited
The first one has a touch control feature so we don’t need to control the mouse. The app is outdated but the features can be used well. The second is a more modern application but only has mouse controls. The touch control feature is only available for iOS. If you know of other good apps, let us know in the comments column below :)
-
After downloading VNC viewer. We will be asked to enter our computer’s IP address. To find out, we can run the following command in the terminal:
hostname -I
Use the first IP address (192.168.1. *). If asked, use port 5900.
-
Run the VNC viewer application that has been installed, adjust it to the VNC server configuration.
-
Click “Connect”.
Now, your Linux desktop can be controlled from Android. You can also use stylus to write or draw on the touch screen of your Android. Enjoy :)


pkfln
@pkfln
undefined
null
null
http://pkfln.io
Zürich, Switzerland
Available for hire
Work.
fiddle
A playground platform for the PAWN scripting language
TypeScript
23
0
csgopickem
CS:GO Pick'Em API Test
PHP
4
1
liveyourdream
Live your Dream - Project Source
SourcePawn
0
3
.io
pkfln.io homepage
null
0
0
dailygradients
A bot which posts a beautiful gradient from uiGradients.com every day @dailygradients on Twitter.
TypeScript
0
0
docker-allowed-hosts-proxy
A whitelist-based HTTP/S proxy Docker image.
TypeScript
0
0
lyd-gangfight-zone-distribution
Gangfight Zone Distribution example with the LyD API
HTML
0
0
node-amx
AMX interpreter
TypeScript
0
0
protractor-jslog
Inject a log-div into a Protractor E2E-Test
JavaScript
0
0
TeamSpeakFivePatcher
undefined
null
0
0
Forks.
996.ICU
Repo for counting stars and contributing. Press F to pay respect to glorious developers.
null
0
0
cordless
Discord, but in 1984
Go
0
0
homepage
The open.mp website.
JavaScript
0
0
react-scroll-to-bottom
React container that will auto scroll to bottom
JavaScript
0
0
YSF
YSF - kurta999's version
C++
0
0
Blog.


com.panacea.sdk.db
Classes
PMDatabaseHelper
PMMessage
PMPerformance
PMReceivedMessage
PMReceivedMessage.Status
PMSentMessage
TableReceivedMessages
TableSentMessages


Sometimes our task dependencies are complex enough that we might need to run some things in parallel and other things in series.
Lets say we have a versioned file and we want to get a diff of the latest two versions. To do this, we need to get the IDs of the latest two versions, then get their content, then compare the content of the first with the other and finally do something with the result.
Callbacks
With callbacks we would combine async.waterfall
and async.parallel
async.waterfall([
files.getLastTwoVersions.bind(files),
function(items, callback) {
async.parallel([
versions.get.bind(versions, item.last),
versions.get.bind(versions, item.previous)],
callback)
},
function(v, callback) {
diffService.compare(v[0].blob, v[1].blob, callback)
}],
function(err, diff) {
// voila, diff is ready. Do something with it.
})
Promises
With promises we can simply return an array, then use Promise.spread
available in both bluebird and Q. It works on promises for arrays and resolves
all the items in the array then passes them to the callback:
files.getLastTwoVersions(filename)
.then(function(items) {
return [versions.get(items.last),
versions.get(items.previous)];
})
.spread(function(v1, v2) {
return diffService.compare(v1.blob, v2.blob)
})
.then(function(diff) {
// voila, diff is ready. Do something with it.
});
Notes
TODO.


SUBROUTINE SLAE2( A, B, C, RT1, RT2 ) * * -- LAPACK auxiliary routine (version 3.1) -- * Univ. of Tennessee, Univ. of California Berkeley and NAG Ltd.. * November 2006 * * .. Scalar Arguments .. REAL A, B, C, RT1, RT2 * .. * * Purpose * ======= * * SLAE2 computes the eigenvalues of a 2-by-2 symmetric matrix * [ A B ] * [ B C ]. * On return, RT1 is the eigenvalue of larger absolute value, and RT2 * is the eigenvalue of smaller absolute value. * * Arguments * ========= * * A (input) REAL * The (1,1) element of the 2-by-2 matrix. * * B (input) REAL * The (1,2) and (2,1) elements of the 2-by-2 matrix. * * C (input) REAL * The (2,2) element of the 2-by-2 matrix. * * RT1 (output) REAL * The eigenvalue of larger absolute value. * * RT2 (output) REAL * The eigenvalue of smaller absolute value. * * Further Details * =============== * * RT1 is accurate to a few ulps barring over/underflow. * * RT2 may be inaccurate if there is massive cancellation in the * determinant A*C-B*B; higher precision or correctly rounded or * correctly truncated arithmetic would be needed to compute RT2 * accurately in all cases. * * Overflow is possible only if RT1 is within a factor of 5 of overflow. * Underflow is harmless if the input data is 0 or exceeds * underflow_threshold / macheps. * * ===================================================================== * * .. Parameters .. REAL ONE PARAMETER ( ONE = 1.0E0 ) REAL TWO PARAMETER ( TWO = 2.0E0 ) REAL ZERO PARAMETER ( ZERO = 0.0E0 ) REAL HALF PARAMETER ( HALF = 0.5E0 ) * .. * .. Local Scalars .. REAL AB, ACMN, ACMX, ADF, DF, RT, SM, TB * .. * .. Intrinsic Functions .. INTRINSIC ABS, SQRT * .. * .. Executable Statements .. * * Compute the eigenvalues * SM = A + C DF = A - C ADF = ABS( DF ) TB = B + B AB = ABS( TB ) IF( ABS( A ).GT.ABS( C ) ) THEN ACMX = A ACMN = C ELSE ACMX = C ACMN = A END IF IF( ADF.GT.AB ) THEN RT = ADF*SQRT( ONE+( AB / ADF )**2 ) ELSE IF( ADF.LT.AB ) THEN RT = AB*SQRT( ONE+( ADF / AB )**2 ) ELSE * * Includes case AB=ADF=0 * RT = AB*SQRT( TWO ) END IF IF( SM.LT.ZERO ) THEN RT1 = HALF*( SM-RT ) * * Order of execution important. * To get fully accurate smaller eigenvalue, * next line needs to be executed in higher precision. * RT2 = ( ACMX / RT1 )*ACMN - ( B / RT1 )*B ELSE IF( SM.GT.ZERO ) THEN RT1 = HALF*( SM+RT ) * * Order of execution important. * To get fully accurate smaller eigenvalue, * next line needs to be executed in higher precision. * RT2 = ( ACMX / RT1 )*ACMN - ( B / RT1 )*B ELSE * * Includes case RT1 = RT2 = 0 * RT1 = HALF*RT RT2 = -HALF*RT END IF RETURN * * End of SLAE2 * END


When you work with us, you are part of a team of commited collaborators. All aspects of our software development process are intergrated, interactive and agile.
Our approach unifies dsign, development and product management to create exceptional products.
We start each projects by understanding your business goals, the users needs and the product requirements.
We help translate them into active and elegant solutions.
Before we sign a contract or write a line of code, our team will spend the necessary time needed to understand your product vissiob.
The outcome of the scoping session a proposal or high-level statement of work.
Based on your requirements, we can provide a complete offering or just the piece you need.
Our design practice offers a full range of services including brand strategy, interaction and visual design and user experience testing.
Throughout your project, our designers create and implement visual design and workflows, solicit user feedback and work with you to make sure what gets built is what is needed.
DESIGN
All engineers are fluent in the latest enterprise, mobile and web development technologies.
They collaborate with your team to write, and improve code on a daily basis, using proven practices such as test-driven development and pair programming.
DEVELOPMENT
All engineers are fluent in the latest enterprise, mobile and web development technologies.
They collaborate with your team to write, and improve code on a daily basis, using proven practices such as test-driven development and pair programming.
PRODUCT MANAGEMENT
Black Studio
Ontario Security
Pyramids
Jim Carry
Have a nice Day
Calculator
Burned
Giraffe Restaurant


Gecode::Set::Int Namespace Reference
Detailed Description
Propagators connecting set and int variables.
Classes | |
| class | OverweightValues |
| Value Iterator for values above a certain weight. More... | |
| class | IntLt |
| Sort order for integers. More... | |
| class | MinElement |
| Propator for minimum element More... | |
| class | MaxElement |
| Propator for maximum element More... | |
| class | Card |
| Propagator for cardinality More... | |
| class | Match |
| Propagator for the match constraint More... | |
| class | ChannelInt |
| Propagator for channelling between variable-value-dual models More... | |
| class | ChannelBool |
| Propagator for channelling between set variable and its characteristic function More... | |
| class | Weights |
| Propagator for weight of a set More... | |
Enumerations | |
| enum | CostType { POS_COST, NEG_COST, ALL_COST } |
Functions | |
| template<class I, CostType c> | |
| int | weightI (SharedArray< int > &elements, SharedArray< int > &weights, I &iter) |
Enumeration Type Documentation
Function Documentation
template<class I, CostType c>
| int Gecode::Set::Int::weightI | ( | SharedArray< int > & | elements, | |
| SharedArray< int > & | weights, | |||
| I & | iter | |||
| ) | [inline] |
Definition at line 215 of file weights.icc.


Toggle navigation
TreeEditor
build {{buildNo}}
Loading...
Set name
Non-Cascade Delete
Cascade Delete
install original HSUV model example
New Block
Close
Tree level:
Clear and set target level at root
Resource URI of new block:
rdf:type
dc:name
Node selection
Tree in RDF/XML
Clear list
Time
={{publishedChange.time | date:'h:mm:ss a' }},
Direction
=Tree-to-Triplestore ,
Op
={{publishedChange.modelChange.operationTitle}} ,
Status
={{publishedChange.modelChange.status}}
{{publishedChange.modelChange.updateStatement}}
Fuseki query url
Fuseki update url
Verify


| Band | Year formed | No. of Albums | Most famous song |
|---|---|---|---|
| Buzzcocks | 1976 | 9 | Ever fallen in love (with someone you shouldn't've) |
| The Clash | 1976 | 6 | London Calling |
| The Damned | 1976 | 10 | Smash it up |
| Sex Pistols | 1975 | 1 | Anarchy in the UK |
| Sham 69 | 1976 | 13 | If the kids are united |
| Siouxsie and the Banshees | 1976 | 11 | Hong Kong Garden |
| Stiff Little Fingers | 1977 | 10 | Suspect Device |
| The Stranglers | 1974 | 17 | No More Heroes |
| Total albums | 77 |


{% include sidebar-resume.html %}
{{content}}
{% include project-category-links.html %}
--- --- {% include head.html %}
{% include topmenu.html %} {% include carousel.html %}


- Basic language features:
• Paradigm:
= Object-oriented (prototype-based), functional, imperative scripting language
• Java-/C-like syntax
= Implicit semicolon insertion for statement termination
= Identifiers are alphanumeric, _, and $ characters
= Single-line (//) or block (/**/) comments
• Type system and variable scoping rules:
= Dynamic (aka loose or weak) typing
= Global (aka top-level) or local scopes
= Data types:
- Primitive types
• Numbers (decimal, hexadecimal notation)
• Booleans (true, false)
• Strings (Single or Double quote delimited)
• Undefined and Null
- Composite (object) types
• Core JavaScript Objects
• Object, Number, Boolean, String, Date, Math, Global, RegExp, Error
• Arrays (Array)
• Functions (Function, Arguments)
- DOM Objects
• Anchor, Applet, Attr, Comment, DOMException, DOMImplementation, DocumentFragment, Element, Event, Form, Image, Input, Layer, Link, Node, Option, Select, Style, Text, TextArea
- Keywords
• break, case, catch, continue, default, delete, do, else, finally, for, function, if, in, instanceof, new, return, switch, this, throw, try, typeof, var, void, with
- Statements and control structures
• var – Used to declare global/local variables
• if-else - Condition expressions having values of 0, “”, null, and undefined evaluate to false
• switch-case-default-break
= allows any expression type to be used as the switch expression
= case labels may be of different types
= case labels may be expressions
= case execution falls-through, unless terminated by a break
• while, do-while, for, for-in, break, continue
= for while and do-while, false condition expressions similar to if-else
= for-in used for property enumeration
= allows labeled break/continue
• try-catch-finally, throw
= throw and catch can handle any expression type
• function, return
= JavaScript functions are similar to Java methods except for the following differences:
- No return value type is specified, and return is optional within the function body
- Functions may return a value on one invocation and not return a value (i.e. have an undefined return value) on another invocation
- Functions may return different types of values on different invocations
- Function parameters are dynamically typed
- Functions can be invoked with an arbitrary number of arguments, regardless of the actual parameters specified in the function definition (the Arguments object can be used to access unnamed arguments passed to the function invocation)
- Functions are first-class objects
= Functions can be invoked as global functions (i.e. as methods of the Global object) as methods of specific objects, or as object constructors
• with
= Used to access object properties without having to explicitly qualify the property with the object name (serves as shorthand notation for accessing object properties, at the expense of program readability)


SweepDNA
This Executor collects DNA files from a directory in the current Working directory, preferably named
NewDNA. For each file in that directory, a new directory is created,
with the same name minus the '.txt' extension. The DNA file is moved
into it, accompanied by a sweepable
script. Typically this script will be named
'LTRID_001Script_.txt' and contain the lines:
Executor: LTRID
DNAFile: |DNA file name|
SweepDNA also accepts rougher files (such as those
normally
generated
by FASTA), not conforming to the DNA
file format, but consisting only of a number of leading lines, each
starting
with '{' (such lines will be copied) or '>' (such lines will be
discarded),
and the contents belonging in the 'Sequence' parameter in the
DNA
file. SweepDNA will then make a new file, in DNA file format, and
remove
the old one (the last does not work properly in all implementations).
Please note the limit on base positions in DNA
files.
If the DNA file contains a parameter
Processed: Yes
it will not be further interfered with. Otherwise:
If the DNA sequence is long, SweepDNA will chop it into
overlapping
chunks, which will be named like the source DNA file, with _1, _2 etc
added, which will each get its own subdirectory.
Frequently occurring transposons (entire or fragmentary)
may interfere with the further analysis, by disrupting ERVs but above
all by by being mistaken for LTRs by LTRID.
SweepDNA therefore provides mechanisms for removing (or rather, marking
as inserts to be ignored, see DNA files)
such items. By default ALUs and LINE L1s (the main culprits in primate
genomes) are handled, but other transposons may be targeted by adding Brooms to the plugins
directory.
If the 'ALUTolerance' parameter is >= 0, SweepDNA
will also
search for ALUs, with a fault tolerance dependent on its value, and
mark
them in the output DNA file.
If the 'LINETolerance' parameter is >= 0, SweepDNA
will also search for fragments of LINE L1 elements, with a fault
tolerance dependent
on
its value, and mark them in the output DNA file.
Since RetroTector is designed to search for ERVs in
their natural habitat, it may not perform optimally on short sequences
such as an isolated virus sequence, perhaps not even with the important
direct integration repeats. Therefore, if the DNA file is shorter than
30000 bases, you are offered the opportunity to add an artificial
habitat in the form of leading and trailing random sequences with
specified base frequencies, and/or a specified direct repeat (default
'agctcg') of length 4-6 bases.
To ensure that the above function is invoked early in a
SweepDNA session small files (<60 kB) are processed first.
The names of files to be swept by SweepDNA should not
contain a blank character.
There are six regular parameters:
- 'ChunkSize'. If the sequence is longer than this, it
will be chopped into chunks of at most this length. Default = 115000.
- 'ChunkOverlap'. Chunks will overlap by this many
bases. Default = 15000.
- 'ALUTolerance'. Defines the fault tolerance (in the
same way as the 'LTRepTolerance' parameter in LTRID)
in the search for ALUs. If negative, there will be no search. Default =
10.
- 'LINETolerance'. Defines the fault tolerance (in the
same way as the 'LTRepTolerance' parameter in LTRID)
in the search for L1 fragments. If negative, there will be no search.
Default
= 10.
- 'NewDNADirectory'. The name of the subdirectory of
the current Working directory which contains the DNA files. Default =
'NewDNA'.
- 'ExecutorToUse'. The Executor for which the script
will be made. Default = 'LTRID'.
You may also add more parameters, specifying more lines to be included
in the script. These must be named 'Line1', 'Line2' etc, with values
the exact contents of the line in question.


Cyprus Airways launches new flights to Greece for Summer 2020
by GCTLeading Cypriot airline Cyprus Airways has announced new flights connecting travellers from Larnaca to Greece for Summer 2020!
“Cyprus Airways places particular emphasis on the Greek market,” Cyprus Airways’ sales manager for Eastern Europe, Cyprus, and Greece, Marilyn Constantinou, said while presenting the airline to Greek travel agents during an event in Athens.
The airline’s summer 2020 flight schedule from Larnaca Airport will include flights to Rhodes, Skiathos, Preveza (new), Santorini (new), Corfu (new) and also to Zurich, Geneva, Verona, Cairo, Bratislava, and Kosice.
“We are going beyond our point to point network from Larnaca and will expand from the Greek market to other European markets,” Constantinou said.
In summer 2020, the airline will fly from Bratislava direct to Rhodes and Corfu. A weekly connection will also launch between Kosice and Corfu.
“Our main aim is to connect Tel Aviv with the Greek market in the future,” she added.
The new routes announced will be added to the existing network of Cyprus Airways. The company already operates from Larnaca, on a weekly basis, 10 weekly flights to Athens, two flights to Thessaloniki and Heraklion, Crete, as well as six flights to Tel Aviv and two flights to Beirut and Prague.
As of December 21, Cyprus Airways will also connect Athens to the city of Paphos three times a week.
*Source: GTP Headlines


Pie company
You are asked to help with Java programming in a Pie company.
At the moment they bake and sell pies, cakes and tarts packed in nice boxes. Unfortunately, approach to boxes programming is quite outdated – each pie type requires its own box class. This approach is poorly scalable and will turn the situation into a nightmare with product range growth (imagine all these ApplePieBox, StrawberryPieBox, etc.).
To avoid this implement universal Box class that will accommodate anything with put and give it back with getters.
Use the provided code template, don't remove existing classes.


[gecode-users] Problem when compiling with Gecode 3.3.1
Mauricio Toro
mauriciotorob at gmail.com
Fri Jul 16 14:47:05 CEST 2010
Hello,
I am compiling my program with Gecode 3.3.1. It used to work with Gecode
3.2.2.
I changed the functions ES_SUBSUMED, fail, etc, but I am getting these
errors
and they don't have any reference to my program:
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp: In constructor
‘Gecode::Space::Propagators::Propagators(const Gecode::Space&)’:
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:2410: error:
‘static Gecode::Propagator* Gecode::Propagator::cast(Gecode::ActorLink*)’ is
private
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:3400: error:
within this context
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:3400: error:
‘Gecode::ActorLink’ is an inaccessible base of ‘Gecode::Propagator’
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:2418: error:
‘static const Gecode::Propagator* Gecode::Propagator::cast(const
Gecode::ActorLink*)’ is private
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:3401: error:
within this context
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:3401: error:
‘Gecode::ActorLink’ is an inaccessible base of ‘Gecode::Propagator’
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp: In member
function ‘void Gecode::Space::Propagators::operator++()’:
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:2410: error:
‘static Gecode::Propagator* Gecode::Propagator::cast(Gecode::ActorLink*)’ is
private
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:3426: error:
within this context
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:3426: error:
‘Gecode::ActorLink’ is an inaccessible base of ‘Gecode::Propagator’
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:2418: error:
‘static const Gecode::Propagator* Gecode::Propagator::cast(const
Gecode::ActorLink*)’ is private
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:3427: error:
within this context
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:3427: error:
‘Gecode::ActorLink’ is an inaccessible base of ‘Gecode::Propagator’
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp: In member
function ‘const Gecode::Propagator& Gecode::Space::Propagators::propagator()
const’:
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:2418: error:
‘static const Gecode::Propagator* Gecode::Propagator::cast(const
Gecode::ActorLink*)’ is private
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:3436: error:
within this context
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp: In constructor
‘Gecode::Space::Branchers::Branchers(const Gecode::Space&)’:
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:2484: error:
‘static Gecode::Brancher* Gecode::Brancher::cast(Gecode::ActorLink*)’ is
private
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:3441: error:
within this context
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:3441: error:
‘Gecode::ActorLink’ is an inaccessible base of ‘Gecode::Brancher’
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp: In member
function ‘const Gecode::Brancher& Gecode::Space::Branchers::brancher()
const’:
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:2492: error:
‘static const Gecode::Brancher* Gecode::Brancher::cast(const
Gecode::ActorLink*)’ is private
/Library/Frameworks/gecode.framework/Headers/kernel/core.hpp:3452: error:
within this context
/Library/Frameworks/gecode.framework/Headers/minimodel/bool-expr.hpp: In
constructor ‘Gecode::BoolExpr::Node::Node()’:
/Library/Frameworks/gecode.framework/Headers/minimodel/lin-rel.hpp:45:
error: ‘Gecode::LinRel::LinRel()’ is private
/Library/Frameworks/gecode.framework/Headers/minimodel/bool-expr.hpp:45:
error: within this context
What can I do?
Thank you,
Mauricio
--
Mauricio TORO BERMUDEZ
Research Postgraduate Student (Ph.D)
Computer Science Research Laboratory of Bordeaux (LABRI)
University of Bordeaux 1: Science and Technology
http://www.labri.fr/perso/mtoro/
351, cours de la Libération
F-33405 Talence Cedex. France.
Phone: (+33) 5 4000 24 85
Fax: (+33) 5 4000 66 69
Please don't print this e-mail unless you really need to.
-------------- next part --------------
An HTML attachment was scrubbed...
URL: <http://www.gecode.org/pipermail/users/attachments/20100716/b5f5a6b8/attachment.htm>
More information about the users
mailing list


--- layout: default title: Success Purchase - DEVit Conference metaTitle: DEVit the 360° Web Development Conference metaDescription: Find out the latest trends and techniques for Frontend, Backend, DevOps and Mobile! Meet all the cool people! We are 360° and proud of it! permalink: /purchase/success.html custom_js: - purchase.bundle.js --- {% include header.html %} {% include navigation.html %}
Can't wait to see you in June!


CodeRED is an emergency alert system for location-based public safety alerts (e.g. natural disasters, fires, dangerous environmental conditions, etc.).  CodeRED is an opt-in, high-speed notification solution that quickly delivers emergency messages to targeted areas or the entire county. Because the notifications are geographically based, a street address is required to ensure emergency notification calls are received by the proper individuals in a given situation." Download the CodeRED Mobile Alert App and/or create a CodeRED account.
If you or someone in your household may need special assistance in case of an emergency ("physical, medical, mobility, or other conditions that would require special assistance during a disaster, evacuation, or other community emergency"), consider completing and returning this voluntary registration form.
The Inyo County Office of Emergency Services "Emergency Operations Plan" can be seen in full here.
For earthquake safety information, with resources specific to Inyo & Mono counties, click here.
For tips on emergency preparedness, follow these Emergency Planning steps.
From prepareforpowerdown.com: "In order to keep communities safe, your local energy company may need to turn off power during extreme weather or wildfire conditions. This is called a Public Safety Power Shutoff." Visit the site to sign up for alerts from your provider, to learn about ways to prepare for power shutoffs, and for additional information. To receive power outage alerts from Southern California Edison, visit their PSPS site or call 1-(800)-655-4555 and select "Trouble Order."
Read more about Public Safety Power Shutoffs in this one-page summary and these FAQs from SCE
For information on weather-related power outages from SCE, click here
On Facebook, follow the Inyo County Sheriff's Office and Bishop CHP
On twitter, follow @InyoSheriff and @CHP_Bishop
Visit ready.gov for planning & response information in case of natural disasters & other emergencies
To download the Inyo County/City of Bishop "Multi-jurisdictional Hazard Mitigation Plan," click here
Be ready! Some emergency equipment to consider: Non-electric landline phone; battery-powered lights; ways to keep mediciation chilled if necessary; alternative power source for medical equipment (e.g. CPAP machine, oxygen generator); plans for garage door opening, cooking, water heating, and home heating if appliances are electric, etc.
We are extremely lucky to have an active volunteer fire department in the canyon, which is supported by community donations. ASFVFD services are rendered without regard to the origin of the contributions received. Membership is voluntary and supporting membership fees are not a consideration for services provided. The ASFVFD service statement is posted here. For more information please visit the ASFVFD website.
If you witness a sewer overflow (typically from a manhole cover) in Aspendell, please notify Bishop Police Department at<PHONE_NUMBER>. Bishop P.D. will contact the proper authority. Inyo County maintains an agreement with the City of Bishop who will dispatch a crew to remedy the problem. If you observe a sewer problem on your property, contact one of the local plumbing or drain clearing services.


{% extends "static/templates/projectBase.html" %} {% block projectContent %}
Percent returned to college. It's supposed to be the more blue they are, the more they stayed. The more red they are, the more they left.


climate change global warming belief beliefs human teachers students teacher Climate happening student knowledge {border-style px;} #ffffff;} caused science causes study North Table Change anthropogenic research school suggest Student adolescents Clim KTS. middle scientific students. Carolina influence natural teachers’ I'm education information perceptions political px; sure {font-family (.%), (CO change. consensus font-size high increase sample values Chang. Global Leiserowitz MNP Research Risk adults change, dioxide double; likely national parents public questions role studies suggesting survey (.%) ./s--- Available: Change. Environmental Groupings However, People Places Population Science Teacher believe border-color border-width children coastal effects factors gender ideology impact past predictors results scale scientists solid; suggests used worldview {font-style {font-weight American Beta Carolina, Change: Children Consent Data Environ Fig Knowledge Model Nat Peterson Public Sciences Stevenson U.S. Warming [Internet]. able activities adolescent adults, beliefs, bold carbon causes. classroom concern courier; data differences drivers em; findings knowledge, larger level literacy people perceived polarization pt;} relationship sea selected shape skepticism students’ think thought


David Hovemeyer, Kelly Rivers
ProgSnap 2: Towards a Standard Representation for Programming Process Data
Systems that collect data on student programming activity provide a valuable source of information on how students learn to program. The diversity of information collected by such systems presents a challenge for analyzing data sets, especially for studies involving data originating from multiple systems. For this reason, having a standardized representation for student programming activity would be useful. ProgSnap 2 is a proposed standardized representa- tion for programming snapshot data. It is intended to be sufficiently flexible to accommodate data from a wide variety of sources, and its tabular format is designed to permit direct analysis using statistics software.


TEntityMetaLevelDependency is a Trait adding to an entity the possibility to use meta-descriptions to execute containment tree exploration and scope queries.
| Method | Result |
|---|---|
| #allChildren | Return the receiver's children in the containment tree of the model, including the children's children recursively. |
| #allChildrenTypes | Return all the possible children types of the receiver, including the possible type of the children's children recursively. |
| #allParents | Return the receiver's parents in the containment tree of the model, including the parents' parents recursively. |
| #allParentTypes | Return all the possible parents types of the receiver, including the possible type of the parents' parents recursively. |
| #children | Return the receiver's children in the containment tree of the model. This method is not recursive. |
| #childrenSelectors | Return the selectors applicable to the receiver that can return some of the receiver's children. |
| #childrenTypes | Return the possible children types of the receiver. This method is not recursive. |
| #parents | Return the receiver's parents in the containment tree of the model. This method is not recursive. |
| #parentSelectors | Return the selectors applicable to the receiver that can return some of the receiver's parents. |
| #parentTypes | Return the possible parents types of the receiver. This method is not recursive. |
| Method | Parameter | Result |
|---|---|---|
| #atScope: | Famix class defining the scope of the query | Return the entities of the parameter's kind up in the containment tree of the model compared to the receiver. |
| #toScope: | Famix class defining the scope of the query | Return the entities of the parameter's kind down in the containment tree of the model compared to the receiver. |
| #withScope: | Famix class defining the scope of the query | Return the entities of the parameter's kind up and down in the containment tree of the model compared to the receiver. |
| #allAtScope: | Famix class defining the scope of the query | Return all the entities at this given famix class scope that are up in the containment tree of the meta-model on multiple levels (it will not stop at the first encountered entity of the right kind). |
| #allToScope: | Famix class defining the scope of the query | Return all the entities at this given famix class scope that are down in the containment tree of the meta-model on multiple levels (it will not stop at the first encountered entity of the right kind). |
| #allWithScope: | Famix class defining the scope of the query | Return all the entities at this given famix class scope that are both up and down in the containment tree of the meta-model on multiple levels (it will not stop at the first encountered entity of the right kind). |
TDependencyQuery is a Trait adding to an entity the possibility to use meta-descriptions to execute navigation queries.
| Method | Parameters | Result |
|---|---|---|
| #query:with: |
A symbol #in or #out defining the query's direction A Famix association class defining the associations to gather |
Return all the incoming or outgoing associations, depending on the symbol given as parameter, of the Famix association class for the receiver and its children. |
| #queryAll: | A symbol #in or #out defining the query's direction | Return all the incoming or outgoing associations, depending on the symbol given as parameter, of the receiver or its children. |
| #queryAllIncoming | Return all the incoming associations of the receiver and its children. | |
| #queryAllLocal: | A symbol #in or #out defining the query's direction | Return all the incoming or outgoing associations, depending on the symbol given as parameter, of the receiver. This method differ from #queryAll: in the fact that it will not check the associations of the receiver's children. |
| #queryAllLocalIncoming | Return all the incoming associations of the receiver. This method differ from #queryAllIncoming in the fact that it will not check the associations of the receiver's children. | |
| #queryAllLocalOutgoing | Return all the outgoing associations of the receiver. This method differ from #queryAllOutgoing in the fact that it will not check the associations of the receiver's children. | |
| #queryAllOutgoing | Return all the outgoing associations of the receiver and its children. | |
| #queryIncoming: | A Famix association class defining the associations to gather | Return all the incoming associations of the Famix association class for the receiver and its children. |
| #queryLocal:with: |
A symbol #in or #out defining the query's direction A Famix association class defining the associations to gather |
Return all the incoming or outgoing associations, depending on the symbol given as parameter, of the Famix association class for the receiver. This method differ from #query:with: in the fact that it will not check the associations of the receiver's children. |
| #queryLocalIncoming: | A Famix association class defining the associations to gather | Return all the incoming associations of the Famix association class for the receiver. This method differ from #queryIncoming: in the fact that it will not check the associations of the receiver's children. |
| #queryLocalOutgoing: | A Famix association class defining the associations to gather | Return all the outgoing associations of the Famix association class for the receiver. This method differ from #queryOutgoing: in the fact that it will not check the associations of the receiver's children. |
| #queryOutgoing: | A Famix association class defining the associations to gather | Return all the outgoing associations of the Famix association class for the receiver and its children. |
TAssociationMetaLevelDependency is a Trait adding to an association the possibility to use meta-descriptions to get some informations.
| Method | Result |
|---|---|
| #dependencyFM3PropertyDescription | Return all the meta-properties defining a relation between entities (source/target). |
| #sourceTypes | Return the types possible as source of the association. |
| #targetTypes | Return the types possible as target of the association. |
TDependencyQueryResult is a Trait adding to MooseQueryResult some behaviour on navigation query results.
| Method | Parameters | Result |
|---|---|---|
| #allAtScope: | Famix class defining the scope of the query | Return all the entities at this given famix class scope that are up in the containment tree of the model compared to the association opposites relative to the navigation query receiver on multiple levels (it will not stop at the first encountered entity of the right kind). |
| #allToScope: | Famix class defining the scope of the query | Return all the entities at this given famix class scope that are down in the containment tree of the model compared to the association opposites relative to the navigation query receiver on multiple levels (it will not stop at the first encountered entity of the right kind). |
| #allWithScope: | Famix class defining the scope of the query | Return all the entities at this given famix class scope that are both up and down in the containment tree of the model compared to the association opposites relative to the navigation query receiver on multiple levels (it will not stop at the first encountered entity of the right kind). |
| #atScope: | Famix class defining the scope of the query | Return the entities of the parameter's kind up in the containment tree of the model compared to the association opposites relative to the navigation query receiver. |
| #opposites | Return the opposite entities of the query result's associations compared to the receiver of the original query. | |
| #rejectDependencies: | A conditional block | Reject the dependencies matching the block as parameter. |
| #selectDependencies: | A conditional block | Reject the dependencies not matching the block as parameter. |
| #toScope: | Famix class defining the scope of the query | Return the entities of the parameter's kind down in the containment tree of the model compared to the association opposites relative to the navigation query receiver. |
| #withScope: | Famix class defining the scope of the query | Return the entities of the parameter's kind up and down in the containment tree of the model compared to the association opposites relative to the navigation query receiver. |
| #withoutSelfLoops | Reject all associations whose opposite is contained in the original query's receiver. |


OXS Module¶
About¶
Command Guide¶
Module OXS does lexical analysis of the Oberon source code and defines symbols and operations
API Guide¶
Dependencies¶
SYSTEM Texts Oberon
Constants¶
IdLen* = 32;
NKW = 34; (*nof keywords*)
maxExp = 38; stringBufSize = 256;
(*lexical symbols*)
null = 0; times* = 1; rdiv* = 2; div* = 3; mod* = 4;
and* = 5; plus* = 6; minus* = 7; or* = 8; eql* = 9;
neq* = 10; lss* = 11; leq* = 12; gtr* = 13; geq* = 14;
in* = 15; is* = 16; arrow* = 17; period* = 18;
char* = 20; int* = 21; real* = 22; false* = 23; true* = 24;
nil* = 25; string* = 26; not* = 27; lparen* = 28; lbrak* = 29;
lbrace* = 30; ident* = 31;
if* = 32; while* = 34; repeat* = 35; case* = 36; for* = 37;
comma* = 40; colon* = 41; becomes* = 42; upto* = 43; rparen* = 44;
rbrak* = 45; rbrace* = 46; then* = 47; of* = 48; do* = 49;
to* = 50; by* = 51; semicolon* = 52; end* = 53; bar* = 54;
else* = 55; elsif* = 56; until* = 57; return* = 58;
array* = 60; record* = 61; pointer* = 62; const* = 63; type* = 64;
var* = 65; procedure* = 66; begin* = 67; import* = 68; module* = 69; eot* = 70;
notasymbol* = -1;
go* = 100; on* = 101; def* = 102; dim* = 103; let* = 104; rem* = 105; sub* = 106; base* = 107;
data* = 108; goto* = 109; next* = 110; read* = 110; step* = 112; stop* = 113; gosub* = 114;
input* = 115; print* = 116; option* = 117; restore* = 118; randomize* = 119; eol* = 120;
func* = 150; void* = 151; package* = 152; rune* = 153; eqeql* = 154; pcnt* = 155; andand* = 156; oror* = 157;
- (* BADARCH* = 0; RISC5* = 1; X8664* = 2; ARM64* = 3; ARM32* = 4; RISCV64* = 5; RISCV32* = 6; CORTEX4* = 7; CORTEX0* = 8; WASM* = 9; ERISC5* = 10; *)
BADARCH* = 0; RISC5* = 6517618; (* “rsc” 0x00637372 ) ERISC5 = 7878770; (* “r8x” 0x00783872 ) X8664 = 7878761; (* “i8x” 0x00783869 ) CORTEX4 = 7877731; (* “c4x” 0x00783463 ) CORTEX0 = 7876707; (* “c0x” 0x00783063 ) ARM64 = 7878753; (* “a8x” 0x00783861 ) ARM32 = 7877729; (* “a4x” 0x00783461 ) RISCV64 = 7878774; (* “v8x” 0x00783876 ) RISCV32 = 7877750; (* “v4x” 0x00783476 ) WASM = 7877751; (* “w4x” 0x00783477 *)
BYTEORIENTED* = 0; WORDORIENTED* = 1; nostyle* = 0; oberonstyle* = 1; basicstyle* = 2; cstyle* = 3;
Types¶
Ident* = ARRAY IdLen OF CHAR;
Variables¶
ival*, slen*: LONGINT; (*results of Get*)
rval*: REAL;
id*: Ident; (*for identifiers*)
str*: ARRAY stringBufSize OF CHAR;
errcnt*: INTEGER;
ccARCH*, ccWordsize, ccStackalign: INTEGER;
ch: CHAR; (*last character read*)
errpos: LONGINT;
R: Texts.Reader;
W: Texts.Writer;
commentstyle: INTEGER;
sigCR, semiCR, haveRunes: BOOLEAN;
k: INTEGER;
KWX: ARRAY 10 OF INTEGER;
keyTab: ARRAY NKW OF
RECORD sym: INTEGER; id: ARRAY 12 OF CHAR END;
Functions and Procedures¶
— SetSigCR sets whether or not a carriage return or newline is significant.
PROCEDURE SetSigCR*(sig: BOOLEAN);
— SetSemiCR sets whether or not semicolons should be inferred at newlines.
PROCEDURE SetSemiCR*(semi: BOOLEAN);
— SetRunes sets whether or not to single-quote strings identify runes.
PROCEDURE SetRunes*(runes: BOOLEAN);
— SetCommentStyle sets the style of comments in the parser.
PROCEDURE SetCommentStyle*(style: INTEGER);
— CopyId duplicates an identifier.
PROCEDURE CopyId*(VAR ident: Ident);
— Pos reports the location in the source text not couting the most current character.
PROCEDURE Pos*(): LONGINT;
— Mark reports an error to the Oberon system log.
PROCEDURE Mark*(msg: ARRAY OF CHAR);
— Note places a note in the Oberon system log.
PROCEDURE Note*(msg: ARRAY OF CHAR);
— Value places a note in the Oberon system log.
PROCEDURE Value*(msg: ARRAY OF CHAR; val: LONGINT);
— Identifier matches an alphanumeric identifier.
PROCEDURE Identifier(VAR sym: INTEGER);
— String matches a quote delimeted string.
PROCEDURE String;
— Rune matches a single tick delimeted char.
PROCEDURE Rune(VAR sym: INTEGER);
— HexString matches a hex string.
PROCEDURE HexString;
— Ten ??
PROCEDURE Ten(e: LONGINT): REAL;
— Number matches a number.
PROCEDURE Number(VAR sym: INTEGER);
— oberoncomment matches Oberon style comments.
PROCEDURE oberoncomment;
— clinecomment matches C line style comments.
PROCEDURE clinecomment;
— Get gets the next symbol from the source text.
PROCEDURE Get*(VAR sym: INTEGER);
— Init opens the source text for reading and gets the first character.
PROCEDURE Init*(T: Texts.Text; pos: LONGINT; a,b,c: INTEGER);
— EnterKW adds a symbol to the keyword table.
PROCEDURE EnterKW*(sym: INTEGER; name: ARRAY OF CHAR; kl: INTEGER);
— The initialzation code for this module prepares an empty table of reserved keywords.
Development Guide¶
(NW 19.9.93 / 20.3.2017 Scanner in Oberon-07)
OXS is called from ORP, OXG, and OXB and converts the source text to symbols for their consumption.
Oberon Scanner does lexical analysis. Input is Oberon-Text, output is sequence of symbols, i.e identifiers, numbers, strings, and special symbols. Recognises all Oberon keywords and skips comments. The keywords are recorded in a table.
Get(sym) delivers next symbol from input text with Reader R.
Mark(msg) records error and delivers error message with Writer W.
If Get delivers ident, then the identifier (a string) is in variable id, if int or char in ival, if real in rval, and if string in str (and slen)


| Total net profit | -42.09 | Gross profit | 3.5 | Gross loss | -45.59 |
| Profit factor | 0.08 | Expected payoff | -0.68 | ||
| Absolute drawdown | -42.09 | Maximal drawdown (%) | 41.74 (-11925.71%) | ||
| Total trades | 62 | Profit trades (% of total) | 8 (12.9%) | Loss trades (% of total) | 54 (87.1%) |
| Long positions (won %) | 47 (10.64%) | Short positions (won %) | 15 (20.0%) | ||
| Largest | profit trade | 1.59 | loss trade | -3.25 | |
| Average | profit trade | 0.44 | loss trade | -0.84 | |
| Minimum | profit trade | 0.0 | loss trade | -0.05 | |
| Maximum | take profit in pips | 181.4 | stop loss in pips | -278.0 | |
| Average | take profit in pips | 32.8 | stop loss in pips | -84.5 | |
| Minimum | take profit in pips | -116.9 | stop loss in pips | -26.5 | |
| Maximum | Reward-Risk | 4.8 | Duration in minutes | 607 | |
| Average | Reward-Risk | 0.7 | Duration in minutes | 62.6 | |
| Minimum | Reward-Risk | 0.0 | Duration in minutes | 0 | |
| Maximum | consecutive wins (profit in money) | 2.0 (0.58) | consecutive losses (loss in money) | 28.0 (-23.21) | |
| Average | consecutive wins | 1.0 | consecutive losses | 7.0 |
| Total net profit | -36.94 | Gross profit | 2.24 | Gross loss | -39.18 |
| Profit factor | 0.06 | Expected payoff | -0.79 | ||
| Absolute drawdown | -36.94 | Maximal drawdown (%) | 36.4 (-6740.74%) | ||
| Total trades | 47 | Profit trades (% of total) | 5 (10.64%) | Loss trades (% of total) | 42 (91.49%) |
| Largest | profit trade | 1.59 | loss trade | -3.25 | |
| Average | profit trade | 0.45 | loss trade | -0.93 | |
| Minimum | profit trade | 0.0 | loss trade | -0.05 | |
| Maximum | take profit in pips | 133.8 | stop loss in pips | -278.0 | |
| Average | take profit in pips | 22.7 | stop loss in pips | -91.4 | |
| Minimum | take profit in pips | -116.9 | stop loss in pips | -26.5 | |
| Maximum | Reward-Risk | 2.8 | Duration in minutes | 607.0 | |
| Average | Reward-Risk | 0.5 | Duration in minutes | 67.1 | |
| Minimum | Reward-Risk | 0.0 | Duration in minutes | 0.0 | |
| Maximum | consecutive wins (profit in money) | 1.0 (1.59) | consecutive losses (loss in money) | 20.0 (-18.59) | |
| Average | consecutive wins | 1.0 | consecutive losses | 6.0 |
| Total net profit | -5.15 | Gross profit | 1.26 | Gross loss | -6.41 |
| Profit factor | 0.2 | Expected payoff | -0.34 | ||
| Absolute drawdown | -5.34 | Maximal drawdown (%) | 4.99 (-1425.71%) | ||
| Total trades | 15 | Profit trades (% of total) | 3 (20.0%) | Loss trades (% of total) | 12 (80.0%) |
| Largest | profit trade | 0.62 | loss trade | -1.34 | |
| Average | profit trade | 0.42 | loss trade | -0.53 | |
| Minimum | profit trade | 0.06 | loss trade | -0.33 | |
| Maximum | take profit in pips | 181.4 | stop loss in pips | -262.3 | |
| Average | take profit in pips | 64.3 | stop loss in pips | -62.8 | |
| Minimum | take profit in pips | 4.4 | stop loss in pips | -28.1 | |
| Maximum | Reward-Risk | 4.8 | Duration in minutes | 501.0 | |
| Average | Reward-Risk | 1.6 | Duration in minutes | 48.5 | |
| Minimum | Reward-Risk | Duration in minutes | 0.0 | ||
| Maximum | consecutive wins (profit in money) | 2.0 (0.68) | consecutive losses (loss in money) | 8.0 (-4.62) | |
| Average | consecutive wins | 1.0 | consecutive losses | 5.0 |


WITNESS LIST Public School Finance, Select Committee August 21, 2003-2:00P School Finance On: Battle, Frank (Texas Senate/Office of the Lt. Governor) Hartman, David A. (Lonestar Foundation) Huddleston, Albert D. (Self) Jones, Adam (Texas Senate) Levine, Dick (Center for Public Policy Priorities) McCowan, F. Scott (CPPP) Opperman, John (Lt. Governor and Senate)


user
search
map
list options
slideshow
live video
close
reload image db
process images
change log
documentation
application settings
model parameters
logout
description
find duplicates
sort by name
sort by date
sort by zize
previous
next
detected
faces
names
download


Meet The Team
Our first vertical - Software Development team is highly qualified technical people working
under the guidance of our CTO Mr. Sunny Parkash Our other vertical Corporate Trainings &
Event team is expert in deliveing highly organised conference under the
guidance of HOD Mr. Manish Mehta


INSTRUCTIONS:
- You are required to roll the die once at a go.
- Your score is counted if the die rolls on either 2,3,4,5 or 6.
- Your total score accumulates after each roll
- This is where it gets interesting.After each roll you are required to choose whether to 'hold' you score or roll again.
- If you choose to roll your score will accumulate if the die rolls the countable numbers your total score is added.
- However if you roll forbidden 1 the accumulated score after the last hold is lost.
- You win the game when your total score reaches to 100...Enjoy.


In 2020 I received a certificate from UT-Austin in Full Stack Web Development and am currently a free lance web designer. I'm excited to hear how my creative eye, knack for problem solving, and tenacious work ethic can be an asset to you and your company!
I was born in Manhattan Beach, California, where I lived until I was 18. I grew up playing volleyball and soccer, and continued to play club volleyball at The University of Texas-Austin, where I attended college. I graduated from UT-Austin in 2015 with a BS degree in Film, and have since worked on several film sets. When not working on set, I work as a server and bartender. I've worked at several notable Austin restaurants, and enjoy the fast pace and customer interactions. I love to travel and experience new cultures; I've been to 28 countries so far, and look forward to adding to that number when possible.
AdvenSure is a streamlined packing application that gives the user a place to store frequently used packing lists, create new lists for new trips, and store the lists offline in a database so that they can refer back to it even while out of WiFi or cellular data range while traveling. Created in conjunction with Halle Wehmeyer, Mary-Kathryn Holt, Ted Peters, and Brandon Cermack. View the repo here:
Earbud is designed for the audiophile who would like to keep track of and review their favorite songs. The user can sign up for an account to save personal reviews of songs, and can search for song information through the Spotify API. Created in conjunction with Staci Shon, Isaac Arnold, and Julian Rivera. View the repo here:
Get Me Outta Here! is designed to geolocate the user, provide them with options of what type of location they're looking to go to, and provide them with options and a map showing them where that destination is. It was made in conjunction with Satya Kavya and Ted Peters. View the repo here:
This web day planner shows you a 9am-5pm day, with each time block displaying a different color based on if it's in the future, past, or present. When a user enters their task in time block and clicks save, that input is saved to local storage to refer to later. View the repo here:
This app makes it easy to track your workouts, whether you're lifting weights, or running for miles. The user can track their workout duration, how many reps and sets they do, as well as how much weight you were using. It keeps track of that data and puts it into a graph/chart form on your stats page. It's ease of use will make it a staple in any gym rats life. View the repo here:
This site will show the user the current weather for their location as well as a five day forecast, and UV index. They are also able to look up other cities, and their searches will save so they can easily refer to them later. View the repo here:


{% load tz %} {% load i18n %} {% load crispy_forms_tags %}
{% trans 'Question title: you can write here the title for your question. You should be specific with the title, like: "White and gold or black and blue?"' %}.
{% trans 'Write something more: you can explain here your question and include some information to help other people to answer your question' %}.
{% trans 'In case your answers are very long, you may use this field to explain them carefully and give them a shorter name, like a letter or number' %}.
{% trans 'Open vote on' %}: select a date to open the vote. No one could vote before this date.
{% trans 'Close vote on' %}: select a date to close the vote. No one could vote after this date.
{% trans 'Allow anonymous vote' %}: disable this option if you want that only registered users could vote this question.
{% trans 'This way you get more accurate results as you avoid that the same user could vote both from his account and anonymously' %}.
{% trans "Require vote to show charts: disable this option if you don't want that other users have to vote to see the question chart" %}.
{% url 'rand_question' as rand_question_url %}{% trans "Shown in 'Random question'" %}: {% blocktrans %}the question will be available through random question button for anyone{% endblocktrans %}.
{% url 'account_signup' as account_signup_url %}{% trans 'Replies' %}: {% blocktrans %}these are the different options you give other users to vote. If you don't want or don't have anything to add to your question, you can leave them blank. You could add them later provided that you have already signed up{% endblocktrans %}.
Captcha: {% trans "Askkit doesn't like robots; they search for anything everywhere and, finally, break things. Just let us know that you're not one of them" %}.


Olya Fedorova
Hello, my name is Olya. And I'm a technical writer.
My skills are:
Git
HTML
Markdown
My email: olya@gmail.com


RESTART_SYSCALL
Section: Linux Programmer's Manual (2)
Updated: 2014-02-11
Index
Return to Main Contents
NAME
restart_syscall - restart a system call after interruption by a stop signal
SYNOPSIS
int restart_syscall(void);
Note:
There is no glibc wrapper for this system call; see NOTES.
DESCRIPTION
The
restart_syscall()
system call is used to restart certain system calls
after a process that was stopped by a signal (e.g.,
SIGSTOP
or
SIGTSTP)
is later resumed after receiving a
SIGCONT
signal.
This system call is designed only for internal use by the kernel.
restart_syscall()
is used for restarting only those system calls that,
when restarted, should adjust their time-related parameters---namely
poll(2)
(since Linux 2.6.24),
nanosleep(2)
(since Linux 2.6),
clock_nanosleep(2)
(since Linux 2.6),
and
futex(2),
when employed with the
FUTEX_WAIT
(since Linux 2.6.22)
and
FUTEX_WAIT_BITSET
(since Linux 2.6.31)
operations.
restart_syscall()
restarts the interrupted system call with a
time argument that is suitably adjusted to account for the
time that has already elapsed (including the time where the process
was stopped by a signal).
Without the
restart_syscall()
mechanism, restarting these system calls would not correctly deduce the
already elapsed time when the process continued execution.
RETURN VALUE
The return value of
restart_syscall()
is the return value of whatever system call is being restarted.
ERRORS
errno
is set as per the errors for whatever system call is being restarted by
restart_syscall().
VERSIONS
The
restart_syscall()
system call is present since Linux 2.6.
CONFORMING TO
This system call is Linux-specific.
NOTES
There is no glibc wrapper for this system call,
because it is intended for use only by the kernel and
should never be called by applications.
From user space, the operation of
restart_syscall(2)
is largely invisible:
to the process that made the system call that is restarted,
it appears as though that system call executed and
returned in the usual fashion.
SEE ALSO
sigaction(2),
sigreturn(2),
signal(7)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- ERRORS
-
- VERSIONS
-
- CONFORMING TO
-
- NOTES
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:54:47 GMT, September 18, 2014


#include <string>
#include <cstdio>
Go to the source code of this file.
|
| std::string | alzw::utils::load_fasta (FILE *file) |
| | Read FASTA encoded DNA sequence from a given stream. More...
|
| |
| std::string | alzw::utils::load_fasta (const char *file) |
| | Read FASTA encoded DNA sequence from a given file. More...
|
| |
| size_t | alzw::utils::realloc (uint8_t **buffer, size_t size, size_t nsize) |
| | Realloc a given buffer if needed. More...
|
| |
| size_t | alzw::utils::crealloc (uint8_t **buffer, size_t size, size_t nsize) |
| | Realloc a given buffer if needed and copy all data from the old buffer to the new one. More...
|
| |
| uint8_t | alzw::utils::char2base (char c) |
| | Convert a given character to a base (index in the used alphabet). More...
|
| |
| char | alzw::utils::base2char (uint8_t base) |
| | Convert a given base to a character (representative from the used alphabet). More...
|
| |
| int | alzw::utils::number_width (uint64_t n) |
| | Get bit-width of a given number. More...
|
| |
| double | alzw::utils::time () |
| | Get current timestamp. More...
|
| |


Writing SimpleRPC Agents
Writing SimpleRPC Agents
- Writing SimpleRPC Agents
Simple RPC works because it makes a lot of assumptions about how you write agents, we’ll try to capture those assumptions here and show you how to apply them to our Helloworld agent.
We’ve recorded a tutorial that will give you a quick look at what is involved in writing agents.
Conventions regarding Incoming Data
As you’ve seen in SimpleRPCClients our clients will send requests like:
mc.echo(:msg => "Welcome to MCollective Simple RPC")
A more complex example might be:
exim.setsender(:msgid => "1NOTVx-00028U-7G", :sender =><EMAIL_ADDRESS>Effectively this creates a hash with the members :msgid and :sender, you could use strings for the data items too:
exim.setsender("msgid" => "1NOTVx-00028U-7G", "senderid" =><EMAIL_ADDRESS>Your data types should be preserved if your Security plugin supports that - the default one does - so you can pass in Arrays, Hashes, OpenStructs, Hashes of Hashes but you should always pass something in and it should be key/value pairs like a Hash expects.
From version 0.4.5 onward you cannot use the a data item called :process_results as this has special meaning to the agent and client. This will indicate to the agent that the client is’nt going to be waiting to process results. You might choose not to send back a reply based on this.
Sample Agent
Here’s our sample Helloworld agent:
1 module MCollective
2 module Agent
3 class Helloworld<RPC::Agent
4 # Basic echo server
5 action "echo" do
6 validate :msg, String
7
8 reply.data = request[:msg]
9 end
10 end
11 end
12 end
Strictly speaking this Agent will work but isn’t considered complete - there’s no meta data and no help.
A helper agent called rpcutil is included from version 0.4.9 onward that helps you gather stats, inventory etc about the running daemon. It’s a full SimpleRPC agent including DDL, you can look at it too for an example.
Agent Name
The agent name is derived from the class name, the example code creates MCollective::Agent::Helloworld and the agent name would be helloworld.
Meta Data and Initialization
Simple RPC agents still need meta data like in WritingAgents, without it you’ll just have some defaults assigned, code below adds the meta data to our agent:
1 module MCollective
2 module Agent
3 class Helloworld<RPC::Agent
4 metadata :name => "SimpleRPC Sample Agent",
5 :description => "Echo service for MCollective",
6 :author => "R.I.Pienaar",
7 :license => "GPLv2",
8 :version => "1.1",
9 :url => "http://projects.puppetlabs.com/projects/mcollective-plugins/wiki",
10 :timeout => 60
11
12 # Basic echo server
13 action "echo" do
14 validate :msg, String
15
16 reply.data = request[:msg]
17 end
18 end
19 end
20 end
The added code sets our creator info, license and version as well as a timeout. The timeout is how long MCollective will let your agent run for before killing them, this is a very important number and should be given careful consideration. If you set it too low your agents will be terminated before their work is done.
The default timeout for SimpleRPC agents is 10.

Creates an action called “echo”. They don’t and can’t take any arguments.
Help and the Data Description Language
We have a separate file that goes together with an agent and is used to describe the agent in detail, a DDL file for the above echo agent can be seen below:
1 metadata :name => "SimpleRPC Sample Agent",
2 :description => "Echo service for MCollective",
3 :author => "R.I.Pienaar",
4 :license => "GPLv2",
5 :version => "1.1",
6 :url => "http://projects.puppetlabs.com/projects/mcollective-plugins/wiki",
7 :timeout => 60
8
9 action "echo", description "Echos back any message it receives" do
10 input :msg,
11 :prompt => "Service Name",
12 :description => "The service to get the status for",
13 :type => :string,
14 :validation => '^[a-zA-Z\-_\d]+$',
15 :optional => false,
16 :maxlength => 30
17
18 output :data,
19 :description => "The message we received",
20 :display_as => "Message"
21 end
As you can see the DDL file expand on the basic syntax adding a lot of markup, help and other important validation data. This information - when available - helps in making more robust clients and also potentially auto generating user interfaces.
The DDL is a complex topic, read all about it in SimpleRPCDDL.
Validating Input
If you’ve followed the conventions and put the incoming data in a Hash structure then you can use a few of the provided validators to make sure your data that you received is what you expected.
If you didn’t use Hashes for input the validators would not be usable to you. In future validation will happen automatically based on the SimpleRPCDDL so I strongly suggest you follow the agent design pattern shown here using hashes.
In the sample action above we validate the :msg input to be of type String, here are a few more examples:
1 validate :msg, /[a-zA-Z]+/
2 validate :ipaddr, :ipv4address
3 validate :ipaddr, :ipv6address
4 validate :commmand, :shellsafe
The table below shows the validators we support currently
| Type of Check | Description | Example |
|---|---|---|
| Regular Expressions | Matches the input against the supplied regular expression | validate :msg, /[a-zA-Z]+/ |
| Type Checks | Verifies that input is of a given ruby data type | validate :msg, String |
| IPv4 Checks | Validates an ip v4 address, note <IP_ADDRESS> is technically a valid address | validate :ipaddr, :ipv4address |
| IPv6 Checks | Validates an ip v6 address | validate :ipaddr, :ipv6address |
| system call safety checks | Makes sure the input is a string and has no ><backtick, semi colon, dollar, ambersand or pipe characters in it | validate :command, :shellsafe |
All of these checks will raise an InvalidRPCData exception, you shouldn’t catch this exception as the Simple RPC framework catches those and handles them appropriately.
We’ll make input validators plugins so you can provide your own types of validation easily.
Additionally if can escape strings being passed to a shell, escaping is done in line with the Shellwords#shellescape method that is in newer version of Ruby:
1 safe = shellescape(request[:foo])
Agent Configuration
You can save configuration for your agents in the main server config file:
plugin.helloworld.setting = foo
In your code you can retrieve the config setting like this:
setting = config.pluginconf["helloworld.setting"] || ""
This will set the setting to whatever is the config file of “” if unset.
Accessing the Input
As you see from the echo example our input is easy to get to by just looking in request.data, this would be a Hash of exactly what was sent in by the client in the original request.
The request object is in instance of MCollective::RPC::Request, you can also gain access to the following:
| Property | Description |
|---|---|
| time | The time the message was sent |
| action | The action it is directed at |
| data | The actual hash of data |
| sender | The id of the sender |
| agent | Which agent it was directed at |
Since data is the actual Hash you can gain access to your input like:
request.data[:msg]
OR
request[:msg]
Accessing it via the first will give you full access to all the normal Hash methods where the 2nd will only give you access to include?.
Running Shell Commands
NOTE: Only available since 1.1.3
A helper function exist that makes it easier to run shell commands and gain access to their STDOUT and STDERR.
We recommend everyone use this method for calling to shell commands as it forces LC_ALL to C as well as wait on all the children and avoids zombies, you can set unique working directories and shell environments that would be impossible using simple system that is provided with Ruby.
The simplest case is just to run a command and send output back to the client:
reply[:status] = run("echo 'hello world'", :stdout => :out, :stderr => :err)
Here you will have set reply[
:out]
, reply[
:err]
and reply[
:status]
based
on the output from the command
You can append the output of the command to any string:
out = []
err = ""
status = run("echo 'hello world'", :stdout => out, :stderr => err)
Here the STDOUT of the command will be saved in the variable out and not sent back to the caller. The only caveat is that the variables out and err should have the « method, so if you supplied an array each line of output will be a single member of the array. In the example out would be an array of lines while err would just be a big multi line string.
By default any trailing new lines will be included in the output and error:
reply[:status] = run("echo 'hello world'", :stdout => :out, :stderr => :err)
reply[:stdout].chomp!
reply[:stderr].chomp!
You can shorten this to:
reply[:status] = run("echo 'hello world'", :stdout => :out, :stderr => :err, :chomp => true)
This will remove a trailing new line from the reply[
:out]
and reply[
:err]
.
If you wanted this command to run from the /tmp directory:
reply[:status] = run("echo 'hello world'", :stdout => :out, :stderr => :err, :cwd => "/tmp")
Or if you wanted to include a shell Environment variable:
reply[:status] = run("echo 'hello world'", :stdout => :out, :stderr => :err, :environment => {"FOO" => "BAR"})
You have to set the cwd and environment through these options, do not simply call chdir or adjust the ENV hash in an agent as that will not be safe in the context of a multi threaded Ruby application.
Constructing Replies
Reply Data
The reply data is in the reply variable and is an instance of MCollective::RPC::Reply.
You can pass values back by simply assining anything to the data like here:
reply.data = request[:msg]
In this example data will be a String, nothing fancy gets done to it if you assign directly to reply.data
Or there’s a few convenience methods if you wanted to pass back a hash of data.
reply[:msg] = request[:msg]
Here reply will act as if it’s a hash so you don’t have to do reply.data[
:msg]
all the time.
Reply Status
As pointed out in the ResultsandExceptions page results all include status messages and the reply object has a helper to create those.
def rmmsg_action
validate :msg, String
validate :msg, /[a-zA-Z]+-[a-zA-Z]+-[a-zA-Z]+-[a-zA-Z]+/
reply.fail "No such message #{request[:msg]}", 1 unless have_msg?(request[:msg])
# check all the validation passed before doing any work
return unless reply.statuscode == 0
# now remove the message from the queue
end
The number in reply.fail corresponds to the codes in ResultsandExceptions it would default to 1 so you could just say:
reply.fail "No such message #{request[:msg]}" unless have_msg?(request[:msg])
This is hypothetical action that is supposed to remove a message from some queue, if we do have a String as input that matches our message id’s we then check that we do have such a message and if we don’t we fail with a helpful message.
Technically this will just set statuscode and statusmsg fields in the reply to appropriate values.
It won’t actually raise exceptions or exit your action though you should do that yourself as in the example here.
From version 0.4.3 onward there is also a fail! instead of just fail it does the same basic function but also raises exceptions. This lets you abort processing of the agent immediately without performing your own checks on statuscode as above later on.
Actions in external scripts
Actions can be implemented using other programming languages as long as they support JSON.
action "test" do
implemented_by "/some/external/script"
end
The script /some/external/script will be called with 2 arguments:
- The path to a file with the request in JSON format
- The path to a file where you should write your response as a JSON hash
You can also access these 2 file paths in the MCOLLECTIVE_REPLY_FILE and MCOLLECTIVE_REQUEST_FILE environment variables
Simply write your reply as a JSON hash into the reply file.
The exit code of your script should correspond to the ones in ResultsandExceptions. Any text in STDERR will be logged on the server at error level and used in the text for the fail text.
Any text to STDOUT will be logged on the server at level info.
Authorization
You can write a fine grained Authorization system to control access to actions and agents, please see SimpleRPCAuthorization for full details.
Auditing
The actions that agents perform can be Audited by code you provide, potentially creating a centralized audit log of all actions. See SimpleRPCAuditing for full details.
Logging
You can write to the server log file using the normal logger class:
logger.debug ("Hello from your agent")
You can log at levels info, warn, debug, fatal or error.
Processing Hooks
We provide a few hooks into the processing of a message, you’ve already used this earlier to set meta data.
You’d use these hooks to add some functionality into the processing chain of agents, maybe you want to add extra logging for audit purposes of the raw incoming message and replies, these hooks will let you do that.
| Hook Function Name | Description |
|---|---|
| startup_hook | Called at the end of the initialize method of the RPC::Agent base class |
| before_processing_hook(msg, connection) | Before processing of a message starts, pass in the raw message and the MCollective::Connector class |
| after_processing_hook | Just before the message is dispatched to the client |
startup_
hook
Called at the end of the RPC::Agent standard initialize method use this to adjust meta parameters, timeouts and any setup you need to do.
This will not be called right when the daemon starts up, we use lazy loading and initialization so it will only be called the first time a request for this agent arrives.
before_
processing_
hook
Called just after a message was received from the middleware before it gets passed to the handlers. request and reply will already be set, the msg passed is the message as received from the normal mcollective runner and the connection is the actual connector.
You can in theory send off new messages over the connector maybe for auditing or something, probably limited use case in simple agents.
after_
processing_
hook
Called at the end of processing just before the response gets sent to the middleware.
This gets run outside of the main exception handling block of the agent so you should handle any exceptions you could raise yourself. The reason it is outside of the block is so you’ll have access to even status codes set by the exception handlers. If you do raise an exception it will just be passed onto the runner and processing will fail.


|
MoveToCode
|
Use a Unity UI RectTransform as touchable surface. More...
Public Member Functions | |
| NearInteractionTouchableUnityUI () | |
| override float | DistanceToTouchable (Vector3 samplePoint, out Vector3 normal) |
Protected Member Functions | |
| void | OnEnable () |
| void | OnDisable () |
| Protected Member Functions inherited from Microsoft.MixedReality.Toolkit.Input.BaseNearInteractionTouchable | |
| virtual void | OnValidate () |
Properties | |
| static IReadOnlyList< NearInteractionTouchableUnityUI > | Instances [get] |
| override Vector3 | LocalCenter [get] |
| override Vector3 | LocalPressDirection [get] |
| override Vector2 | Bounds [get] |
| Properties inherited from Microsoft.MixedReality.Toolkit.Input.NearInteractionTouchableSurface | |
| abstract Vector3 | LocalCenter [get] |
| The local center point of interaction. More... | |
| abstract Vector3 | LocalPressDirection [get] |
| This is the direction that a user will press on this element. More... | |
| abstract Vector2 | Bounds [get] |
| Bounds specify where touchable interactions can occur. More... | |
| Properties inherited from Microsoft.MixedReality.Toolkit.Input.BaseNearInteractionTouchable | |
| TouchableEventType | EventsToReceive [get, set] |
| The type of event to receive. More... | |
| float | DebounceThreshold [get, set] |
| Distance in front of the surface at which you will receive a touch completed event. More... | |
Additional Inherited Members | |
| Protected Attributes inherited from Microsoft.MixedReality.Toolkit.Input.BaseNearInteractionTouchable | |
| TouchableEventType | eventsToReceive = TouchableEventType.Touch |
| float | debounceThreshold = 0.01f |
Use a Unity UI RectTransform as touchable surface.
| Microsoft.MixedReality.Toolkit.Input.NearInteractionTouchableUnityUI.NearInteractionTouchableUnityUI | ( | ) |
|
virtual |
|
protected |
|
protected |
|
get |
|
staticget |
|
get |
|
get |


Syllabus
LOCKYER, ATTORNEY GENERAL OF CALIFORNIA v. ANDRADE
California charged respondent Andrade with two felony counts of petty theft with a prior conviction after he stole approximately $150 worth of videotapes from two different stores. Under Californias three strikes law, any felony can constitute the third strike subjecting a defendant to a prison term of 25 years to life. The jury found Andrade guilty and then found that he had three prior convictions that qualified as serious or violent felonies under the three strikes regime. Because each of his petty theft convictions thus triggered a separate application of the three strikes law, the judge sentenced him to two consecutive terms of 25 years to life. In affirming, the California Court of Appeal rejected his claim that his sentence violated the constitutional prohibition against cruel and unusual punishment. It found the Solem v. Helm, 463 U. S. 277, proportionality analysis questionable in light of Harmelin v. Michigan, 501 U. S. 957. It then compared the facts in Andrades case to those in Rummel v. Estelle, 445 U. S. 263in which this Court rejected a claim that a life sentence was grossly disproportionate to the felonies that formed the predicate for the sentence, id., at 265and concluded that Andrades sentence was not disproportionate. The California Supreme Court denied discretionary review. The Federal District Court denied Andrades subsequent habeas petition, but the Ninth Circuit granted him a certificate of appealability and reversed. Reviewing the case under the Antiterrorism and Effective Death Penalty Act of 1996 (AEDPA), the latter court held that an unreasonable application of clearly established federal law under 28 U. S. C. §2254(d)(1), occurs when there is clear error; concluded that both Solem and Rummel remain good law and are instructive in applying Harmelin; and found that the California Court of Appeals disregard for Solem resulted in an unreasonable application of clearly established Supreme Court law and was irreconcilable with Solem, thus constituting clear error.
Held: The Ninth Circuit erred in ruling that the California Court of Appeals decision was contrary to, or an unreasonable application of, this Courts clearly established law within the meaning of §2254(d)(1). Pp. 613.
(a) AEDPA does not require a federal habeas court to adopt any one methodology in deciding the only question that matters under §2254(d)(1)whether a state court decision is contrary to, or involved an unreasonable application of, clearly established federal law. In this case, this Court does not reach the question whether the state court erred, but focuses solely on whether habeas relief is barred by §2254(d)(1). Pp. 67.
(b) This Court must first decide what constitutes such clearly established law. Andrade claims that Rummel, Solem, and Harmelin clearly establish a principle that his sentence is so grossly disproportionate that it violated the Eighth Amendment. Under §2254(d)(1), clearly established Federal law is the governing legal principle or principles set forth by this Court at the time a state court renders its decision. The difficulty with Andrades position is that the Court has not established a clear or consistent path for courts to follow in determining whether a particular sentence for a term of years can violate the Eighth Amendment. Indeed, the only clearly established law emerging from the Courts jurisprudence in this area is that a gross disproportionality principle applies to such sentences. Because the Courts cases lack clarity regarding what factors may indicate gross disproportionality, the principles precise contours are unclear, applicable only in the exceedingly rare and extreme case. Harmelin, supra, at 1001 ( Kennedy, J., concurring in part and concurring in judgment). Pp. 79.
(c) The California Court of Appeals decision was not contrary to, or involved an unreasonable application of, the clearly established gross disproportionality principle. First, a decision is contrary to clearly established precedent if the state court applied a rule that contradicts the governing law set forth in this Courts cases or confronts facts that are materially indistinguishable from a Court decision and nevertheless arrives at a different result. Williams v. Taylor, 529 U. S. 362. Andrades sentence implicates factors relevant in both Rummel and Solem. Because Harmelin and Solem specifically stated that they did not overrule Rummel, it was not contrary to this Courts clearly established law for the state court to turn to Rummel in deciding whether the sentence was grossly disproportionate. See Harmelin, supra, at 998 ( Kennedy, J. ). Also, the facts here fall in between Solem and Rummel but are not materially indistinguishable from either. Thus , the state court did not confront materially indistinguishable facts yet arrive at a different result. Second, under the unreasonable application clause, a federal habeas court may grant the writ if the state court identifies the correct governing legal principle but unreasonably applies it to the facts of the prisoners case. Williams v. Taylor, 529 U. S. , at 413. The state court decision must be objectively unreasonable, not just incorrect or erroneous. Id., at 409, 410, 412. Here, the Ninth Circuit erred in defining objectively unreasonable to mean clear error. While habeas relief can be based on an application of a governing legal principle to a set of facts different from those of the case in which the principle was announced, the governing legal principle here gives legislatures broad discretion to fashion a sentence that fits within the scope of the proportionality principlethe precise contours of which are unclear. Harmelin, supra, at 998 ( Kennedy, J. ). And it was not objectively unreasonable for the state court to conclude that these contours permitted an affirmance of Andrades sentence. Cf., e.g., Riggs v. California, 525 U. S. 1114 ( Stevens, J., dissenting from denial of certiorari). Pp. 913.
270 F. 3d 743, reversed.
OConnor, J., delivered the opinion of the Court, in which Rehnquist, C. J., and Scalia, Kennedy, and Thomas, JJ., joined. Souter, J., filed a dissenting opinion, in which Stevens, Ginsburg, and Breyer, JJ., joined.


{% extends 'layout-lab-3-diabetes.html' %} {% block pageTitle %} Metformin - NHS.UK {% endblock %} {% block beforeContent %} {% endblock %} {% block content %}
Metformin is a medicine used to treat type 2 diabetes and to help prevent type 2 diabetes if you're at high risk of developing it.
Metformin is used when treating polycystic ovary syndrome (PCOS), although it's not officially approved for PCOS.
PCOS is a condition that affects how the ovaries work.
Type 2 diabetes is an illness where the body does not make enough insulin, or the insulin that it makes does not work properly. This can cause high blood sugar levels (hyperglycaemia).
Metformin lowers your blood sugar levels by improving the way your body handles insulin.
It's usually prescribed for diabetes when diet and exercise alone have not been enough to control your blood sugar levels.
For women with PCOS, metformin lowers insulin and blood sugar levels, and can also stimulate ovulation.
Metformin is available on prescription as tablets and as a liquid that you drink.
Page last reviewed: 8 August 2017
Next review due: 8 August 2020


VeRLab Conference Deadlines
Countdowns to VeRLab conference deadlines
Machine Learning
Computer Vision
Natural Language Processing
Robotics
Speech/SigProc
ICRA 2018
May 21-25, 2018 //
Brisbane, Australia
Deadline:
AISTATS 2018
April 9-11, 2018 //
Lanzarote, Spain
Deadline:
SBR 2018
April 30-May 3, 2018 //
Curitiba, BR
Deadline:


Our Products
Cashews
we at afrotech community will use this medium to demonstrate the outstanding projects handled by the company afrotech, we aim at organising like minded individuals with the aim of educating and restructuring such individuals in technology to save the country which is at its dieing point :)
Fishery
we at afrotech community will use this medium to demonstrate the outstanding projects handled by the company afrotech, we aim at organising like minded individuals with the aim of educating and restructuring such individuals in technology to save the country which is at its dieing point :)
Media Players
we at afrotech community will use this medium to demonstrate the outstanding projects handled by the company afrotech, we aim at organising like minded individuals with the aim of educating and restructuring such individuals in technology to save the country which is at its dieing point :)
VooDoo Browser
we at afrotech community will use this medium to demonstrate the outstanding projects handled by the company afrotech, we aim at organising like minded individuals with the aim of educating and restructuring such individuals in technology to save the country which is at its dieing point :)


Torshavn is the capital of the Faroe Islands and lies on the south east coast of Streymoy.
The oldest part of the town still has its wooden houses with turf roofs.
Position 62° 00'13"N, 006° 46'12"W (harbour entrance)
Call Thorshavn Harbour Master on VHF Channel 12
For clearance, report to the Customs office behind the Harbour Master's office which is in the commercial port.
Last updated March 2016.
The approach to the harbour is straightforward.
Visiting yachts berth in the Vestaravag yacht harbour in the north west part of the harbour.
An alternative, quieter spot may be found to the east on the island of Nolsoy.
Showers and laundry facilities are available at the Marine Club (Bátafelagi∂ð). Tokens are available from 'Cafe Umami' situated on the 1st floor of the Marine Club.
Water (free) and electricity (payable by card) are both available at the yacht berth.
Berthing dues are payable at the Harbour office before departure.
Last updated March 2016.


Atreca (BCEL) Investor Presentation - Sliideshow
by SA Transcripts, https://seekingalpha.com/author/sa-transcriptsThe following slide deck was published by Atreca, Inc. in conjunction with this event.
The following slide deck was published by Atreca, Inc. in conjunction with this event.


The person who recommends the todo work does not necessarily do them by him/herself.
Seems that 'p1' and 'p2' are magic names that crashes otcl. but not other names, e.g., p3, c2, etc. Worth tracking it down sometime.