While WebAssembly is designed to run on the Web, it is also desirable for it to be able to execute well in other environments, including everything from minimal shells for testing to full-blown application environments e.g. on servers in datacenters, on IoT devices, or mobile/desktop apps. It may even be desirable to execute WebAssembly embedded within larger programs.
Non-Web environments may provide different APIs than Web environments, which feature testing and dynamic linking will make discoverable and usable.
Non-Web environments may include JavaScript VMs (e.g. node.js), however WebAssembly is also being designed to be capable of being executed without a JavaScript VM present.
The WebAssembly spec itself will not try to define any large portable libc-like
library. However, certain features that are core to WebAssembly semantics that
are similar to functions found in native libc would be part of the core
WebAssembly spec as primitive operators (e.g., the grow_memory
operator, which
is similar to the sbrk
function on many systems, and in the future, operators
similar to dlopen
).
Where there is overlap between the Web and popular non-Web environments, shared specs could be proposed, but these would be separate from the WebAssembly spec. A symmetric example in JavaScript would be the in-progress Loader spec, which is proposed for both Web and node.js environments and is distinct from the JavaScript spec.
However, for most cases it is expected that, to achieve portability at the source code level, communities would build libraries that mapped from a source-level interface to the host environment’s builtin capabilities (either at build time or runtime). WebAssembly would provide the raw building blocks (feature testing, builtin modules and dynamic loading) to make these libraries possible. Two early expected examples are POSIX and SDL.
In general, by keeping the non-Web path such that it doesn’t require Web APIs, WebAssembly could be used as a portable binary format on many platforms, bringing great benefits in portability, tooling and language-agnosticity (since it supports C/C++ level semantics).


South Park: Bigger, Longer and Uncut.
Starring the voices of Trey Parker, Matt Stone and Mary Kay Bergman Directed by Trey Parker Running Time: 1 hour 21 minutes
(Warner Brothers)
It's been a rather abysmal summer so far, with The Phantom Menace and Wild Wild West being drab disappointments, and Austin Powers 2 only offering a few true laughs. However, this new movie based on the hit television series is good fun, and although lags in some parts, is outrageous enough to make the 80 minutes running time fly by.
The film centres on four kids of South Park: Kyle, Stan, Cartman and Kenny. They go see the new Terrence and Phillipe movie, Asses of Fire, which happens to be full of swearing (and the entertaining song 'Uncle F*cka.) The kids cotton on to the vulgarity, and their parents and teachers are shocked by the words that come out of their mouths. The parents blame Canada, where Asses of Fire was filmed, as to the cause of warping the kids, and America declare war on the Canadians. They also demand that Terrence and Phillippe are executed. In another subplot, if Terrence and Phillippe are killed, Satan and his lover Saddam Hussein will rise again to walk the earth.
The plot is obviously a jab at the MPAA and parts of American society, who believe that kids hearing stuff on the screen will automatically copy what they hear. The irony is, of course, that many kids will sneak into this film, and parents will be worried that they will copy the contents. But while the film at first makes a satirical comment on society today, (e.g violence is O.K but swearing is bad) it soon loses it way and becomes bought up in a silly rescue plot that lacks all the bite featured before. The satire is also a little broad and lazy, and never makes any biting comment. But satire isn't the reason audiences are going to see this film: they are going to see it for vulgarity and filth.
And South Park delivers in spades. While the television series has to be toned down to be able to be broadcast, the film gets away with a lot more. There's swearing every few seconds, and while rather funny at first, it soon becomes a bit irritable. The film realises this, and incorporates some more less swear based jokes, which is good and keeps the film going. There's stabs at all types of groups: Christians, gays and the army. Even Bill Gates gets a mention, and there's a funny stab at the new Star Wars movie.
A new addition to the standard South Park formula is the songs. Written by Stone and Parker, there are largely catchy, but not particularly humorous. Some of them are a little unnecessary, and the film seems a little unsure on how to finish them off (it just cuts to the next scene.) The voices are actually rather good though, and can keep a good tune.
The standard South Park animation remains (the film makes a joke about this) although there's some interesting animation in the Hell sequences. The animation being sub standard doesn't detract from the film in any way. And although South Park is out to shock, it never seems forced or desperate to make the audience shocked. It's never truly tasteless either.
With the various spoofs scattered here and there, the constant stream of decent (if smutty) jokes, and listenable songs, the South Park movie is actually very watchable, if undemanding. Far better than the second series of the television show, South Park is a funny movie with a suitably short running time so the attention doesn't wane. It's not perfect, and the 'satire' is a little heavy handed, but I recommend South Park to anyone looking for a filthy good time.
RATING=***1/2 OUT OF *****
A David Wilcock Review ©1999
DAVID WILCOCK<EMAIL_ADDRESS>Visit the Wilcock Movie Page! http://www.wilcock54.freeserve.co.uk
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Home
Classes
Saber
Archer
Lancer
Assassin
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Caster
Berserker
Gacha Simulator
Properties
Description


{% include 'head.html' %}
{{subscriber_count}}
This is not a bug...this channel actually has no subscribers


Functions for setting up and checking details for connecting with a Survey Solutions server
set_credentials()
Set server credentials
show_credentials()
Show saved server credentials
check_credentials()
Check that server credentials are valid
Functions for taking actions on workspaces, including assigning users to them
get_workspaces()
Get list of workspaces
get_workspace_details()
Get details of a single workspace
get_workspace_status()
Get detailed workspace status
create_workspace()
Create a workspace
update_workspace()
Update workspace
delete_workspace()
Delete a workspace
disable_workspace()
Disable a workspace
enable_workspace()
Enable a workspace
assign_users_to_workspaces()
Manager user assignment to a workspace
Functions for compiling them, getting associated interviews, setting options, and getting their JSON respresentation.
get_questionnaires()
Get all questionnaires
get_interviews_for_questionnaire()
Get list of interviews for questionnaire-version
get_questionnaire_document()
Save JSON representation of the questionnaire
set_questionnaire_audio()
Enable audio recording for questionnaire
Functions for approving, assigning, rejecting, and reviewing interviews.
approve_interview_as_sup()
Approve interview as supervisor
approve_interview_as_hq()
Approve an interview as headquarters
assign_interview_to_int()
Reassign interview to interviewer
assign_interview_to_sup()
Reassign an interview to a supervisor
reject_interview_as_sup()
Reject an interview as supervisor
reject_interview_as_hq()
Reject an interview as headquarters
unapprove_interview()
Unapprove an interview
comment_question()
Leave a comment on a question
get_interviews()
Get interviews
get_interview_stats()
Get statistics by interview
get_interview_history()
Get interview history
get_interview_transcript()
Get interview transcript
delete_interview()
Delete an interview
get_possible_interview_statuses()
Get possible interview statuses
Functions for creating, inspecting, collecting, modifying, and adjusting the audio of assignments
get_assignment_details()
Get details for a single assignment
get_assignment_history()
Get assignment history
get_assignments()
Get all assignments
archive_assignment()
Archive an assignment
unarchive_assignment()
Unarchive an assignment
close_assignment()
Close assignment
get_assignment_quantity_setting()
Returns whether assignment quantity can be changed or not
change_assignment_quantity()
Change assignment quantity
reassign_assignment()
Reassign assignment to another user
check_assignment_audio()
Gets status of audio recording for provided assignment
set_assignment_audio()
Set whether assignment will record audio or not
Functions for collecting, modifying, and monitoring supervisor and interviewer users
get_supervisors()
Get list of all supervisors
get_interviewers()
Get list of all interviewers
create_user()
Creates new user with specified role.
archive_user()
Archives interviewer or supervisor with all his interviewers
unarchive_user()
Unarchives single user
get_user_action_log()
Get action log for single user
get_user_details()
Gets detailed info about single user
Functions for exporting data: starting an export job, inquiring about its status, and downloading export files
start_export()
Start export file creation
cancel_export()
Cancel export process
get_export_job_details()
Get detailed information about export process
get_export_jobs()
Get list of export jobs
get_export_file()
Downloads export file.
Functions for modify the global notice (i.e., the information banner at the top of site).
set_global_notice()
Set the global notice
get_global_notice()
Get the global notice
delete_global_notice()
Delete the global notice


Mario's Pizzeria
Fight for the last slice.
Choose size:
--Select--
Small
Medium
Large
X-large
Pie Prices:
9-inch small: $9.00
12-inch medium: $12.00
15-inch large: $15.00
18-inch x-large: $18.00
Add toppings:
Each additional tooping will be $0.75 to the price of the pizza
Choose Meats:
Peperoni
Sliced Italian Sausage
Philly Steak
Bacon
Premium Chicken
Beef
Choose Non-Meats:
Cheddar Cheese
Banana Peppers
Black Olives
Jalapeno Peppers
Spinach
Pineapple
Diced Tomatoes
Complete Order
Your Pizza will cost $
.
Delivery?
Street
City
State
Submit
Thank you! Your order will be delivered to:
.


Home Page
Logo
Main Navigation
HOME
ABOUT
SHOP
CONTACT
LOCATIONS
Top Content
Bottom Content
Check out our new bottles at your local Beer Store!
Footer Navigation
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example/demo.dart
Strong Mode
DDC Repo
Package: code
logging
DDC compilation report for example/demo.dart
Found no issues.


|
Interface Summary |
| AsyncCallback |
A callback interface for an asynchronous XML-RPC call. |
| AuthenticatedXmlRpcHandler |
An XML-RPC handler that also handles HTTP authentication. |
| ContextXmlRpcHandler |
An XML-RPC handler that also handles user authentication. |
| TypeDecoder |
Allows developers to customize the types translated to the XML-RPC
<i4> and <double> . |
| TypeFactory |
Allows server developers to customize the type of Java objects
created for a corresponding XML-RPC type. |
| XmlRpcClientRequest |
Interface to an XML-RPC request made by a client. |
| XmlRpcContext |
The minimal context that an XML-RPC request will occur in. |
| XmlRpcHandler |
The XML-RPC server uses this interface to call a method of an RPC handler.
|
| XmlRpcHandlerMapping |
Maps from a handler name to a handler object. |
| XmlRpcServerRequest |
Interface to an XML-RPC request made to the server. |
| XmlRpcTransport |
Interface from XML-RPC to an underlying transport, most likely base on HTTP. |
| XmlRpcTransportFactory |
Interface from XML-RPC to an underlying transport, most likely base on HTTP. |
|
Class Summary |
| AuthDemo |
|
| CommonsXmlRpcTransport |
Implementor of the XmlRpcTransport interface using the Apache
Commons HttpClient library v2.0 available at
http://jakarta.apache.org/commons/httpclient/
Note: Currently this transport is not thread safe |
| DefaultHandlerMapping |
Provide a default handler mapping, used by the XmlRpcServer. |
| DefaultTypeDecoder |
The default implementation of the TypeDecoder
interface. |
| DefaultTypeFactory |
The default implementation of the TypeFactory
interface. |
| DefaultXmlRpcContext |
A basic context object that stores the userName, password and
handler mapping. |
| DefaultXmlRpcTransport |
Interface from XML-RPC to the default HTTP transport based on the |
| DefaultXmlRpcTransportFactory |
Default XML-RPC transport factory, produces HTTP, HTTPS with SSL or TLS based on URI protocol. |
| Echo |
A simple handler which echos its input parameters. |
| Invoker |
Introspects handlers using Java Reflection to call methods matching
a XML-RPC call. |
| LiteXmlRpcTransport |
Interface from XML-RPC to a 'lite' HTTP implementation. |
| MultiCall |
The system.multicall handler performs several RPC
calls at a time. |
| ServerInputStream |
|
| SystemHandler |
Wraps calls to the XML-RPC standard system.* methods (such as
system.multicall ). |
| WebServer |
A minimal web server that exclusively handles XML-RPC requests. |
| XmlRpc |
This abstract base class provides basic capabilities for XML-RPC,
like parsing of parameters or encoding Java objects into XML-RPC
format. |
| XmlRpcClient |
A multithreaded, reusable XML-RPC client object. |
| XmlRpcClientLite |
A multithreaded, reusable XML-RPC client object. |
| XmlRpcClientRequestProcessor |
Process an XML-RPC client request into a byte array or directly onto
an OutputStream. |
| XmlRpcClientResponseProcessor |
Process an XML-RPC server response from a byte array or an
InputStream into an Object. |
| XmlRpcClientWorker |
Tie together the XmlRequestProcessor and XmlResponseProcessor to handle
a request serially in a single thread. |
| XmlRpcProxyServlet |
A HttpServlet that acts as a XML-RPC proxy.
|
| XmlRpcRequest |
Default implementation of an XML-RPC request for both client and server. |
| XmlRpcRequestProcessor |
Process an InputStream and produce an XmlRpcServerRequest. |
| XmlRpcResponseProcessor |
Process an Object and produce byte array that represents the specified
encoding of the output as an XML-RPC response. |
| XmlRpcServer |
A multithreaded, reusable XML-RPC server object. |
| XmlRpcWorker |
Tie together the XmlRequestProcessor and XmlResponseProcessor to handle
a request serially in a single thread. |
| XmlWriter |
A XML writer intended for single-thread usage. |


If you let them, humans have an amazing power to live up to your high expectations of reasonableness and responsibility.
This is a great place to talk about your webpage. This template is purposefully unstyled so you can use it as a boilerplate or starting point for you own landing page designs! This template features:
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Aut optio velit inventore, expedita quo laboriosam possimus ea consequatur vitae, doloribus consequuntur ex. Nemo assumenda laborum vel, labore ut velit dignissimos.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Vero odio fugiat voluptatem dolor, provident officiis, id iusto! Obcaecati incidunt, qui nihil beatae magnam et repudiandae ipsa exercitationem, in, quo totam.


|
Class Summary |
| Compiler |
Main JSP compiler class. |
| ELFunctionMapper |
This class generates functions mappers for the EL expressions in the page. |
| ELNode.ELText |
Represents anything in EL expression, other than functions, including
function arguments etc |
| ELNode.Function |
Represents a function
Currently only include the prefix and function name, but not its
arguments. |
| ELNode.Nodes |
An ordered list of ELNode. |
| ELNode.Root |
Represents an EL expression: anything in ${ and }. |
| ELNode.Text |
Represents text outside of EL expression. |
| ELNode.Visitor |
|
| ELParser |
This class implements a parser for EL expressions. |
| ErrorDispatcher |
Class responsible for dispatching JSP parse and javac compilation errors
to the configured error handler. |
| JavacErrorDetail |
Class providing details about a javac compilation error. |
| JspConfig |
Handles the jsp-config element in WEB_INF/web.xml. |
| JspConfig.JspProperty |
|
| JspRuntimeContext |
Class for tracking JSP compile time file dependencies when the
&060;%@include file="..."%&062; directive is used. |
| JspUtil |
This class has all the utility method(s). |
| JspUtil.ValidAttribute |
|
| Localizer |
Class responsible for converting error codes to corresponding localized
error messages. |
| Node.AttributeDirective |
Represents an attribute directive |
| Node.AttributeGenerator |
Used as a placeholder for the evaluation code of a custom action
attribute (used by the tag plugin machinery only). |
| Node.ChildInfo |
Collected information about child elements. |
| Node.Comment |
Represents a Jsp comment
Comments are kept for completeness. |
| Node.CustomTag |
Represents a custom tag |
| Node.Declaration |
Represents a declaration |
| Node.DoBodyAction |
Represents a tag file action |
| Node.ELExpression |
Represents an EL expression. |
| Node.Expression |
Represents an expression. |
| Node.FallBackAction |
Represents a fallback action |
| Node.ForwardAction |
Represents a forward action |
| Node.GetProperty |
Represents a getProperty action |
| Node.IncludeAction |
Represents an include action |
| Node.IncludeDirective |
Represents an include directive |
| Node.InvokeAction |
Represents a tag file action |
| Node.JspAttribute |
Represents attributes that can be request time expressions. |
| Node.JspBody |
Represents a JspBody node (<jsp:body>) |
| Node.JspElement |
Represents a . |
| Node.JspOutput |
Represents a . |
| Node.JspRoot |
Represents the root of a Jsp document (XML syntax) |
| Node.JspText |
Represents the body of a <jsp:text> element |
| Node.NamedAttribute |
Represents a Named Attribute (<jsp:attribute>) |
| Node.Nodes |
An ordered list of Node, used to represent the body of an element, or
a jsp page of jsp document. |
| Node.PageDirective |
Represents a page directive |
| Node.ParamAction |
Represents a param action |
| Node.ParamsAction |
Represents a params action |
| Node.PlugIn |
Represents a plugin action |
| Node.Root |
Represents the root of a Jsp page or Jsp document |
| Node.ScriptingElement |
Represents an expression, declaration, or scriptlet |
| Node.Scriptlet |
Represents a scriptlet |
| Node.SetProperty |
Represents a setProperty action |
| Node.TagDirective |
Represents a tag directive |
| Node.TaglibDirective |
Represents a custom taglib directive |
| Node.TemplateText |
Represents a template text string |
| Node.UninterpretedTag |
Represents an uninterpreted tag, from a Jsp document |
| Node.UseBean |
Represents a useBean action |
| Node.VariableDirective |
Represents a variable directive |
| Node.Visitor |
A visitor class for visiting the node. |
| ServletWriter |
This is what is used to generate servlets. |
| SmapGenerator |
Represents a source map (SMAP), which serves to associate lines
of the input JSP file(s) to lines in the generated servlet in the
final .class file, according to the JSR-045 spec. |
| SmapStratum |
Represents the line and file mappings associated with a JSR-045
"stratum". |
| SmapStratum.LineInfo |
Represents a single LineSection in an SMAP, associated with
a particular stratum. |
| SmapUtil |
Contains static utilities for generating SMAP data based on the
current version of Jasper. |
| TagPluginManager |
Manages tag plugin optimizations. |
| TextOptimizer |
|
| TldLocationsCache |
A container for all tag libraries that are defined "globally"
for the web application. |


Montana Velo Road Race
Entry Form
Montana Velo Road Race is on for
Date: Sunday, April 14th 2002
Time: Racing begins at 11:00 sharp
Entry Fee: $17.00
USAC Permit # 2002-000554
Distances: Cat. 1,2,3 - 60 miles
Cat. 4,5, Masters, Jrs, Women 40 miles
Course Description: A flat 20 mile circuit winding its way through the scenic
Helena Valley. There is a few mile section of dirt road with a short hill and
another brief section of rough pavement. The rest is smooth sailing.
Registration will be from 9:30-10:30 a.m. at Rossiter Elementary, 1497 E.
Sierra Rd.
Use the north doors for registration and bathrooms. There will be a church
service in progress in the gym, so please be respectful.
To get there, get yourself to Helena and get on Montana Ave., go North a mile
or two from the intersection of Montana and Custer where there is a
McDonalds, a Shopko and a Hastings. Go straight(North) to Sierra Rd., hang a
right (East) and you're at Rossiter Elementary School (just before the I-15
overpass).
The start and the finish will be right there in that area. Hope to see you
there!
Strong Frames Montana Cup Road Race Series #2
Scott Herzig
Geoff Proctor
Co-promoters
Montana Velo
Scott Herzig


Summary
DOM-based Cross-Site Scripting is the de-facto name for XSS bugs which are the result of active browser-side content on a page, typically JavaScript, obtaining user input and then doing something unsafe with it which leads to execution of injected code. This document only discusses JavaScript bugs which lead to XSS.
The DOM, or Document Object Model, is the structural format used to represent documents in a browser. The DOM enables dynamic scripts such as JavaScript to reference components of the document such as a form field or a session cookie. The DOM is also used by the browser for security - for example to limit scripts on different domains from obtaining session cookies for other domains. A DOM-based XSS vulnerability may occur when active content, such as a JavaScript function, is modified by a specially crafted request such that a DOM element that can be controlled by an attacker.
There have been very few papers published on this topic and, as such, very little standardization of its meaning and formalized testing exists.
How to Test
Not all XSS bugs require the attacker to control the content returned from the server, but can instead abuse poor JavaScript coding practices to achieve the same results. The consequences are the same as a typical XSS flaw, only the means of delivery is different.
In comparison to other cross site scripting vulnerabilities (reflected and stored XSS), where an unsanitized parameter is passed by the server, returned to the user and executed in the context of the user's browser, a DOM-based XSS vulnerability controls the flow of the code by using elements of the Document Object Model (DOM) along with code crafted by the attacker to change the flow.
Due to their nature, DOM-based XSS vulnerabilities can be executed in many instances without the server being able to determine what is actually being executed. This may make many of the general XSS filtering and detection techniques impotent to such attacks.
The first hypothetical example uses the following client side code:
<script>
document.write("Site is at: " + document.location.href + ".");
</script>
An attacker may append #<script>alert('xss')</script> to the affected page URL which would, when executed, display the alert box. In this instance, the appended code would not be sent to the server as everything after the # character is not treated as part of the query by the browser but as a fragment. In this example, the code is immediately executed and an alert of "xss" is displayed by the page. Unlike the more common types of cross site scripting (Stored and Reflected) in which the code is sent to the server and then back to the browser, this is executed directly in the user's browser without server contact.
The consequences of DOM-based XSS flaws are as wide ranging as those seen in more well known forms of XSS, including cookie retrieval, further malicious script injection, etc. and should therefore be treated with the same severity.
Black Box testing
Blackbox testing for DOM-Based XSS is not usually performed since access to the source code is always available as it needs to be sent to the client to be executed.
Gray Box testing
Testing for DOM-Based XSS vulnerabilities:
JavaScript applications differ significantly from other types of applications because they are often dynamically generated by the server, and to understand what code is being executed, the website being tested needs to be crawled to determine all the instances of JavaScript being executed and where user input is accepted. Many websites rely on large libraries of functions, which often stretch into the hundreds of thousands of lines of code and have not been developed in-house. In these cases, top-down testing often becomes the only really viable option, since many bottom level functions are never used, and analyzing them to determine which are sinks will use up more time than is often available. The same can also be said for top-down testing if the inputs or lack thereof is not identified to begin with.
User input comes in two main forms:
- Input written to the page by the server in a way that does not allow direct XSS
- Input obtained from client-side JavaScript objects
Here are two examples of how the server may insert data into JavaScript:
var data = "<escaped data from the server>";
var result = someFunction("<escaped data from the server>");
And here are two examples of input from client-side JavaScript objects:
var data = window.location;
var result = someFunction(window.referer);
While there is little difference to the JavaScript code in how they are retrieved, it is important to note that when input is received via the server, the server can apply any permutations to the data that it desires, whereas the permutations performed by JavaScript objects are fairly well understood and documented, and so if someFunction in the above example were a sink, then the exploitability of the former would depend on the filtering done by the server, whereas the latter would depend on the encoding done by the browser on the window.referer object. Stefano Di Paulo has written an excellent article on what browsers return when asked for the various elements of a URL using the document. and location. attributes.
Additionally, JavaScript is often executed outside of <script> blocks, as evidenced by the many vectors which have led to XSS filter bypasses in the past, and so, when crawling the application, it is important to note the use of scripts in places such as event handlers and CSS blocks with expression attributes. Also, note that any off-site CSS or script objects will need to be assessed to determine what code is being executed.
Automated testing has only very limited success at identifying and validating DOM-based XSS as it usually identifies XSS by sending a specific payload and attempts to observe it in the server response. This may work fine for the simple example provided below, where the message parameter is reflected back to the user:
<script>
var pos=document.URL.indexOf("message=")+5;
document.write(document.URL.substring(pos,document.URL.length));
</script>
but may not be detected in the following contrived case:
<script>
var navAgt = navigator.userAgent;
if (navAgt.indexOf("MSIE")!=-1) {
document.write("You are using IE as a browser and visiting site: " + document.location.href + ".");
}
else
{
document.write("You are using an unknown browser.");
}
</script>
For this reason, automated testing will not detect areas that may be susceptible to DOM-based XSS unless the testing tool can perform additional analysis of the client side code.
Manual testing should therefore be undertaken and can be done by examining areas in the code where parameters are referred to that may be useful to an attacker. Examples of such areas include places where code is dynamically written to the page and elsewhere where the DOM is modified or even where scripts are directly executed. Further examples are described in the excellent DOM XSS article by Amit Klein, referenced at the end of this section.
References
OWASP Resources
Whitepapers


Pizza Parlor
Place your pizza order.
You can only select one item from each selection.
Select first topping:
Pepperoni
Sausage
Bacon
Select second topping:
Mushroom
Peppers
Onions
Select pizza size:
Small
Medium
Large
Submit
Reset


#include <storage.h>
Public Types | |
| using | container_type = std::vector< const SolutionBase * > |
Public Member Functions | |
| void | fillMessage (moveit_task_constructor_msgs::Solution &msg, Introspection *introspection) const override |
| append all subsolutions to solution More... | |
| const InterfaceState * | internalEnd () const |
| const InterfaceState * | internalStart () const |
| void | push_back (const SolutionBase &solution) |
| const container_type & | solutions () const |
| SolutionSequence () | |
| SolutionSequence (container_type &&subsolutions, double cost=0.0, StagePrivate *creator=nullptr) | |
| Public Member Functions inherited from moveit::task_constructor::SolutionBase | |
| const std::string & | comment () const |
| double | cost () const |
| const StagePrivate * | creator () const |
| const InterfaceState * | end () const |
| void | fillInfo (moveit_task_constructor_msgs::SolutionInfo &info, Introspection *introspection=nullptr) const |
| bool | isFailure () const |
| void | markAsFailure () |
| auto & | markers () |
| const auto & | markers () const |
| bool | operator< (const SolutionBase &other) const |
| order solutions by their cost More... | |
| void | setComment (const std::string &comment) |
| void | setCost (double cost) |
| void | setCreator (StagePrivate *creator) |
| void | setEndState (const InterfaceState &state) |
| void | setStartState (const InterfaceState &state) |
| const InterfaceState * | start () const |
| template<Interface::Direction dir> | |
| const InterfaceState::Solutions & | trajectories () const |
| Retrieve following (FORWARD) or preceding (BACKWARD) solution segments. More... | |
| virtual | ~SolutionBase ()=default |
Private Attributes | |
| container_type | subsolutions_ |
| series of sub solutions More... | |
Additional Inherited Members | |
| Protected Member Functions inherited from moveit::task_constructor::SolutionBase | |
| SolutionBase (StagePrivate *creator=nullptr, double cost=0.0, std::string comment="") | |
Sequence of individual sub solutions
A solution sequence describes a solution that is composed from several individual sub solutions that need to be chained together to yield the overall solutions.
| using moveit::task_constructor::SolutionSequence::container_type = std::vector<const SolutionBase*> |
|
inlineexplicit |
|
inline |
|
overridevirtual |
append all subsolutions to solution
Implements moveit::task_constructor::SolutionBase.
Definition at line 170 of file storage.cpp.
|
inline |
|
inline |
| void moveit::task_constructor::SolutionSequence::push_back | ( | const SolutionBase & | solution | ) |
Definition at line 166 of file storage.cpp.
|
inline |
|
private |


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Sphinxes Androsphinx
Large monstrosity, lawful neutral
Armor Class 17 (natural armor)
Hit Points 199 (19d10 + 95)
Speed 40 ft., fly 60 ft.
| STR | DEX | CON | INT | WIS | CHA |
|---|---|---|---|---|---|
| 22 (+6) | 10 (+0) | 20 (+5) | 16 (+3) | 18 (+4) | 23 (+6) |
Saving Throws Dex +6, Con +11, Int +9, Wis +10
Skills Arcana +9, Perception +10, Religion +15
Damage Immunities psychic; bludgeoning, piercing, and slashing from nonmagical attacks
Condition Immunities charmed, frightened
Senses truesight 120 ft., passive Perception 20
Languages Common, Sphinx
Challenge 17 (18,000 XP)
Inscrutable. The sphinx is immune to any effect that would sense its emotions or read its thoughts, as well as any divination spell that it refuses. Wisdom (Insight) checks made to ascertain the sphinx’s intentions or sincerity have disadvantage.
Magic Weapons. The sphinx’s weapon attacks are magical.
Spellcasting. The sphinx is a 12th-level spellcaster. Its spellcasting ability is Wisdom (spell save DC 18, +10 to hit with spell attacks). It requires no material components to cast its spells. The sphinx has the following cleric spells prepared:
Cantrips (at will): sacred flame, spare the dying, thaumaturgy
1st level (4 slots): command, detect evil and good, detect magic
2nd level (3 slots): lesser restoration, zone of truth
3rd level (3 slots): dispel magic, tongues
4th level (3 slots): banishment, freedom of movement
5th level (2 slots): flame strike, greater restoration
6th level (1 slot): heroes’ feast
Actions
Multiattack. The sphinx makes two claw attacks.
Claw. Melee Weapon Attack: +12 to hit, reach 5 ft., one target. Hit: 17 (2d10 + 6) slashing damage.
Roar (3/Day). The sphinx emits a magical roar. Each time it roars before finishing a long rest, the roar is louder and the effect is different, as detailed below. Each creature within 500 feet of the sphinx and able to hear the roar must make a saving throw.
First Roar. Each creature that fails a DC 18 Wisdom saving throw is frightened for 1 minute. A frightened creature can repeat the saving throw at the end of each of its turns, ending the effect on itself on a success.
Second Roar. Each creature that fails a DC 18 Wisdom saving throw is deafened and frightened for 1 minute. A frightened creature is paralyzed and can repeat the saving throw at the end of each of its turns, ending the effect on itself on a success.
Third Roar. Each creature makes a DC 18 Constitution saving throw. On a failed save, a creature takes 44 (8d10) thunder damage and is knocked prone. On a successful save, the creature takes half as much damage and isn’t knocked prone.
Legendary Actions
The sphinx can take 3 legendary actions, choosing from the options below. Only one legendary action option can be used at a time and only at the end of another creature’s turn. The sphinx regains spent legendary actions at the start of its turn.
Claw Attack. The sphinx makes one claw attack.
Teleport (Costs 2 Actions). The sphinx magically teleports, along with any equipment it is wearing or carrying, up to 120 feet to an unoccupied space it can see.
Cast a Spell (Costs 3 Actions). The sphinx casts a spell from its list of prepared spells, using a spell slot as normal.


Source code for cleaner.retrieve
'''
.. module:: retrieve
High level API to retrieve cleaned files
.. moduleauthor:: Christopher Phillippi<EMAIL_ADDRESS>'''
import cleaner.settings as settings
import csv
import os
import pandas as pd
[docs]def getCleanArticles( cleanStore = settings.CLEAN_STORE ):
"""Returns iterable of all cleaned articles
:param cleanStore: Absolute path to clean store
"""
def getArticle( f ):
with open( f, 'r' ) as opened:
article = opened.read()
return article
return ( getArticle( f ) for f in getCleanFileList( cleanStore ) )
[docs]def getCleanFileList( cleanStore = settings.CLEAN_STORE ):
"""Returns interable of all cleaned files
:param cleanStore: Absolute path to clean store
"""
directory = ( os.path.join( cleanStore, f ) for f in os.listdir( cleanStore ) )
for f in directory:
if os.path.isfile( f ):
yield f
else:
for subFile in getCleanFileList( f ):
yield subFile
[docs]def getEmpiricalTable( tickerList,
fromDate,
toDate,
empiricalStore = settings.EMPIRICAL_STORE,
filename = settings.ADJUSTED_CLOSE_FILENAME ):
"""Returns a table in structure of structure format ( Ticker By Date )
:param tickerList: A list of the tickers to be added into the table
:param fromDate: Time from which to begin the table
:type fromDate: :py:class:`datetime.date`
:param toDate: TIme from which to end the table
:type toDate: :py:class:`datetime.date`
:param empiricalStore: The location of the Empirical file store
:param filename: The name of the file within the Empirical file store
"""
begin = str( fromDate )
end = str( toDate )
with open( _getPath( empiricalStore, filename ), 'r' ) as csvFile:
csvReader = csv.DictReader( csvFile )
empiricalTable = dict( ( row[ 'Date' ],
dict( ( ( ticker, row[ ticker ] )
for ticker in tickerList ) ) )
for row in csvReader
if row[ 'Date' ] >= begin and row[ 'Date' ] <= end )
return empiricalTable
[docs]def getEmpiricalDataFrame( tickerList,
fromDate,
toDate,
empiricalStore = settings.EMPIRICAL_STORE,
filename = settings.ADJUSTED_CLOSE_FILENAME ):
"""Returns a :py:class:`pandas.DataFrame` according to selected stocks and dates
:param tickerList: A list of the tickers to be added into the table
:param fromDate: Time from which to begin the table
:type fromDate: :py:class:`datetime.date`
:param toDate: TIme from which to end the table
:type toDate: :py:class:`datetime.date`
:param empiricalStore: The location of the Empirical file store
:param filename: The name of the file within the Empirical file store
"""
df = pd.read_csv( _getPath( empiricalStore, filename ), index_col = 0, parse_dates = True )
tickers = set( tickerList )
extraColumns = [ column for column in df.columns if column not in tickers ]
start = df.index.searchsorted( fromDate )
end = df.index.searchsorted( toDate )
return df[ start:end ].drop( extraColumns, 1 )
def _getPath( empiricalStore, filename ):
path = os.path.abspath( empiricalStore )
return os.path.join( path, filename )
if __name__ == "__main__":
files = getCleanFileList( settings.CLEAN_STORE )
for f in files:
print f


To avoid the spread of COVID-19, best practice is wearing a face shield. If that is not possible, wear a mask
Talk to the person overdosing and let them know what you are doing
Tilt their head back and ensure their airway is not blocked
Put the person into recovery position (move them onto their side, raise their top knee to stop them from rolling, and use their hands to support their head)
Proceed to the next step. If you are using a phone, enable location services first, so the map can find the nearest naloxone kit


Battery and Alternator
Battery or Alternator problems? We are able to
arrange recovery or to jump start the car, diagnose and fix
any battery and alternator problems. We can also come and fit
the battery at your door
Wrong fuel
If you have put the wrong fuel in your tank,
don't worry. We are able to service and repair all vehicles
with incorrect fuel. Call us to arrange recovery if needed.
Yearly weather inspection
We offer winter weather inspections. With the
UK's unreliable weather it is always best to get your car
checked to make sure each and every journey is safe.
Electric diagnostics
Electrical problems? We have skilled and
experienced staff mechanics that are able to find the problem
and give you a quote for the repairs so there are no
surprises.
Vehicle Servicing
The type of service you choose for your car
will be dependent on various factors, including the condition
of your car, the number of miles you drive and the last time
your car was serviced. We offer two types of service for you
Full Service which includes a comprehensive 70 points check
while Interim Service has a 50 points check.
Quality work, quickly
We repair over 95% of all of the vehicles that
come in for regular maintenance the same day. Our collection
and delivery service can mean the car is fixed without any
effort on your behalf.


We believe in coming up with original ideas for our valuable clients
Creative crafted
We believe in coming up with original ideas for our valuable clients
Creative crafted
We believe in coming up with original ideas for our valuable clients
Fajar is a Creative digital studio that we're Good just ask Our Moms. The most important things are not things. Lorem Ipsum is simply dummytext of the printing and typesetting
industry. Lorem Ipsum has been the industry's standard dummy text.


Upload {{templateDetails.filesConfig.accepted}} files ( Max size {{templateDetails.filesConfig.size}} MB )
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Before we get started, take a gander at my last few posts on this, here and here.
The idea here is roughly the same. That is, build a small, basic 'base' profile, template, state, or whatever, that has some simple hardening bits applied. The idea being to give you a reasonable start in turn letting you apply additional layers down the road.
The reason you'd move away from doing this with OpenStack Orchestration (Heat) and into a config management tool is that it allows you to apply the same practices more generically. That is not everyone runs OpenStack, but lots of folks are moving to some flavor of configuration management tool, if they weren't there already. You can then include these SaltStates in Heat or whatever orchestration tool of choice.
For the sake of not making this a huge-tastic blog post, we'll skip the part where I explain the what and how of getting started with SaltStack. Many others have done better than I. What follows is my top.sls, secureserver.sls and sysctl.sys files.
This file controls what Salt minions get what 'states'. For securing all the servers, that's pretty straight forward. I would like to call out, however, the ordering of the states:
base:
'*':
- sysctl
- secureserver
This defines a 'base' state that will match for all Salt minions. (Minion is Salt for agent.) It then states to apply first the sysctl state, then the secureserver state.
There isn't much fancy to this file. In fact, it's more or less a YAML formatted version of what you'd throw into /etc/sysctl.conf
. What the lines below do is turn off IP routing, ignore broadcasts, responses, and all manner of other fun icmp stuff.
net.ipv4.icmp_echo_ignore_broadcasts:
sysctl.present:
- value: 1
net.ipv4.icmp_ignore_bogus_error_responses:
sysctl.present:
- value: 1
net.ipv4.tcp_syncookies:
sysctl.present:
- value: 1
net.ipv4.conf.all.log_martians:
sysctl.present:
- value: 1
net.ipv4.conf.default.log_martians:
sysctl.present:
- value: 1
net.ipv4.conf.all.accept_source_route:
sysctl.present:
- value: 0
net.ipv4.conf.default.accept_source_route:
sysctl.present:
- value: 0
net.ipv4.conf.all.rp_filter:
sysctl.present:
- value: 1
net.ipv4.conf.default.rp_filter:
sysctl.present:
- value: 1
net.ipv4.conf.all.accept_redirects:
sysctl.present:
- value: 0
net.ipv4.conf.default.accept_redirects:
sysctl.present:
- value: 0
net.ipv4.conf.all.secure_redirects:
sysctl.present:
- value: 0
net.ipv4.conf.default.secure_redirects:
sysctl.present:
- value: 0
net.ipv4.ip_forward:
sysctl.present:
- value: 0
net.ipv4.conf.all.send_redirects:
sysctl.present:
- value: 0
net.ipv4.conf.default.send_redirects:
sysctl.present:
- value: 0
This file, unlike the sysctl bits, actually does some install and config bits. If you've read the post I mentioned at the beginning of this post, you'll recognize the packages being installed.
The configure bits are two fold: 1) We configure logwatch using a file hosted on the Salt master; 2) We configure IP tables to allow ssh and deny all the other things:
iptables:
pkg:
- installed
denyhosts:
pkg:
- installed
psad:
pkg:
- installed
fail2ban:
pkg:
- installed
logwatch:
pkg:
- installed
aide:
pkg:
- installed
/etc/cron.daily/00logwatch:
file:
- managed
- source: salt://cron.daily/00logwatch
- require:
- pkg: logwatch
ssh:
iptables.append:
- table: filter
- chain: INPUT
- jump: ACCEPT
- match: state
- connstate: NEW
- dport: 22
- proto: tcp
- sport: 1025:65535
- save: True
allow established:
iptables.append:
- table: filter
- chain: INPUT
- match: state
- connstate: ESTABLISHED
- jump: ACCEPT
default to reject:
iptables.append:
- table: filter
- chain: INPUT
- jump: REJECT
In this post we've covered how to do some very very basic hardening of your server using SaltStack. This likely wont work for all circumstances (like if you're going to actually run nginx or apache, you need to add those ports accordingly).


Audiovisual Simulation
Acoustic Simulation for Complex Geometries
Below is an image of four of the harmonic modes of the Stanford
bunny. From left to right, I've plotted the \(0^{th}\), \(1^{st}\), \(2^{nd}\), and \(6^{th}\) modes. I computed the
displacement \(u\) of each mode by numerically solving the Helmholtz equation, \( \Delta u = -k^2 u \), at every vertex on
the triangulated surface. The purple portions represent regions where the displacement is maximally negative, and the red portions
represent where it is maximally positive. In discrete exterior calculus,
the Helmholtz equation takes the form
$$(d^T \star_1 d) u = k^2 \star_0 u $$
where \(d^T \star_1 d\) is the discrete Laplacian, \(\star_0\) is the mass matrix, and \(k\) is the wave number of the harmonic mode.  The computation was performed using VEX and Python, and the
graphics were rendered using Houdini. Note: if the bunnies were replaced by spheres, the
eigenvectors \(u\) would be the corresponding real spherical harmonics.
Sound Synthesis for Computer Animation
The images, motion, and sounds of the animation below
were generated entirely by a computer. The images were computed at 60 Hz, the motion was computed at 240 Hz, and the
sounds were computed at 48000 Hz. Each sound event consisted of a pure tone modified by an attack-decay-release (ASR)
volume envelope. From left to right in the animation, the spheres played frequencies of 220 Hz, 440 Hz, and 880 Hz. Following the main computation,
the audio and video were automatically combined using FFmpeg. The computation was performed using C++, and the
graphics were rendered using OpenGL. The main computation took the following general form:
for (int i = 0; i < 60; i++) {
// render images of falling spheres at 60 Hz
for (int j = 0; j < 4; j++) {
// update sphere motion at 60 \(\times\) 4 = 240 Hz
for (int k = 0; k < numberOfSpheres; k++) {
// advance position of each sphere using forward Euler method
// initialize new sound event if sphere collides with floor
for (int w = 0; w < 200; w++) {
// compute audio samples for each sound event at 60 \(\times\) 4 \(\times\) 200 = 48000 Hz
}
}
}
}


Where to store your settings:
chrome.storage.local
chrome.storage.sync
Load settings from local path:
Report issues
How to add my own settings?


{% from "macro.html" import render_field %} {% extends "base.html" %} {% block title %}Survey{% endblock %} {% block body %}
Let's get to know you better.
Please answer the following questions so we can help you find events.
Error: {{ error }} {% endif %} {% endblock %}


The regional dispersion of income inequality in nineteenth-century Norway. Explorations in Economic History 67, 2018. (Link) (Preprint)
Intergenerational occupational mobility in Norway, 1865-2011. Scandinavian Journal of Economics 119(1), 2017. (Link) (Preprint)
Decomposing global inequality. Review of Income and Wealth 63(3), 2017. (Link) (Preprint)
Skjev kjønnsbalanse i toppen av inntektsfordelingen [Gender bias at the top of the income distribution]. Søkelys på arbeidslivet 32(4), 2016. (Link)
Inequality in the very long run: inferring inequality from data on social groups. Journal of Economic Inequality 13(2), 2015. (Link) (Preprint)
Estimating occupational mobility with covariates. Economics Letters 133, 2015. (Link) (Preprint)
Spillover bias in multigenerational income regressions (with Kelly Vosters) (SSB Discussion Paper 897, 2019)
Who benefited from industrialization? The local effects of hydropower technology adoption in Norway (with Stefan Leknes) Available soon
On the measurement of long-run income inequality: Empirical evidence from Norway, 1875-2013 (with Aaberge and Atkinson) (SSB Discussion Paper 847, 2016)
Multigenerational persistence: Evidence from 146 years of administrative data (SSB Discussion Paper 850, 2016)
The ins and outs of top income mobility (with Rolf Aaberge and Tony Atkinson) Revision from September 2016 available on request
Call the midwife: Health personnel and mortality in Norway 1887-1921 (with Andreas Kotsadam and Jo Thori Lind) (CESifo Working Paper 6831, 2017)
Regional income in Norway, 1900-2010 (Chapter in The Economic Development of Europe’s Regions, edited by Roses and Wolf, 2018) (Latest revision, September 2016)
Småbruk, vekst og fordeling (with Rolf Aaberge and Espen Søbye). Nytt Norsk Tidsskrift 1, 2017.
Stor økning i yrkesmobiliteten fra 1800-tallet til i dag. Samfunnsspeilet 1, 2017. (Link)
Fordelingen av inntekter i Norge fra 1875 til i dag (with Rolf Aaberge). Plan 3, 2014 (Link)
Book review of Piketty’s Capital in the 21st Century, Minerva (online), 2014 (Link)
Er rike mennesker alltid rike? (with Rolf Aaberge and Tony Atkinson). Økonomiske Analyser 4, 2013 (Link)
Polarization, risk and welfare in general equlibrium Memo 27/2011, Department of Economics, University of Oslo (Link)
Solow meets Marx: Social class, economic growth and structural change Memo 21/2011, Department of Economics, University of Oslo (Link)
Upolitisk ulikhet. Minerva 4, 2010 (Link)
Alderdom og spesialisering: Norsk næringsstruktur i 2025 (with Rolf Røtnes and Leo Grünfeld). ECON-rapport 42, 2007 (Link)


|
13!:0 y
|
Reset. Reset stack and disable (0) or enable
(1) suspension. Nearly all the facilities in the 13!:
family require that suspension be enabled; all the examples below
assume that suspension is enabled: 13!:0 ]1 . Only named
definitions (verb, adverb, or conjunction) can be suspended.
|
| |
|
13!:1 y |
Display Stack. Only named definitions (verb, adverb, or conjunction)
are put on the stack. See also 13!:13 and 13!:18 .
|
| |
|
13!:2 y |
Query Stops.
|
| |
|
13!:3 y |
Set Stops. Explicit stops are requested by name and
line number in the argument y, which contains zero
or more stop specifications separated by semicolons.
Each stop specification indicates a name, line numbers (if any)
for the monadic case, a colon, and line numbers (if any) for
the dyadic case. An asterisk indicates “all”, and a tilde indicates
“except for”. For example:
| 13!:3 'f 0' |
f monadic line 0 |
| 13!:3 'f :2' |
f dyadic line 2 |
| 13!:3 'f 0 2:1' |
f monadic 0 2, dyadic 1 |
| 13!:3 'f 0; g :*' |
f monadic 0 and g all dyadic |
| 13!:3 '* 0:0' |
monadic 0 and dyadic 0 |
| 13!:3 'a* *:*; ~ab* *:*' |
All monadic and dyadic whose names begin with a,
except for any beginning with ab |
f=: 3 : 0
10
11
:
20
)
13!:3 'f 1:0' Stop at f monad line 1, dyad line 0
f ''
|stop: f
| 11
|f[1]
13!:0 ]1 Clear stack and enable suspension
3 f 4
|stop: f
| 20
|f[:0]
|
|
13!:4 y |
Run Again. Resume execution at the current line. For example:
g=: 3 : ('t=. 2*y'; '1+t')
3 4,g 'abc'
|domain error: g
| t=.2 *y
|g[0]
y six-space indent indicates suspension
abc Local value of y
y=. 25 Redefine local value of y
13!:4 '' Run again
3 4 51
|
|
13!:5 y |
Run Next. Resume execution at the next line.
For example:
h=: 3 : ('t=. 2 3*y'; '1+t')
3 4,h 5 6 7
|length error: h
| t=.2 3 *y
|h[0]
t=. 99 six-space indent indicates suspension
13!:5 '' Run next
3 4 100
|
|
13!:6 y |
Exit and Return. Exit the verb/adverb/conjunction at the top
of the stack, returning result y . For example:
g=: 3 : ('t=. 2*y'; '1+t')
3 4,g 'abc'
|domain error: g
| t=.2 *y
|g[0]
13!:6 [9 Exit g with result 9
3 4 9
h=: 2&*
3 4,h 'abc'
|domain error: h
|h[0]
13!:6 [97 Exit h with result 97
3 4 97
|
|
13!:7 y |
Continue. Resume execution at line number y
|
| |
|
[x] 13!:8 y |
Signal. Signal error number {.,y
(an integer between 1 and 255) with optional text x
|
| |
|
[x] 13!:9 y |
Rerun. Resume execution by rerunning the tacit verb
at the top of the stack with the specified arguments. Thus:
plus=: +
plus/'abc'
|domain error: plus
|plus[:0] *
13!:13 '' See below re interpretation of stack
+----+-+-+-+-++-----+--+-+
|plus|3|0|3|+||+-+-+| |*|
| | | | | |||b|c|| | |
| | | | | ||+-+-+| | |
+----+-+-+-+-++-----+--+-+
2 (13!:9) 3 Rerun, getting another error
|domain error: plus
|plus[:0] !
13!:13 '' Note left and right args ('a' and 5)
+----+-+-+-+-++-----+--+-+
|plus|3|0|3|+||+-+-+| |*|
| | | | | |||a|5|| | |
| | | | | ||+-+-+| | |
+----+-+-+-+-++-----+--+-+
1 (13!:9) 5 Rerun
6
|
|
13!:11 y
|
Error Number. Last error number. Does not required enabled suspension to work.
|
| |
|
13!:12 y
|
Error Message. Last error message. Does not required enabled suspension to work.
|
| |
|
13!:13 y |
Stack. Produces a 9-column matrix of information on the (named)
verbs/adverbs/conjunctions on the stack:
| 0 | Name |
| 1 | Error number or 0 if not in error |
| 2 | Line number |
| 3 | Name class: 3, 1, or 2, denoting verb, adverb, or conjunction |
| 4 | Linear representation of the entity |
| 5 | The name of the defining script |
| 6 | Argument(s) individually boxed |
| 7 | Locals as a 2-column matrix of name and value |
| 8 | * if begins a suspension; a blank otherwise |
In columns 6 and 7, nouns are included per se, and verb,
adverb, and conjunction are represented by their linear representation.
For example:
mean=: sum % #
sum=: plus/
plus=: 4 : 'x+y'
mean 'abcd'
|domain error: plus
| x +y
|plus[:0]
13!:13 ''  The latent expression is executed
when execution is about to be suspended; error messages are suppressed;
any continuation must be programmed in the latent expression.
|
| |
|
13!:17 y |
Query. Is suspension enabled? (Set by 13!:0)
|
| |
|
13!:18 y |
Stack Text. Like 13!:1, but gives the stack
as a literal matrix.
|
| |
|
A debug suspension is an immediate execution
state with a non-empty execution stack.
Another debug suspension is created when a named object
(verb, adverb, or conjunction) is invoked
in a debug suspension and it too suspends.
Four verbs are provided. They are part of the debug facility
in the J development environment and usually are not invoked directly.
Their behaviour and availability are subject to change without notice.
|
| |
| 13!:19 y |
Cut Back. Cut back one stack level, stopping at the
line at the next stack level. |
| |
| [x] 13!:20 y |
Step Over. Run the current line (or line x if specified)
to completion, stopping at the next line. |
| |
| [x] 13!:21 y |
Step Into. Run the current line (or line x if specified),
stopping at the next line. |
| |
| [x] 13!:22 y |
Step Out. Run the current object to completion,
starting with the current line (or line x if specified),
stopping at the next line. |


Thoughts & Opinions
Getting Women Into Tech
Houston, We Have A Problem
03/01/2015
From a young age, girls are encouraged to choose pretty dolls and pink, sparkly toys rather than science kits and LEGOs. Have you ever noticed the difference between the area where the Easy Bake Oven is compared to the Nerf guns? Companies have organized toy sections with an inherent gender bias - girls like pink, and boys like blue. If children are growing up with this clear separation, it is alright to assume that their parents may have grown up in a similar environment, which normalizes the thought of gender-centric roles and capabilities. This doesn't allow them to see the overall influence their thoughts and actions have on their child's future.
When personal computers started showing up in the marketplace, the amount of women earning Computer Science degrees started falling drastically. Computers back in the mid-80's weren't seen as they are today - an essential, highly functioning piece of technology that has unfathomably abilities. These didn't do much more than allow you to play a game of pong or some shooting games, which is why they were seen as toys that should primarily be marketed towards boys.
Movies during this period had an influence on mindset too. The tech savvy nerd winning the girl in the face of adversity was a common theme, so how were girls supposed to believe in themselves when everything was marketed against them? With little to no exposure to computers, women were already behind when entering college classes filled with men who had been tinkering with computers for years.
The self-doubt and reluctance is a byproduct of feeling like everyone already knows what you want to ask. Professors who themselves had been lucky enough to interact with computers didn't always realize that not everyone did. With these feelings of discomfort piling up, women began switching majors, which explains the lack of women in technology today.
Deep Conditioned Solution
Encouraging women to join technology and spreading awareness of the implicit biases are two solutions, amongst many.
The technology industry is recognizing a huge need for good developers, and women constitute an untapped pool of talent. By encouraging more women to study Computer Science or at least become interested in learning about that material, they are hoping to recruit. There are more coding event meetups for women, scholarships for women in STEM, and mentors willing to provide advice than before, but that needs to continue and be more accessible. Women will not only fill the technical needs of these companies, but also create a better workplace with added diversity.
Becoming aware of how marketing influences your thought process, and breaking out of that predefined box, definitely starts at home. The way marketing is done does indeed need a drastic change, but parents need to do their part by not upholding inherent gender biases.  If she wants to run weird expirements on potatoes and make a mess, give her the freedom to do so. If she works alongside her brother to create a model airplane or rocketship, don't tell her she should let her brother do it because she isn't capable...she just might believe you.


System Requirements¶
The following sections identify the hardware specifications and system-level requirements of all hosts within your OpenShift Origin environment.
Minimum Hardware Requirements¶
The system requirements vary per host type:
| Host Type | System Requirements |
|---|---|
| auth | * Physical or virtual system, or an instance running on a public or private IaaS.
* Base OS: CentOS 7.4.
* Minimum 4 vCPU (additional are strongly recommended).
* Minimum 8 GB RAM (additional memory is strongly recommended, especially if
streaming and push notification service is co-located on auth).
* Minimum 20 GB hard disk space for the file system containing /var/.
* Minimum 1 GB hard disk space for the file system containing /usr/local/bin/.
* Minimum 1 GB hard disk space for the file system containing the system’s
temporary directory.
* An additional minimum 60 GB unallocated space per system running containers
for Docker’s storage back end; see Configuring Docker Storage. Additional
space might be required, depending on the size and number of containers that
run on the node.
|
| core | * Physical or virtual system, or an instance running on a public or private IaaS.
* Base OS: CentOS 7.4.
* Minimum 8 vCPU (additional are strongly recommended).
* Minimum 16 GB RAM (additional memory is strongly recommended, especially if
both worker and service containers are running on the host).
* Minimum 20 GB hard disk space for the file system containing /var/.
* Minimum 1 GB hard disk space for the file system containing /usr/local/bin/.
* Minimum 100 GB hard disk space for the file system containing /home.
* Minimum 1 GB hard disk space for the file system containing the system’s
temporary directory.
* An additional minimum 60 GB unallocated space per system running containers
for Docker’s storage back end; see Configuring Docker Storage. Additional
space might be required, depending on the size and number of containers that
run on the node.
|
| persistence | * Physical or virtual system, or an instance running on a public or private IaaS.
* Base OS: CentOS 7.4.
* Minimum 8 GB RAM (additional memory is strongly recommended, especially if
streaming and push notification service is co-located on auth).
* Minimum 20 GB hard disk space for the file system containing /var/.
* Minimum 1 GB hard disk space for the file system containing /usr/local/bin/.
* Minimum 60 GB hard disk space for the file system containing /home.
* Minimum 1 GB hard disk space for the file system containing the system’s
temporary directory.
* An additional minimum 20 GB unallocated space per system running containers
for Docker’s storage back end; see Configuring Docker Storage. Additional
space might be required, depending on the size and number of containers that
run on the node.
|
| web | * Physical or virtual system, or an instance running on a public or private IaaS.
* Base OS: CentOS 7.4.
* Minimum 2 vCPU (additional are strongly recommended).
* Minimum 4 GB RAM (additional as needed with web traffic).
* Minimum 20 GB hard disk space for the file system containing /var/.
* Minimum 1 GB hard disk space for the file system containing /usr/local/bin/.
* Minimum 1 GB hard disk space for the file system containing the system’s
temporary directory.
* An additional minimum 20 GB unallocated space per system running containers
for Docker’s storage back end; see Configuring Docker Storage. Additional
space might be required, depending on the size and number of containers that
run on the node.
|
| postman | * Physical or virtual system, or an instance running on a public or private IaaS.
* Base OS: CentOS 7.4.
* Minimum 2 vCPU
* Minimum 4 GB RAM.
* Minimum 20 GB hard disk space for the file system containing /var/.
* Minimum 1 GB hard disk space for the file system containing /usr/local/bin/.
* Minimum 1 GB hard disk space for the file system containing the system’s
temporary directory.
* An additional minimum 40 GB unallocated space per system running containers
for Docker’s storage back end; see Configuring Docker Storage. Additional
space might be required, depending on the size and number of containers that
run on the node.
|
| [1] | See MongoDB production notes |
| [2] | See MariaDB performance tuning |
Production Level Hardware Requirements¶
Test or sample environments function with the minimum requirements. For production environments, the following recommendations apply:
Auth Hosts In a highly available Agave Platform deployment, an Auth component host should have, in addition to the minimum requirements in the table above, 2 CPU core and 4 GB of memory for the shared file system and synchronization taskss. Therefore, the recommended size of an Auth component host would be the minimum requirements of 4 CPU cores and 8 GB of RAM, plus 2 CPU cores and 4 GB of RAM, totaling 6 CPU cores and 12 GB of RAM.
See the `Platform Limits`_ section for more information.
Core Hosts The size of a core host depends on the expected size of its workload. As an Agave Platform administrator, you will need to calculate the expected workload, then add about 20 percent for bursting and overhead. For production environments, allocate enough resources so that a single container failure does not affect your maximum capacity.
For more information, see Sizing Considerations and `Platform Limits`_.
Persistence Hosts In a production environment, the size of the persistence host depends on the requirements of the database or queue it is hosting. The persistence components should never be deployed on a single host in a production environment. At the minimum, they should each be run on their own host and managed independently by an experience database administrator.
More information on clustering and tuning MariaDB, MongoDB, and RabbitMQ can be found on their respective websites.
Environment Requirements¶
The following section defines the requirements of the environment containing your Agave Platform deployment. This includes networking considerations and access to external services, such as Git repository access, storage, and cloud infrastructure providers.
DNS Requirements¶
The Agave Platform requires a publicly resolvable hostnames for each host. Within the platform, this can be managed through the setting of /etc/hosts files on the hosts. For production environments, valid DNS entries for each host should be created and included in the inventory files.
By default, containers receive their DNS configuration file (/etc/resolv.conf) from their host. For the Science API data services and workers, passive communication channels often need to be configured to complete file operations. In these cases it it important that the host has a publicly resolvable ip address that the container knows about and can be accessed from the outside world. For this reason, the inventory files should include the ip of the host rather than hostname as the value of each host’s ansible_ssh_host
variable.
If you do not have a properly functioning DNS environment, you could experience failure with:
- Installation via the reference Ansible-based scripts
- Resolution of PostIts url from the Science APIs
- Third-party transfers over FTP, SFTP, and GridFTP.
- Download of files through their public URLs.
- Communication between the API Manager and backend services.
Network Access Requirements¶
A shared network must exist between the master and node hosts. If you plan to configure multiple masters for high-availability using standard cluster installation process, you must also select an IP to be configured as your virtual IP (VIP) during the installation process. The IP that you select must be routable between all of your nodes, and if you configure using a FQDN it should resolve on all nodes.
Required Ports¶
The Agave Platform installation delegates firewall management to the host and Docker Engine. If your network configuration uses an external firewall, such as a hardware-based firewall, you must ensure infrastructure components can communicate with each other through specific ports that act as communication endpoints for certain processes or services.
Ensure the following ports required by Agave are open on your network and configured to allow access between hosts. Some ports are optional depending on your configuration and usage.
Note
- indicates the marked port is also used in loopback mode, enabling the master to communicate with itself.
| Port(s) | Traffic | Description |
|---|---|---|
| 80, 443 | TCP | Required for basic web traffic |
| Port(s) | Traffic | Description |
|---|---|---|
| 8080 (L) | TCP | Required for communication with API Pubisher and Store |
8443 (L)
9000
|
TCP | Required for communication with API Pubisher and Store |
| 9000 (L) | TCP | Required for profile service configuration during deployments |
| Port(s) | Traffic | Description |
|---|---|---|
| 80, 443 | TCP | Required for HTTP traffic to the backend APIs |
| Port(s) | Traffic | Description |
|---|---|---|
| 389 | TCP | Required for LDAP access |
| 3301 | TCP | Required for access to Auth MariaDB instance |
| 11300 | TCP | Required for beanstalkd access |
| Port(s) | Traffic | Description |
|---|---|---|
| 52920-52940 | TCP | Optional JMX ports for stats and remote debugging |
| 30000-30111 | TCP | Optional passive data channel port range for FTP and FTPS connections |
50000-50999
52900-52999
|
TCP | Optional passive data channel port ranges for GridFTP connections |
| Port(s) | Traffic | Description |
|---|---|---|
| 80 or 443 (L) | UDP | Required for load balanced communication between core hosts |
| 8440-8499 (L) | TCP | Required for HTTP requests within a Host |
| 8070-8099 (L) | TCP | Required for TLS requests within a Host |
| Port(s) | Traffic | Description |
|---|---|---|
| 389 | TCP | Required for LDAP access |
| 3301 | TCP | Required for access to Auth MariaDB instance |
| 3306 | TCP | Required for access to Core MariaDB instance |
| 9000 | TCP | Required for access to MongoDB access |
| 11300 | TCP | Required for beanstalkd access |
| Port(s) | Traffic | Description |
|---|---|---|
| 3306, 3301 | TCP | MariaDB client access |
| 4567 | UDP, TCP | MariaDB replication traffic, multicast replication uses both UDP transport
and TCP on this port.
|
| 4568 | TCP | MariaDB incremental state updates |
| 4444 | TCP | Misc state transfer updates |
| 27017 | TCP | Primary MongoDB mongos/mongod port |
| 27018 | TCP | Primary MongoDB shard server port |
| 27019 | TCP | Primary MongoDB config server port |
| 9000 | TCP | MongoDB client access |
| Port(s) | Traffic | Description |
|---|---|---|
| 22 | TCP | Required for SSH by the installer or system administrator. |
| Port(s) | Traffic | Description |
|---|---|---|
| 9200 (L) | TCP | Optional: For Elasticsearch API use. Required to be internally open on any
infrastructure nodes so Kibana is able to retrieve logs for display.
|
| 9880 | TCP | Optional: fluentd HTTP port |
| 24224 | TCP | Optional: fluentd forwarder |
Persistent Storage¶
Persistent storage is configured by default through volume mounts onto the component hosts. For multi-host deployments, Docker volumes are used to mount MFS storage into the containers.
Cloud Provider Considerations¶
There are certain aspects to take into consideration if installing OpenShift Origin on a cloud provider. Consult the respective could provider security group documentation for more information on how to configure the above port ranges for access in your environment.
Note
For OpenStack deployments, the os_create_hosts.plbk
playbook will configure the appropriate security groups for you.


Computer Memory
11/23/15
Computer memory. While our own memories might be vague, complex, compact, diffuse, abstract, ethereal, or clear as day, computer memory consists of 1's and 0's. It's like there are a bunch of lockers, and each can only hold one bit of information.
There are two types of memory: volatile and non-volatile. Volatile memory means that it needs a running current to hold the information. RAM (Random Access Memory) is volatile, and it's where the data that a computer's operating system, and data in current use are kept so they can be accessed quickly, and the user can read and write data very rapidly. And RAM only holds the information for as long as the computer is running. In contrast, non-volatile memory, such as the memory stored on a hard drive, is stored sequentially and so takes much longer to read and write.


MUSIC OF THE HEART ** (out of four) -a review by Bill Chambers<EMAIL_ADDRESS>(Shampoo + Conditioner in one website! Film Freak Central - http://filmfreakcentral.net .....DVD reviews, contests, and more)
starring Meryl Streep, Angela Bassett, Aidan Quinn, Jane Leeves screenplay by Pamela Gray directed by Wes Craven
I must preface this review by admitting how much I despise the title Music of the Heart-NASA's Think Tank couldn't come up with something more generic. Wes Craven's new pic was more provocatively (and appropriately) called 50 Violins in development, and the switch only proves how far distributor Miramax has strayed from its edgy roots. Almost as infuriating is the positioning of an 'N Sync/Gloria Estafan duet as Music of the Heart's theme song-this unlistenable ballad opens and closes a film about music appreciation.
Faithfully based on the Oscar-nominated documentary Small Wonders, Music of the Heart stars Streep as Roberta Guaspari, a divorced mother of two sons who develops, at the urging of Brian, a man she met in high school (Quinn), a music program for Harlem gradeschoolers. The reception from staff, students, and parents of students is cool at first (racial issues, for the most part), but Roberta's dedication eventually wins over all three parties.
The story shares not only its basic outline with Mr. Holland's Opus but also an extremely frustrating "# Years Later" title card that weakly compacts Roberta's experiences as an educator. (Are both movies telling us that the life of a teacher is so repetitive that the intervening years between getting hired and retiring are a write-off?) I preferred what Craven had going in its first half: the moralizing was kept to a minimum, the narrative took unexpected turns (who could anticipate the outcome of Roberta's romance with Brian?), and Roberta's militaristic conduct in the classroom provided a refreshing take on the To Sir, With Love standard-no affable Mr. Holland is she.
Unintentional humour, soapboxing, and slack direction mar Music of the Heart's second half. When a few of Roberta's graduates return to strut their stuff for the new batch of students, they are conveniently the children we met earlier all grown up. When the horror of urban life in the nineties hits Roberta, the sequence plays like one from a moldy "ABC Afterschool Special". More gravely, this plot point and many others are not satisfactorily paid off. Take, for example, the story thread regarding Roberta's oldest son, Nick (played Michael Angarano at 7 and Charlie Hofheimer at 17), who is almost expelled for a spate of wild behaviour (emphasized in cheesy, choppy slow motion). One heart-to-heart with Roberta later and he's a cherubic goodie-goodie again. The primary grades are tough on a kid, especially in inner cities-how were his problems resolved outside the home? (Young Nick did, after all, almost murder another little boy.)
Craven's biggest blunder is to build audience anticipation for a rendez-vous between real-life master violinist Isaac Stern and the small wonders. Roberta's funding is cut, so she opts to organize (after she, Principal Williams (Bassett), a journalist (Leeves), and what seems like everybody else in town have sat around in Roberta's enormous living room the same way the Muppets do tossing out harebrained ideas) a benefit concert, the venue for which hinges on Stern's input. His name is also mentioned in virtually every scene leading up to the climax, yet his cameo amounts to one shot. Blink and you'll miss him. I wanted a moment in which the physically disabled Isaac introduces himself to the girl who also can't stand up when she plays her instrument, even if it didn't actually happen-Gray's screenplay is, oddly, not formulaic enough.
You'll notice that up to this point I have neglected to discuss Wes "A Nightmare on Elm Street" Craven's filmmaking background. I didn't feel it necessary until moments ago I had an epiphany: timing is everything in horror movies and comedies-there's little in Music of the Heart, a light drama, that exercises Craven's well-honed editing skills, save for a few genuinely amusing takes from Josh Pais as Roberta's teaching rival, Dennis. That said, Craven just turned sixty, and I fully sympathize with his desire to leave fright flicks. After two excellent Scream pictures and a handful of other creepy classics, he's eligible for retirement from the genre, but he does seem a little lost without a reason to scare us.
-October, 1999
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.ApplicationConfig @this( layout: Layout, expandableHelpTextHelper: playComponents.expandableHelpTextHelper, applicationConfig: ApplicationConfig ) @(isDateAfter: Boolean)(implicit request: Request[_], messages: Messages) @layout( pageTitle = Messages("calc.whatNext.title") ) {
@Messages("calc.whatNext.listTitle")
@Messages("calc.whatNext.penaltyWarning")
@if(!isDateAfter) { @expandableHelpTextHelper( Messages("calc.whatNext.saHeader"), Messages("calc.whatNext.saText") ) }


Apple HLS
Microsoft Smooth Streaming
MPEG-DASH
OpenOTT platform is distributed by design and tolerant to loss of any reasonable number of hardware nodes
Timeshift
Archive
Rewind
Pause live tv
Multiple audio tracks
OpenOTT platform is designed to keep storage as small as possible so there is no duplication of data for multiple formats, DRMs and device dialects
OpenOTT provides simple REST API for HAS streams generation and statistics
Easy deploy using docker orchestration tools
CDN support can be easily integrated in current design
HAS Url access control based on user ip
Protection from sharing urls between users and devices
Microsoft Playready for Smooth Streaming
AES encryption for Apple HLS
* feature not released
Open OTT is prototype made for one Russian telecom company looking for extending their business with OTT service.
It serves real streams and VOD files and shows it's potential to be developed to real product.
The company for which prototype was developed decided not to proceed with OTT department (and still doesn't have) and prototype has been abandoned for a while.
So we decided to opensource this project with hope it will be usefull for someone.
It's not production ready platform:
Source code is hosted on BitBucket and spread into several repositories.
Each repository contains sources for one service or utility.
Building is quite simple, just run docker build from root of each repo.
To run and connect entire project follow bootstrap project. There is quite exhaustive readme over there as long as one-click script to run entire project on single host for development or demonstration purposes.
(c) Next TV
contact-nexttv@ya.ru


Ping-Pong
About Ping Pong
Created by:
Canssidle Wairimu
GitHub Username/URL:
Canssidle
Level 1 Test for:
Java
Let's play!
Rule
Ping Pong will count up to your number from 1 with following expectations:
Numbers divisible by 3 become "ping"
Number divisible by 5 become "pong"
Number divisible by 3 and 5 become "pingpong"
PingPong!


{% load static %}
Smart Gym
Set up a
Smart Gym
{% csrf_token %}
add new user
current users
Profession
Student
Teacher
Profession
Student
Teacher


Bio
- Name: Mohammad Alzoubi
- Age: 27
- Major & Degree: BSc. in Computer Sciences
- University: Yarmouk University
- What i love: Movies, TV-Shows and Video Games
- Favorite Foods: mansaf, pizza and fried chicken
- The most hated food for me: molokhia
- Fan of: chocolate
Top 10 TV-Shows
- The mentalist
- Hannibal
- Da Vinci's Demons
- House M.D.
- Gray's Anatomy
- The good doctor
- Westworld
- Game of Thrones
- Vikings
- The last kingdom


Copyright © 2010 Brian Bartman
Distributed under the Boost Software License, Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt)
Table of Contents
Last revised: August 26, 2010 at 14:08:19 GMT


{% include head.html %}
{% include video_header.html %} {% include services.html %} {% include portfolio_grid.html %} {% include contact.html %} {% include footer.html %} {% include modals.html %} {% include js.html %}


The SXDBEX record is an extension of the SXDB record. Both records contain PivotTable cache data.
Record Data — BIFF8
|
Offset |
Name |
Size |
Contents |
|
4 |
numDate |
8 |
Date the PivotTable cache was created or was last refreshed. The date is stored as an 8-byte IEEE floating-point number. |
|
12 |
cSxFormula |
4 |
Count of SXFORMULA records for this cache. |


Id: 184
Name: Jon
Status: Alive
Species: Alien
Type: Gazorpian
Gender: Male
OriginName: Gazorpazorp
OriginUrl: https://rickandmortyapi.com/api/location/40
LocationName: Interdimensional Cable
LocationUrl: https://rickandmortyapi.com/api/location/6
Image: https://rickandmortyapi.com/api/character/avatar/184.jpeg
Episode: ['https://rickandmortyapi.com/api/episode/8']
Url: https://rickandmortyapi.com/api/character/184
Created: 2017-12-29T18:54:04.572Z


We want to make the spelling of "WASH"/"W.A.S.H." consistent in the dataset:
| Province | Cluster |
|---|---|
| #adm1 | #sector |
| Coast Province | WASH |
| Plains Province | W.A.S.H. |
| Mountains Province | WASH |
Use the Replace data filter to replace "W.A.S.H." with "WASH" in the #sector column.
W.A.S.H.
WASH
Result:
| Province | Cluster |
|---|---|
| #adm1 | #sector |
| Coast Province | WASH |
| Plains Province | WASH |
| Mountains Province | WASH |


If you thought Kate Middleton had quite the fashion-forward wardrobe, perhaps you haven't been following the outfit choices of another fashion forward royal: Princess Mary of Denmark. The polished dresser beat out the Duchess of Cambridge as most stylish royal in a poll conducted by Hello! magazine in 2015. Out of 30,000 readers, a whopping 30 percent were team Mary, a number that immediately sparked our interest.
So we went back into the archives and found plenty of Mary's chicest looks, which, truth be told, may be a bit more daring than those seen on Kate. Read on to see them all as we hold out hope for Kate this year.
1 When She Effortlessly Pulled Off ~Royal~ Blue
2 When She Stayed Shaded Under This Amazing Hat
3 When She Looked Like a Work of Art
4 When She Gave Us Major Spring Outfit Inspiration
5 When She Proved That Even Royals Can Wear Snakeskin Shoes
6 When She Mastered the Art of Matching Your Accessories to Your Shoes
7 When She Rocked a Sleeveless Coat to Copenhagen Fashion Week
8 When She Looked Like a Disney Princess at the Swedish Royal Wedding
9 When She Stunned in Pastel Blue
10 When She Proved That Sometimes All You Need is a Good Coat
11 When She Showed Off This Floral Number
12 When She Proved Just How Classy Cutouts Can Be
13 When She Didn't Have to Choose Between Light and Dark Hues
14 When She Was Sleek in Silver
15 And Also in Cranberry
16 When She Gave Off Kate Middleton Vibes
17 When She Went the Traditional Route in Japan
18 When She Knew Earrings Were the Best Accessory
19 When We Fell in Love With This Outerwear Look
20 When She Still Looked Stylish While Skiing
21 When She Was Superglam at the 2014 Bambi Awards
22 When She Realized a Pin Was the Perfect Addition
23 When She Went Casual Cool
24 When She Topped Off Her Look With a Fascinator
25 When She Attended the 2013 Crown Prince Couple Awards in This Tiered Masterpiece
26 When She Went Classic in a Tailored Dress
27 When Her Flowy Coral Dress Screamed Princess
28 When She Showed Us All How to Really Wear a Tiara
29 When She Replaced Her Crown With an Oversize Hat
30 When She Looked Simply Dreamy at a Charity Dinner
31 When She Wore an All-White Suit
32 When She Hung Out With Kate in a Polished Ensemble


Presentation
Principle
A small python 2.x program that takes in an Eagle .BRD file and does some matching of the wires and air wires.
Because sometimes your grid and parts don't perfectly line up (shoot me, I use the metric system) you end up with trace the should match the airwires, but don't. And there's no real easy way to fix that. So I made a script that works reasonably well.
**Notice: do make a backup of your .brd before you run the script, in case.**
Points of interrest
Logic is the following: for each wire not already connected to a pad, the program searches for a matching airwire. "Matching" is defined by finding an airwire whose start and end matching distance withing a given margin of error (delta). Once it finds it, it merges both wires by replacing the content of the airwire with the wire segments and removing the airwire data (layer 19).
Possible improvements:
* Now the matching doesn't take in account the layers of the airwire pads and the candidate wire. Possibly it could mismatch if 2 SMD components pads are perfectly above one each-other on 2 side of the board.
* It doesn't match multi-pads wires (like a VCC wire or GND one running through the board).
Implementation
Source code
GitHub as usual [[https://github.com/AlanFromJapan/alanarduinotools/tree/master/Python/EagleGridWiringFixer]]
Pictures
//Before: a spaghetti plate of yellow airwires//
//After: 89% matched, much much easier to continue working now :)//
Links
Helpful sources
Inspiration


An NSNotification object that makes retrieving internal SDLRPCNotification data easier
The notification within the userinfo dictionary
@property (nonatomic, copy, readonly) __kindof SDLRPCNotification *_Nonnull notification;
@NSCopying var notification: SDLRPCNotification { get }
Create an NSNotification object caontaining an SDLRPCNotification
- (nonnull instancetype)initWithName:(nonnull NSString *)name
object:(nullable id)object
rpcNotification:
(nonnull __kindof SDLRPCNotification *)notification;
init(name: String, object: Any?, rpcNotification notification: SDLRPCNotification)
The NSNotification name
The NSNotification object
The SDLRPCNotification payload
The NSNotification
Returns whether or not the containing notification is equal to a class, not including subclasses.
- (BOOL)isNotificationMemberOfClass:(nonnull Class)aClass;
func isNotificationMember(of aClass: AnyClass) -> Bool
the class you are questioning
Returns whether or not the containing notification is a kind of class, including subclasses.
- (BOOL)isNotificationKindOfClass:(nonnull Class)aClass;
func isNotificationKind(of aClass: AnyClass) -> Bool
the class you are questioning


| 1/1: | 0 ms |
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| 1/16: | 0 ms |
| 1/32: | 0 ms |
| 1/64: | 0 ms |
| 1/128: | 0 ms |
| 1/1: | 0 ms |
| 1/2: | 0 ms |
| 1/4: | 0 ms |
| 1/8: | 0 ms |
| 1/16: | 0 ms |
| 1/32: | 0 ms |
| 1/64: | 0 ms |
| 1/128: | 0 ms |
| 1/1: | 0 ms |
| 1/2: | 0 ms |
| 1/4: | 0 ms |
| 1/8: | 0 ms |
| 1/16: | 0 ms |
| 1/32: | 0 ms |
| 1/64: | 0 ms |
| 1/128: | 0 ms |
1000 milliseconds (ms) = 1 second


47
1 Yahweh also says, "You people of Babylon,
you should go and sit in the dust,
because your time to rule other countries is almost ended.
People will never again say that Babylonia is beautiful
like a very attractive young woman.
2 You will be slaves, so take heavy stones
and grind grain like slave women do.

I will have vengeance on you and will not pity you."
4 The one who frees us people of Judah, whom we call 'Yahweh, Commander of the angel armies,'
is the Holy One of Israel.
5 Yahweh says, "You people of Babylon,
sit silently in the darkness,
because no one will never again say that your city is like a queen that rules many kingdoms.
6 I was angry with the people who belong to me,
and I punished them.
I allowed you people of Babylon to conquer them.
But when you conquered them, you did not act mercifully toward them.
You oppressed even the old people.
7 You said, 'We will rule other nations forever;
it is as though our city will be the queen of the world forever!'

You say, 'We are like gods,
and there are no others like us.
Our women will never become widows,
and our children will never be killed in wars.'
9 But both of those things will happen to you suddenly:
many of your women will become widows
and many of your children will die,
even though you perform much sorcery and many kinds of magic to prevent bad things from happening to you.
10 You felt safe even though you were doing many wicked things,
and you said, 'No one will see what we are doing!'
You thought that you were very wise and knew many things,
and you said, 'We are gods, and there are no others like us,'
but you deceived yourselves.
11 So you will experience terrible things,
and you will not be able to prevent them by working magic.
You will experience disasters,
and you will not be able to pay any magician to keep those things from happening.

Keep doing the many kinds of sorcery that you have been doing for many years!
Perhaps doing those things will enable you to be successful;
perhaps you will be able to cause your enemies to be afraid of you!
13 But all that has resulted from your doing all the things that the magicians have told you to do is that you have become tired!
The men who look at the stars, announce every new moon, predict what will happen
should come forward and rescue you from the disasters that you are about to experience.
14 But they cannot do that, because they are like straw that is burning in a fire;
they cannot save themselves from being burned up in the flames.
They are unable to help you;
they are as useless as stubble that burns, but that fire will burn them up rather than let them enjoy the heat.
15 The people whom you have associated with and worked with since you were young
will disappoint you,
because they will just continue doing their own foolish things,
and they will not pay any attention to you
when you cry out for help."


Police allegedly find ecstasy, cannabis in teenager’s car at schoolies, Victor Harbor
A teenager has been charged with drug trafficking during schoolies’ celebrations at Victor Harbor.
Police allegedly discovered 34 ecstasy pills, cannabis and a set of scales in a backpack in the back of the car at 6.30pm yesterday. He was bailed to appear in court on January 6 next year.
Police have handed out almost 30 fines, with 27 expiation notices for various offences, including drinking in a dry zone, urinating in public and disorderly behaviour.
One police barring order was also issued. Seven people were taken to hospital.
A Wynn Vale teenager, 17, was arrested just after 9pm on Friday for allegedly acting disorderly and damaging property.
However, Superintendent Mark Fairney said there were no major incidents during the evening.
“Police are pleased with the behaviour of schoolies so far,” he said.
“It’s great to see so many schoolies have taken advice from parents and police to be responsible and enjoy themselves.”


Contact Me
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Work Phone :<PHONE_NUMBER>
Feel free to email me at<EMAIL_ADDRESS>I am active on these social media accounts


NON-BREEDING SURPLUS AND POPULATION STRUCTURE OF THE
RED-WINGED BLACKBIRD (Agelaius phoeniceus)
by
Louis Joseph Laux, Jr.
A dissertation submitted in partial fulfillment of the requirements for the degree cf Doctor of Philosophy (Zoology) in The University of Michigan 1970
Doctoral Committee:
Professor Frederick E. Smith, Co-Chairman, Harvard University Professor Francis C. Evans, Co-Chairman
Professor Warren H. Wagner, Jr.
Professor Charles F. Walker


Only for LinFBB !
This page is under construction !
XFBB.SH (/usr/local/fbb) This is the very first file that LinFBB will use. You will find it in /usr/local/fbb-directory. (or in that directory you chosen when you installed LinFBB). You don't really need to do any changes in this file, unless you did some changes during the installation-process. If you did, you must change the pathnames in LinFBB.SH exactly the same as you did during the installation. This is very important ! So look for the lines that I have marked with an <--- below. This file is used to start both the deamon version and X-Windows version of LinFBB, to start the deamon version you should type: ./xfbb.sh -d & in X-Windows xterm you should start LinFBB with: ./xfbb.sh You must go to the LinFBB root directory before executing this shell script. #!/bin/sh # # Shell file to LinFBB software # # F6FBB 1996 # # # Base directory of LinFBB software XFBBDIR=/usr/local/xfbb <--- # # Add local PATH PATH=$XFBBDIR/bin:$PATH # # Export resource file XAPPLRESDIR=$XFBBDIR/res export XFBBDIR PATH XAPPLRESDIR end_session() { echo "Session of LinFBB is ended" exit 0; } maintenance() { echo "Running maintenance" sleep 2 $XFBBDIR/bin/epurmess > /dev/null 2>&1 <--- $XFBBDIR/bin/epurwp 40 90 > /dev/null 2>&1 <--- } rerun() { echo "Re-running LinFBB" sleep 2 } error_return() { echo "Unknown return value $1" sleep 10 } if [ "_$1" = "_-d" ] then XFBB=xfbbd shift else XFBB=xfbb fi PARAM=$* while [ 1 ] do cd $XFBBDIR <--- echo echo "Running LinFBB ^C to abort" sleep 3 echo "Starting LinFBB ..." $XFBB $PARAM <--- ret=$? echo case $ret in 1) end_session ;; 2) rerun;; 3) maintenance;; *) error_return $ret;; esac done This page was last updated


{% extends 'base.html' %} {% block banner %} Login Here {% endblock %} {% block content %} {% include 'accounts/_form.html' with form=form action="Login" %} Don't Have An Account Register {% endblock %}


WriteEvent - Marla
| Status | Value | Description
|
|---|
| marla_WriteResult_CONTINUE | 0 | Handler indicated that it can be usefully invoked again.
|
| marla_WriteResult_DOWNSTREAM_CHOKED | -1 |
- Connection's output buffer is full and needs to be flushed to source.
- Connection's source is full and needs to be flushed.
- Client request is not done being written.
|
| marla_WriteResult_UPSTREAM_CHOKED | -2 |
- Connection's input buffer is empty and needs to be refilled from source.
- Connection's source has no bytes availble to read.
- Client request is not done being read.
|
| marla_WriteResult_TIMEOUT | -3 |
Processing is not done for some other reason that will be resolved by the callee.
|
| marla_WriteResult_LOCKED | -4 |
A write was attempted while already writing, or a read was attempted while already reading.
|
| marla_WriteResult_KILLED | 1 |
Request is in error.
|
| marla_WriteResult_CLOSED | 2 |
Connection indicated closed.
|
| enum marla_WriteResult status | Status of processing.
|
| int index | Index read into buf. Indicates partial reads if index < length and length != 0.
|
| size_t length | Length of the data in buf.
|
| void* buf | Current body buffer.
|
Initialize the given WriteEvent setting to the given result.


Rider Profile
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|---|---|---|---|
|
|
{{item._id}} | {{item.paymentMethod}} |


Responsive Tables
Make tables scroll horizontally on small devicesResponsive Table
Create responsive tables by wrapping any
.table
in
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to make them scroll horizontally on small devices (under 768px). When viewing on anything
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| Domain | Price | Clicks | Update | Status |
|---|---|---|---|---|
| alpha.com | $45 | 3,330 | February 13 | Expiring |
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| gamma.com | $25 | 3,330 | March 09 | Expired |
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| eta.com | $70 | 3,330 | January 15 | Registered |
| theta.com | $25 | 3,330 | March 09 | Expired |
| iota.com | $50 | 3,330 | February 10 | Flagged |
| kappa.com | $35 | 3,330 | February 18 | Registered |


In the above, we have obtained the covariant form of the magnetic ﬁeld in (ψ,𝜃,ϕ) coordinates (i.e., Eq. (154)). Next, we derive the corresponding form in (ψ,𝜃,ζ) coordinate. In order to do this, we need to express the ∇ϕ basis vector in terms of ∇ψ, ∇𝜃, and ∇ζ basis vectors. Using the deﬁnition of the generalized toroidal angle, we obtain
Using Eq. (280), the covariant form of the magnetic ﬁeld, Eq. (154), is written as|
| (281) |
This expression can be further simpliﬁed by using equation (252) to eliminate ∂δ∕∂𝜃, which gives
|
| (284) |
with I(ψ) = h(ψ) − gq. The magnetic ﬁeld expression in Eq. (284) frequently appears in tokamak literature[28]. In terms of I(ψ), the Jabobian can also be written as
|
| (285) |


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